Posts Tagged ‘innovation’

« Older Entries
Newer Entries »

Imperial Capital Conference Highlights Vibrant Opportunity for Advanced Manufacturing Sector

Tuesday, April 26th, 2022

The non-profit Industry Reimagined 2030 was pleased to speak at the second annual Imperial Capital Advanced Manufacturing & Supply Chain Conference, held on April 13-14 in Santa Monica, CA and sponsored by Moss Adams, The Association for Manufacturing Technology, Smart Room, and Marsh.

On April 14th, presentations during breakfast were given by Kevin Frisch, Managing Director and Head of Industrial Investment Banking, Imperial Capital, Brian Ruttenbur, Institutional Research Managing Director, Imperial Capital, and Guy Knuf, Partner, Moss Adams.

Mr. Frisch explained that Imperial Capital, LLC is a full-service investment bank offering a uniquely integrated platform of comprehensive services to middle market companies and institutional investor. He said,” We have approximately 150 employees worldwide, across 10 offices throughout the United States and Europe. Our comprehensive and integrated service platform, expertise across the global capital structure, and deep industry sector knowledge enable us to provide clients with research driven ideas, superior advisory services, and trade execution. We have a dedicated focus in Advanced Manufacturing, including additive manufacturing, robotics, automation, laser components, specialty metals, specialty chemicals, semi-conductor equipment, optics/photonics, industrial software, and subtractive manufacturing.”

He provided a brief overview of the $26.3 trillion global Advanced Manufacturing market.

The trending Industry Segments

  • Specialty Materials – new light-weight materials, nanotechnology and carbon fibers and new applications are reducing waste and increasing efficiency
  • Aerospace & Defense – Light-weighting demand for planes, rockets, spacecraft will continue to drive demand for superior materials, AM production and other break-throughs
  • Medical – This industry drives demand for superior material advances and new technologies like AM, advanced laser manufacturing as well as design software etc.
  • Optics & Photonics – This industry cuts across the Advanced Manufacturing landscape
  • MR&O demand
  • Increased Reshoring/near shoring in all sectors

Trending Manufacturing Processes

  • Faster product development and shorter product life
  • Internet of Things – data acquisition and AI-enabled features
  • Digital Factory – data integration and overall productivity increasing
  • Reshoring/next shoring
  • Mass customization in production
  • Faster product development and shorter product life
  • New technologies – 3D printing, software, robotics
  • Light-weighting material demand
  • Internet of Things
  • Reshoring/next shoring
  • New Materials – nanotechnology, carbon fibers, powders
  • Mass customization in production
  • MR&O demand

Sector Valuation and Vibrancy

Deal volume for capital markets and M&A activity hit a record high at the end of 2021, the dramatic increase in deal flow was driven by optimistic executives, cheap financing and a stock market rebound from the 2020 COVID-19 pandemic. “U.S. Private Equity deal making is expected to continue at high levels. Mega-funds are predicted to raise $250 billion in 2022, including some of the largest ever buyout funds.”

Brian Ruttenbur, Managing Director of the Institutional Research Group of Imperial Capital covered macro trends in Advanced Manufacturing that influence their security and industrial research coverage.

Demand for manufactured products is up across most end-markets and private and public valuations have remained solid. The challenge to meet demand is inflation and material price increases, a tight and expensive labor market, and overall supply chain disruption. Industry is adapting through:

  • Automation to alleviate labor shortage issues
  • Niche players filling gaps
  • Rethinking Onshoring or Nearshoring driven by advanced manufacturing technologies, logistics complexity and national health and security sourcing.
  • On-time delivery and just-in-case supply chain resilience are commanding a premium

Guy Knuf, Partner, Transaction Services, Moss Adams was the third speaker covering “The Modern Quality of Earnings (QoE).  He said the “drivers of change are:

  • More intense buy-side process
  • Increased multiples
  • Drive for efficiency
  • RWI [Reps and Warrants Insurance]
  • Credibility”

The benefits of working with a QoE provider are: “maximize value, mitigate surprises, speed (more efficient & effective), prepare management team for buy-side diligence, and credibility.”

After breakfast, the period from 9:00 – 11:50 was divided into Sector Focused Panel Discussions. The presenters in advanced manufacturing technology were:

3DEO Inc. – one of the highest volume metal 3D printing companies in the world

ADDMAN Engineering LLC – metal and polymer 3D printed parts, precision machining to make parts for aerospace and defense, space, medical, and automotive, including niobium parts for hypersonics

Humtown Products – manufacturer of conventional and 3D printed sand cores and molds for the foundry industry

Optomec, Inc. – offers a full range of Additive Manufacturing systems, including their patented Aerosol Jet Systems for printed electronics

Clinkenbeard – specialized expertise in engineering, advanced machining, fabrication and foundry tooling capabilities come together to form a unique mix of services to serve Aerospace, Defense, Heavy Truck, Power Gen and Automotive applications

HB Aerospace Holdings, LLC – provides high quality, specialized aerospace products and value-added services that includes hardware, shims, spacers, handles, brackets, and rubber products such as grommets, seals and gaskets

Tribus Aerospace Corporation – provides precision machining of complex components and assemblies primarily, but not exclusively, for “Power, Propel, Control” applications for turbine engines, auxiliary power units, motion control and flow control

Valence Surface Technologies – provides a comprehensive set of metal processing capabilities and approvals for high-value, mission-critical parts, including NDT, sot peen and blast, chemical processing, plating, painting, and spray coatings

FormAlloy Technologies, Inc. – provides 3D metal additive manufacturing using the Directed Energy Deposition process for making parts, repairing parts, and cladding existing parts

Optomec, Inc. – provides a full range of Additive Manufacturing systems, including their patented Aerosol Jet Systems for printed electronics

pureLiFi – LiFi is high speed bi-directional and fully networked light communications and pureLiFi is the world leader in Light Fidelity (LiFi) innovation

Syntec Optics – offers injection molding, diamond turning, precision machining, optical assembly and coating services for optics and photonics

I was especially delighted to be reunited with Melanie Lang, CEO of FormAlloy as I had the pleasure of being one of her company’s mentors in the CONNECT Springboard program for startup companies in 2017.  I was very proud to hear of the progress the company had made, going from a startup with only two customers in 2017 to doing over $4 million in sales last year.

Tim Shinbara Jr, Vice President & Chief Technology Officer, The Association for Manufacturing Technology, delivered the lunch keynote on “The State of U.S Manufacturing –A Macro Analysis.” He reported that manufacturing technology orders were the highest in two decades for first two months of 2022. The key market trends are higher automation, increased reshoring, and Made in America supply chain focus. The industry segments for 2022 growth are: motor vehicles, agriculture implements, metal valves, and medical equipment and supplies. AMT is predicting increasing demand for commercial aerospace and decreasing demand for defense aerospace. Deliveries are improving with suppliers at 70% capacity.

The afternoon sessions were devoted to single company presentations in two tracks. Each presentation was 25 minutes long, starting at 1:15 PM and ending at 4:15 PM

I gave my own presentation on Industry Reimagined 2030: transforming the prevailing worldview of American manufacturing from ‘inevitable decline’ to one of ‘vibrant opportunity’ brought the theme of the conference home.  The U.S. has a window of opportunity to recognize the importance of manufacturing and to revitalize our investment in plant, equipment and workforce. The common thread of all companies participating in the panels and individual company presentations was one of vibrant opportunity. We can feasibly imagine having 50,000 world class manufacturers by 2030 if the adoption of these trends and technologies crosses the chasm from early adopters to the mainstream of manufacturers.

Tags:, ,
Posted in General | No Comments »

Manufacturing is the Engine of American Technology Development and Innovation

Tuesday, July 7th, 2020

The fourth reason why manufacturing is important is that American manufacturers are responsible for more than two-thirds of all private sector R&D, which ultimately benefits other manufacturing and non-manufacturing activities. Nearly 60 percent of new patents derive from the manufacturing sector and the closely integrated engineering and technology-intensive services.

Manufacturing R&D is conducted in a wide array of industries and businesses of all sizes. The heaviest R&D expenditures take place in computers and electronics, transportation equipment, and chemicals (primarily pharmaceuticals).

The competitive status of U.S. manufacturing had been increasingly challenged by the state-of-the-art technologies being developed by established nations such as Japan, Germany, Korea, and Taiwan. China has acquired advanced manufacturing capability through R&D tax incentives, incentives for direct foreign investment, and theft of intellectual property.

According to the 2018 annual survey conducted by the Industrial Research Institute (IRI), 59 percent of the companies responding said they plan to increase R&D spending in 2018; only 29 percent reported anticipating little or no change, and 13 percent are expecting a decrease in total R&D spending.” Note:  This is the last year that the report is available for free, 2019 and 2010 reports now cost $51.)

“The State of U.S. Science and Engineering 2020” report by the National Science Board of the National Science Foundation states, “Although the levels of federal R&D funding rose across performing sectors between 2000 and 2017, the share of total U.S. R&D funded by the federal government declined from 25% to 22%…By type of R&D, the shares of federal government funding for basic research and experimental development declined since 2000 despite rising levels of funding. The federal government is a major funder of basic research, and between 2000 and 2017, the share of basic research funded by the federal government declined from 58% to 42%. Federally funded applied research was an exception during this period, as both the level and share rose.”

America’s manufacturing innovation process leads to investments in equipment and people, to productivity gains, the spreading of beneficial technology to other sectors, and to new and improved products and processes. It is an intricate process that begins with R&D for new goods and improvements in existing products. As products are improved in speed, accuracy, ease of use, and quality, new manufacturing processes are utilized to increase productivity. Education and training of employees is required to reap the benefits of such improvements in manufacturing processes.

Innovation is the hallmark of U.S. manufacturing, and it requires a certain mass of interconnected activities, which, like a snowball rolling downhill, grows in size as it proceeds toward end users. Substantial R&D is required to keep the ball rolling to ensure more successes than failures.

Innovation and production are intertwined. You need to know how to make a product in order to make it better. “Most innovation does not come from some disembodied laboratory,” said Stephen S. Cohen, co-director of the Berkeley roundtable on the International Economy at the University of California, Berkeley. “In order to innovate in what you make, you have to be pretty good at making – and we are losing that ability.”

Manufacturing is an incubator for technology and science, which require proximity to facilities where innovative ideas can be tested and worker feedback can fuel product innovation. Without this proximity, the science and technology jobs, like customer service jobs, follow the manufacturing jobs overseas.

The ability to fund R&D comes largely from the profits that a company can invest back into its business. Thus, the available cash flow of manufacturing companies is closely linked to their ability to conduct R&D as well as make capital investments.

The process through which R&D promotes economic prosperity is complex and multi-faceted. First, there are direct benefits to firms from their own R&D investments. Second, other companies derive benefits from the R&D of the innovating company in a “spillover” effect. Third, the feedback from R&D and its spillovers improves other products, processes, and distribution networks. Fourth, one industry’s investment has a beneficial effect on other industries and the U.S. economy as a whole. “Spillover” effects are increased through sales transactions and knowledge transfers when the parties involved are interdependent and closer in geographic proximity.

Consumers have benefited greatly from the large selection and quality of manufactured goods available as a result of the innovative new products resulting from R&D. U.S. consumers now have a dizzying array of products from which to choose. Quality improvements in manufactured goods have also reduced the frequency of repair and reduced the cost of operation.

The maintenance of an effective U.S. R&D network is essential for attracting domestic and foreign R&D funds and the subsequent manufacturing that results from the innovation process, which increases U.S. value added, resulting in economic growth.

The problem today is that with the offshoring of so much manufacturing, certain tiers in the high-tech supply chain have disappeared in the U.S. When a tier in a supply chain has been moved offshore, domestic research and other supporting infrastructure are degraded, which can be a major problem for U.S. manufacturers transitioning to the next product life cycle.

In the past, technology would flow from new domestic R&D-intensive industries into the remainder of the economy, boosting overall national productivity. Today, such emerging technologies are flowing at least as rapidly to the innovators’ foreign partners or suppliers.

In the report “The Case for a National Manufacturing Strategy,” authors Ezell and Atkinson wrote, “manufacturing, R&D, and innovation go hand-in-hand.” They concur with my argument that “the process of innovation and industrial loss becomes additive. Once one technological life cycle is lost to foreign competitors, subsequent technology life cycles are likely to be lost as well.”

They add “[T]here is a deeply symbiotic, interdependent relationship between the health of a nation’s manufacturing and services sectors: the health of one sector greatly shapes the health of the other. In particular, the technology-based services sector depends heavily on manufactured goods.”

In my opinion, it doesn’t matter whether American companies do their R&D within their own facility or hire it to be done by outside American consultants or product development firms, but it does matter whether the R&D is done within America. We need to keep innovation within our country if we want to remain on the cutting edge of technology and maintain the critical mass of our manufacturing industry. Outsourcing R&D to China is like a mayor giving the key to his city to a would-be conqueror. We need to protect the key to our future security as a nation and keep R&D and manufacturing within the United States.  

This intricate process of R&D and product development generates greater growth and higher living standards than any other economic sector. But it requires a critical mass to generate this wealth. If the U.S. manufacturing base continues to shrink at its present rate, the critical mass will be lost. The manufacturing innovation process will shift to other global centers, and a decline in U.S. living standards will be the result.

Tags:, ,
Posted in Inellectual Property, Innovation, Manufacturing, Technology | 1 Comment »

Upcoming Southern California Events

Wednesday, January 16th, 2019

We have a busy first few months of trade shows and conferences for 2019. I will be attending the following shows for at least one day to keep up with the latest technologies and industry news for writing future articles.

I’m also beginning the year with several webinars in January – March.  I am giving two webinars on “How to Return Manufacturing to the U.S. Using Total Cost of Ownership Analysis” on two dates, Tuesday, January 22nd (Register here) and Wednesday, January 30th (Register here).

Then, I’m giving one Tuesday, February 12th, on “How We Can Solve the Skill Shortage and Attract the Next Generation of Manufacturing Workers.” Register here.

On February 5-7, 2019, the UBM Advanced Manufacturing Expo & Conference

will be held at the Anaheim Convention Center, Anaheim, CA

This conference will be part of the five shows being held concurrently at the Center.

Register Here

 Register Here

Expo Hours for all shows:

 February 5, 10:00 a.m. – 5:00 p.m.

February 6, 10:00 a.m. – 5:00 p.m.

February 7, 10:00 a.m. – 4:00 p.m.

 

AFCEA/USNI WEST Conference
Registration Center
11208 Waples Mill Road, Suite 112
Fairfax, VA 22030
(888) 273-5706 / (703) 449-6418
Register

Why Attend AFCEA:

Attend three days of open discussions with defense and maritime leaders. Gain a better understanding of the impacts and implications of the new National Security Strategy. Hear about the current set of challenges facing the Navy, Marine Corps and Coast Guard, and be a part of the dialogue on the opportunities and solutions to address these concerns.

CONNECT

Spend time with military, government and industry ‘out of the office’ and ‘outside of the beltway.’ Engage with speakers, attendees and exhibitors and discuss ideas and insights. Afternoon happy hours on the exhibit floor provide an opportunity to network with thought leaders.

INNOVATE

Explore and experience the latest platforms, leading edge technologies and state-of-the-art networking capabilities that support the Sea Services operations. Visit over 300 maritime exhibits.

 

IPC APEX EXPO 2019 is a five-day event like no other in the printed circuit board and electronics manufacturing industry. Professionals from around the world come together to participate in the Technical Conference, Exhibition, and Professional Development, Standards Development and Certification programs. These activities offer seemingly endless education and networking opportunities that impact your career and company by providing you the knowledge, technical skills and best practices to address any challenge you face.

Exhibition Hours

Tuesday, January 29           10:00 am–6:00 pm

Wednesday, January 30     9:00 am–6:00 pm

Thursday, January 31         9:00 am–2:00 pm

About IPC

IPC is a global trade association dedicated to furthering the competitive excellence and financial success of its members, who are participants in the electronics industry. In pursuit of these objectives, IPC will devote resources to management improvement and technology enhancement programs, the creation of relevant standards, protection of the environment, and pertinent government relations.

Register Here

Conference: April 29 – May 2, 2019 | Exhibits: April 30 – May 1

Long Beach Convention Center, 300 East Ocean Blvd, Long Beach, California

Conference Hours:

Tuesday, April 30, 2019 | 10:30 AM – 4:00 PM

Wednesday, May 1, 2019 | 10:30 AM – 4:00 PM

Thursday, May 2, 2019 | 9:00 AM – 12:00 PM

Exposition:

Tuesday, April 30, 2019 | 10:00 AM – 5:30 PM

Wednesday, May 1, 2019 | 10:00 AM – 5:30 PM

Dates and times for workshops, tours, and networking receptions are being determined. Check back for updates.

Register Now

 

For those of you in San Diego County, you may also want to attend the free Economic Roundtable on Thursday, January 17, 2019.

What does the San Diego County economy look like for 2019 and beyond? Join  the lively discussion with a panel of experts covering the future of the economy, housing/homelessness, military, and diversity and inclusion. Experts will provide predictions and their perspective on what may be in store for San Diego County.

Session One:

Ray Major, Chief Economist, SANDAG

Ryan Ratcliff, Associate Professor of Economics, USD School of Business

Sarah Burns, Director of Research and Evaluation, San Diego Workforce Partnership

Session Two:

Housing/Homelessness: Stephen Maduli-Williams, Community Development Program Manager, City of San Diego

Military: Jesse Gipe, Senior Manager, Economic Development, San Diego Regional Development Corporation

Diversity and Inclusion: Dwayne Crenshaw, CEO and Co-Founder, RISE San Diego

Date: Thursday, January 17, 2019

Time:

Networking: 8–8:30 a.m.

Program: 8:30 a.m.–noon

Location:

University of San Diego—Joan B. Kroc Institute for Peace & Justice

5998 Alcala Park, San Diego, CA 92110

Cost: Free

Save Your Seat

 

 

Tags:,
Posted in Economy, Innovation, Manufacturing | No Comments »

Innovative Products Featured at San Diego Inventors Forum Invention Contest

Tuesday, November 6th, 2018

This year’s invention contest held on October 11, 2018 by the San Diego Inventors Forum was incredible. I’ve been attending the contests for nine years, and this year, there were so many unique, useful inventions that it was very difficult to vote for my favorite invention.

The mission of the San Diego Inventors Forum is to help inventors to become entrepreneurs to create new companies and jobs here in San Diego. Monthly meetings have been held on the 2nd Thursday of each month. Meetings are held at AMN Healthcare, 12400 High Bluff Drive, San Diego, CA 92130.The next meeting will be this Thursday, November 8, 2018.  Networking starts at 6:30 pm, and the meeting starts at 7:00 pm.

At the monthly meetings, inventors meet other successful, local inventors in many different fields and learn how they developed their marketable products. The give inventors the opportunity to network with fellow creative people and get guidance and encouragement to take their first or next steps necessary to turn their ideas into a reality.

At the beginning of each meeting, new attendees are able to introduce themselves and ask financing, business, licensing, marketing, legal and engineering questions.  They can present their ideas to private individuals or for focus group review.  They also get to ask for particular resources they are looking for so their needs can be matched.  During the “Who Needs Who?” portion of the meeting, service providers can personally introduce their services.

Inventors can pay $100 for a one-year membership or pay $10 for each meeting they attend. During the course of the year, program topics cover everything subject you need to know from capturing the concept to getting investors to marketing your product.

The 2018 contestants were:

  • Andrew Bataller,  iPad Case  
  • Gerry Klassen, New Painting Tool
  • Phillip Perez for his Impact Tool shovel
  • Eric Robinson for his Green Launch orbital launch service
  • Michael Rodgers, The One-Handed Hamper
  • Dave Schmoyer, Pill or Parts Pal
  • Scott Swaaley, MAKESafe Power Tool Brake
  • Greg Wawrzyniak, Super Dooper Cord Looper
  • Chris Wzysoczanski, T-Shots – Disposable Reactive Target
  • Ruth Young-Loaeza for her hybrid sheet collection

  The First Prize of $1000 was won by Phillip Perez for his Impact Tool shovel. Second place was Ruth Young-Loaeza for her hybrid sheet collection, and third place was Eric Robinson for his Green Launch orbital launch service.

At the end of the meeting, SDIF Chairman Adrian Pelkus said “good-bye” to attendees after 13 years of leading the group.  He said, “I’ve been privileged to meet hundreds of my fellow inventors over the years and mentored so many here in San Diego.  I’ve been delighted to see many of your ideas get to market and honored to have assisted some of you along the way.  I am indeed sad to leave the local community. My plans are to accomplish a lot more for mankind and the environment by working on my large backlog of such projects.

I am especially proud to have play a part in bringing together over 40 inventor clubs around the county into the newly formed organization of inventor club leaders and to have been part of our first meeting with Andrei Iancu, the new director of the USPTO, and participate in meetings with Congressional Representatives in Washington, D. C. to educate them about how the America Invents Act and PTABs are hurting inventors.”

He added, “Thanks to my dear friends that helped me keep SDIF going all these years. Especial thanks to long-time supporters and fellow board members:  Leslie Wagner, David Waller, Sidney Wildesmith, Ben Gage, Judith Balian, Jennifer Joe, and Michele Nash-Hoff.”

Several of the above, including me, gave heartfelt testimonials to Adrian for his brilliant leadership of the group for these many years and wished him continued success with his own inventions.

Adrian announced that he was also dropping off the board of directors for U. S. Inventors and the United Inventors of America, but he urged everyone to continue to support patent reform.  He reminded everyone that we need strong intellectual property laws to defend their innovations.  He said, “The patent laws have become so weak that the independent inventor can no longer count on an issued patent to protect his right to profit from the labors of their mind. This strikes at the heart of what our founding fathers knew was the way to make the country great and made a foundation Article in the US constitution. We American Independent Inventors must stand and demand our rights be restored. Our nation needs us to create the new ideas and subsequent new jobs to continue to grow and thrive. The present patent laws must be revised to bring back the confidence a patent brings to both the inventor and investor.”

He encouraged everyone to see the movie Invalidated: The Shredding of the US Patent System, if they didn’t attend the SDIF viewing in August. The movie raises public awareness of the problems inventors are having with the patent system. (Note: You can also see the documentary on Amazon, free with Amazon Prime subscription, or $2 otherwise.)

In this session of Congress, there have been bills introduced to the House of Representatives and Senate to protect inventors’ patent rights, such as the STRONGER Patents Act 2017 (S. 1390), introduced by Senator Christopher A Coons  (D-DE), and the Inventor Protection Act  (H. R. 6557), sponsored by Rep. Dana Rohrabacher (R-CA). The most comprehensive BILL is the Restoring American Leadership in Innovation Act of 2018 (H.R. 6264)introduced by Congressman Thomas Massie (R-KY), an award-winning inventor and successful entrepreneur himself. It is co-sponsored by Congresswoman Marcy Kaptur (D-OH) and Congressman Dana Rohrabacher (R-CA). Its goal is to roll back some of the “worst parts” of the America Invents Act of 2011 and reverts patents back to first to invent, not the first inventor to file. All three bills are stuck in the Judiciary Committee.

I encourage you to contact your Congressional Representative to urge them to become a co-sponsor of one or all of the bills mentioned above. These bills must not languish in committee for the rest of this session.  We must pass legislation to restore our once great American patent system that was the envy of the world. Right now, inventors in China have more protection for their patents than inventors in the U.S.  We cannot let China become the innovation leader of the world.

.

Tags:, ,
Posted in Inellectual Property, Innovation, Legislation, Patent Reform, Technology | No Comments »

Training for Skills and Lean are Important to San Marcos Region Companies

Wednesday, July 11th, 2018

My time in San Marcos, Texas included visits to more traditional companies, such as Mensor. On my first day, we met with Jason Otto, President of Mensor. He told me that he has been with the company for more than two decades, starting as an engineer, before moving up the management chain as product manager, director of sales, and other positions before becoming President.

He said, “Mensor was started in Houston in 1968 by Jerry Fruit and a small group of engineers from Texas Instruments. Jerry had an idea for designing and manufacturing precision pressure measuring and pressure calibration instruments and systems. The company shipped their first product, a quartz manometer for the aerospace industry, in 1970 and most of the company’s business was government contracts.

The company relocated to San Marcos in 1978, but in 1981, our building caught fire and burned to the ground. The company kept going with the help of vendors and customers while a new 26,000 sq. ft. building was built on the same site in only five months.  The employees kept their jobs by actually working to help build the new building.

Otto explained, “We acquired our control line of products from Texas Instruments and introduced new controller products in 1983, 1992, and 1997. We introduced a Quartz Pressure Calibrator in 2001, and the modern CPC6000 Automated Pressure Calibrator in 2004.

In 2006, we were acquired by WIKA Alexander Wiegand SE & Co. KG, a very large privately held company in Germany, with a U. S. facility in Lawrenceville, Ga. It was time for the owners of the company to “cash out,” and it was a smooth transition.

Our core competency is pressure sensor accuracy, and it is a very niche market.  It is tricky to hire talent, so we have to hire from competitors, as well as engineering graduates.  Texas State University, Texas A &M, and the University of Texas in San Antonio and Austin have provided many of our new engineers.  We also need calibration lab technicians, people skilled in technical assembly, as well as machinists for our in-house machine shop. We haven’t had any trouble hiring machinists.

I asked if the company has been through training in Lean Six Sigma, and he said, “Our Lean training started after our acquisition by WIKA. We currently have two Lean Six Sigma Black Belts, who do about 6 -8 kaizen events per year.  We practice 5S and use QCSD boards for visual management of teams. We put together cross functional teams, use cellular assembly, and have a vendor qualification program. We have never outsourced any of our manufacturing overseas, but we have customers in China and Malaysia. We use the WIKA global sales team, but use manufacturers reps to sell into Mexico and the maquilas because it is a long sales cycle. WIKA has 48 locations around the world, and as part of the WIKA Calibration Line, we represent about 6 percent of the company’s business.”

Next, we met with John Malik, General Manager of Altra Couplings in San Marcos. Malik said, “I grew up working in my dad’s auto parts store. I have been with the company since I graduated with an engineering degree and have survived three sets of company owners.  The company was started in Houston and moved to San Marcos in the early 1980s. We were sold to TH Woods in 1990, and then sold to ATR Inc. in 2007, whose corporate headquarters is located in Santa Ana, Calif. ATR has 28 plants and production facilities around the world, with seven locations in the U. S. We have about 120 employees currently.”

Malik explained, “We are a leading global designer, producer and marketer of a wide range of mechanical power transmission components. Our products control and transmit power and torque in virtually any industrial application involving movement and are sold in more than 70 countries worldwide in industries including: energy, general industrial, material handling, metals, mining, specialty machinery, transportation, and turf and garden. Our portfolio of products includes clutches, brakes, couplings, as well as gearing and power transmission components. However, we don’t do any high-volume couplings for the automotive industry.

When I asked about Lean, he said, “We have a team of company employees who have helped us become lean, and the productive gains are essential. It really comes down to asset utilization of people assets and capital assets.  You want to keep them adding value continuously. The approach we have taken is a value stream approach to our products. We go narrow and deep in an area and develop it, and then move on to another area.”

Malik added, “We have even implemented Lean Accounting.  I spent a lot of time with engineers to understand the true costs. We have some good decision rules for the “make or buy” decision process.  Our biggest promoter is our CFO, but our Lean program goes all the way to the top.”

I asked what Altra’s biggest problem is, and Malik responded, “Finding new employees. This is an area that doesn’t have a long tradition in manufacturing. People don’t know what manufacturing looks like, and the mind set for years has been getting a college degree rather than vocational training.   There are never enough trained applicants, so we train our own workers. We now have second and third generation workers. It is a lot about how we treat people and the opportunities for growth.”

He added, “We make all our own castings in our Erie, Penn. plant and buy the forgings we need.  We have three manufacturing facilities in the U.S. and have a plant in the U.K. We bought a company in Germany and have a plant in China.  That plant makes some parts for us, and we make some parts for them.  We also have a small facility in Brazil in order to have local content and avoid the high tariffs.”

On my last day in San Marcos, we visited CFAN, which was formed in 1993, as a 50/50 Joint Venture between GE Aviation and Saffron (SNECMA) of France. The partnership was created to introduce composite fan blades in a GE90 engine that powers the Boeing 777.  CFAN has leveraged the success of this product to introduce additional fan blades on the GEnx engines that power the Boeing 787 and Boeing 747-8.

We met with Mo Mattocks, who is the President and Plant Manager for CFAN. He is responsible for all plant operations including over 500 employees executing product delivery, quality, and productivity, as well as plant financial results and personnel safety. Mattocks said, “I am originally from New York, but graduated for the University of Michigan and Georgia Tech. I have worked for GE for 21 years and previously worked at the GE Aviation in Kansas City and Atlanta.”

He explained, ”CFAN successfully transferred the composite fan blade manufacturing process from the laboratory to the shop floor and delivered the first production GE90-94B fan blade in September 1994.  At first, our quality level was only about 80 percent, so there were a lot of rejects. We kept improving our processes using the widely recognized Six-Sigma methodology, focusing on eliminating defects and reducing variation in shop floor. Over the years, we kept improving our processes, so that our scrap rate is down to only about 1 percent.

In 2001, we started production of the composite fan blade for the GE90-115B growth engine. The GEnx1B fan blade was introduced to production in 2005 and the GEnx2B in 2007. In 2016, we started to make fan blades for the GE9nx, which had its first test flight last week. We are an approved FAA repair station for the GE90 and GEnx fan blades fan.  We have doubled our volume since 2009 and have produced more than 20,000 composite fan blades at our plant. We produce about 165 fan blades per week, and each fan blade takes about 340 hours. We expanded the plant from 160,000 sq. ft. to 275,000 sq. ft., and the whole plant is temperature controlled to keep the composite material from “curing” on hot days.”

I told Mr. Mattocks that in the past, I sold composite parts as a sales rep for a company located in Post Falls, Idaho so am familiar with the painstaking production methods used for pre-preg layup composite parts. When we walked the plant floor to see the whole production cycle from start to finish, I could see how meticulous the hand layup process is for these very critically dimensioned fan blades. It would be too tedious to describe the whole production process from start-to-finish, but the number of steps it takes to produce a finished fan blade was mind-boggling.

My last stop before leaving the San Marcos region to spend the weekend with my nephew and his family at their nearby ranch was to RSI Inc., located in Kyle, Texas. We met with President Harish Malkani, who founded the company in 1983. Malkani is originally from India where he earned a B.S. (Chemistry) from the University of Poona. He also received a degree in Chemical Engineering from the University of California at Berkeley and a Graduate Degree in Marketing from the University of California at Berkeley. He was employed with Ray Chem Corp. from 1969 to 1983.

While RSI’s website describes the company as distributor stocking and supplying standard mil-spec products including, but not limited to high-speed interconnect solutions and a wide range of electro-mechanical components, Malkani said, “I started the company as a distributor but over the years we became a value-added manufacturer. I can’t tell you about all of the defense and military programs for which we have used our expertise to provide solutions to the government and defense contractors because they were classified programs. We specialize in providing RFI/EMI solutions. We have done work for BAE, Lockheed, Raytheon, Aerojet, and other Department of Defense prime contractors.  We are a Silver certified supplier for Boeing. We also do work for companies in the energy, industrial, transportation, and the oil and gas industries.”

When we toured the shop floor, I could see that the company has the manufacturing, assembly, and test equipment to produce custom assemblies and systems for a variety of applications.

Malkani noted, “Our biggest problem is getting qualified workers.  I have hired from Texas State University, but I need more help in finding people with technical skills who are not engineers.  We are going to train some teachers at the local high school in our technology.”

He was assured by Dr. Cara DiMattina-Ryan, Director of Existing Business & Workforce Development at the Greater San Marcos Partnership (GSMP) that they would help him get connected to the local programs at the Austin Community College’s local Hays Campus.

Since finding technical skilled workers is critical to all of the companies I visited, I was happy that my hosts arranged for me to have lunch the first day with Dr. Hector Aguilar, who is the Executive Dean of Austin Community College’s Continuing Education division. He said, “Maintaining a talented and productive workforce in a growing local economy requires a commitment to employee development. ACC meets the training needs of businesses by partnering with them to tailor a custom learning curriculum that can be delivered on-site to employees. We have seven campuses in the western Austin region and have about 60,000 students enrolled.  Each community college in the Texas system specializes in training for the types of industries in their area. Houston specializes in oil and gas. Austin specializes in semiconductor, aeronautical, and sensor industries, and San Antonio specializes in training for automotive. “

He explained, “The Texas Workforce Commission is responsible for helping companies get training for their employees, and Texas pays for the training. Samsung was the first large manufacturing company for which we provided training when they came to the region. They received a grant of $3 million for the training. Samsung came up with 12 techniques to be taught in an around the clock program under a three-year program (24-hours a day, seven days a week).  The original 12 topics became 63 topics, and we trained 1,530 employees in the three years. We had to hire specialists in industries and then cross-train each one so they could teach multiple topics. We did a pre-test and post-test for students. The average pre-test score is 20 percent, and the average post-test score is 85 percent.

He added, “Under our Workforce Solutions Rural Capital Area, training for future employees is provided for free.  For example, when EPIC Piping bought an existing facility in San Marcos in 2014, they needed to hire new employees. They do specialized welding of pipes. GSMP came to us to help set up training for new employees.”

I was informed by Ashley Gossen, Vice President of Marketing & Communications for GSMP that underemployment is high in the region – a selling point for companies looking for talent. She said that the greater San Marcos region has more than 5,400 workers with bachelor or graduate degrees working in jobs that don’t require them.

It is obvious that the San Marcos region has a great deal to offer startup, existing, and transplant manufacturers: a good business climate, low taxes, skilled workers, and the educational facilities and programs to train new workers.

 

Tags:, , ,
Posted in Economic Development, Innovation, Manufacturing, Training, Workforce Development | No Comments »

New Material Technologies Spur Growth in San Marcos, Texas Region

Thursday, June 21st, 2018

During my visit to San Marcos in March, I visited a diverse group of manufacturers both as to products and size of company.  The first company I visited, Urban Mining Company, is still in Austin waiting to relocate to San Marcos when their 100,000-square-foot building is ready later this year.

Right after being picked up from the airport by my hosts, we met with Scott Dunn, who is the CEO of Urban Mining Company. Dunn said that he had attended the United States Naval Academy and then received a degree from the University of Southern California. He said, “I started the company in late 2015, and we moved into our first space in January 2016.

We sought major investors from around the county because we wanted to be able to commercialize our technology very quickly. Out of 90-100 investor groups, there were only a few that fit our bill.  We spent a lot of time and money protecting our Intellectual Property with patents. We knew that we had original technology and had to be able to protect it. In June 2016, we secured $25M Series A Funding for to build our recycled rare earth magnet manufacturing facility.  After careful consideration, we chose San Marcos because it offers the skilled workforce and infrastructure needed to support our fast-growing operation. Once the facility is complete, we will be adding more than 100 manufacturing and technology jobs to the region.”

He explained, “I spent a lot of time in China to build relationships and skills to be able to buy down time from factory owners in China that had over capacity. Because of where we are right now, we are able to get a supply of components to use for recycling the rare earth materials. We are the only company producing Neodymium Iron Boron (Nd-Fe-B) rare earth permanent magnets in the United States. Our company’s patented Magnet-to-Magnet process repurposes domestic source materials from end-of-life products, such as hard disks or motors, to manufacture high-performance Nd-Fe-B magnets, using zero chemical inputs and wastewater. The magnets are then used to support the development of technology applications across the consumer, medicine, defense, aerospace, clean energy, and industrial sectors.

He added, “Most people don’t understand the ubiquity of magnets. The only rare earth mine and production facility in the U. S., MolyCorp Inc., went into bankruptcy in 2010, and the assets were bought by Chinalco’s subsidiary, Shenghe Resources in 2011.  The equipment was dismantled and moved China.  It’s critical that we develop this technology because China has the goal of controlling the supply of rare earth products by 2025.  If they succeed, then they could control the world. “

He concluded, “We are working with Tesla, GM, Ford, and many other OEMs like Raytheon, Northrop Grumman, and Boeing to develop products for the commercial and military/defense industries. I believe that reusing rare magnets is critical to a cleaner future, and we have created a closed loop supply chain to upcycle these materials into products that can have a positive impact.”

When we visited Texas State University’s incubator, STAR Park, we met with Dr. John C. Carrano, founder and CEO of Paratus Diagnostics, a firm that specializes in medical devices for point-of-care diagnostics.

 I asked Dr. Carrano how long he has been in the incubator. He responded, “We have been here just over two and a half years, but I actually founded the company in 2012. We are well past the startup phase and are about 18 months away from being cash positive. It’s a long and complex product development cycle for medical devices. Medical diagnostics is not viewed by investors as a get-rich-quick kind of venture, but it is going to be a $10 billion industry in the future. “

I asked him about his background that led him to start the company, and he said, “I retired from the Army in 2005 after 24 years. I am originally from Long Island, NY, but obtained my B.S. from West Point and my Ph.D. in Electrical Engineering from the University of Texas at Austin. I was recruited to teach at the United States Military Academy at West Point in the Department of Electrical Engineering and Computer Science. Then, I was recruited to be a program manager at DARPA where I led several major Defense Department programs related to bio-sensing after the Anthrax attacks occurred in Washington, D. C.  Prior to founding Paratus, I was Vice President of Research and Development at Luminex Corporation., a medical device company, and developed an implantable device to diagnose a medical threat.

He explained, “Our goal as Paratus Diagnostics is to develop point-of-care diagnostic solutions to make healthcare more accessible and affordable. Our hand-held Paratus PreparedNow® System and the ParatusSDS® Cartridge, allows clinicians to make decisions during a patient visit – resolving issues associated with lengthy delays waiting on lab results and improving patient outcomes. There is a big need to diagnose periodontal gum disease because of the serious health consequences if it goes untreated, so our first diagnostic test will be a periodontal test as there is zero competition in this market. Our device tests for the six highest risk periodontal pathogens and two key cytokines using saliva.  The results are provided in 20 minutes and displayed on a smart phone by color bar graphs.

We have 26 full-time employees and will probably be up to 37 by year end.  We have raised $5 million in private equity from angel investors. We also have grants and plan to launch the product into the marketplace in about 18 months.”

At the STAR Park incubator, we also met with Tim Burbey, President of Blueshift Materials.

He said, “Dr. Garrett Poe and I founded the company in 2013 with the mission to commercialize Polymer Aerogels. In July 2014, we became a member of the FLEXcon Holdings family of companies. In 2015, we officially launched our AeroZero® line of products, which consisted of rolled film and monoliths. This was the first commercially available Polyimide Aerogel in the world. Its creation derived from customer demand for a clean, lightweight, small footprint insulation material that can easily be incorporated into composites. We wanted to be ale to make the material in a continuous way as it had always been done in a batch process. We call the products aerogels because they are similar to a foam and are 85% air.  It starts out as a polyimide resin and through a proprietary process, it is transformed into the various aerogel products.”

He said, we moved into the STAR Park incubator in the fall of 2016 and also have an applications engineering lab facility in New Braunfels, TX (about 20 miles southwest). We also polymerize our own materials from polyimide at our facility in San Antonio, TX. We have a good relationship with the Materials Science, Engineering, and Commercialization (MSEC) program at Texas State University and have hired graduates.”

He showed me several different shapes and styles of the products they can make now, from blocks to film to powder. It had good properties for thermal management. Since it is 100% plastic, it is very good for incorporating into composites.

He explained, “Our product designs have applications across the aerospace, cryogenic, membrane separation, radio frequency, electronics, and automotive industries. We make a film for a Formula One race car by adding it to Kapton.  We work with a lot of electronics and RF product companies. Our materials have RF transparency, so will allow signals to go through, but they also provide thermal management.  Our polymer aerogels can withstand extremes of temperature from as hot as 300 degrees C down to as cold as -200 degrees C. Our polymer aerogel has a high strength to weight ratio, especially when bonded to other materials and as a composite core. Our new process for make aerogel film will only take minutes to make vs. weeks, which will greatly reduce cost and open new markets.”

He added, “We are developing new products by teaming with a research company in Palo Alto to look at using different polymers besides polyimide. In June 2016, we got a $3 million Department of Energy DOE grant to develop transparent and thermally insulating Aerogel for single pane windows as part of a project to restore historic windows in the Northeast.”

On the second day of my trip I also met with Paul Brown, President of Bautex Systems LLC, which is focused on transforming the building industry by providing builders and architects with smarter, stronger, more versatile building materials and solutions. He is a serial entrepreneur, who earned his undergraduate degree from the Plan II honors program at The University of Texas at Austin and his MBA at Duke University’s Fuqua School of Business. He has enjoyed a diverse career working in industries ranging from technology and telecommunications to construction products.

He said, “I had moved back to Austin, TX during the dot.com bust and was involved in a VOIP company. I love to build and started building houses.  I found a technology very similar to the Bautex technology,” and he invested in the company. But, he wanted to do manufacturing in the right way, and that company needed a better manufacturing process. “Oliver Lee is my business partner, and we did the original research in 2007.

We found the right machine in Europe, so in 2008, we had some custom molds made and took them over to Europe. We rented factory time for two weeks and replaced the wood filler with polystyrene to make blocks. We mixed the ingredients together and poured it into the mold.  It was an expensive and slow process. We added sand to the blocks and reduced cycle time to 30 seconds to make four 32 X 16-inch blocks in the mold. We had a goal of a weight of less than 50 lbs.

We spent a couple of years doing R & D before we moved to San Marcos, TX. We started shipping products in 2013 and now have six plants along the I-35 corridor.”

He explained, “The Bautex Wall System, comprised of a proprietary cement mixture and expanded polystyrene (EPS), is used to build interior and exterior walls for commercial and residential construction. The benefits to the contractor is that it is complete system that simplifies construction by combining structure, enclosure, continuous insulation, and air and moisture protection in a single, integrated assembly. With the Bautex Wall System, architects can specify an integrated solution that can be installed by a single contractor, saving time, effort and cost.  We are two and a half times what the new building energy codes started requiring in 2016.  Our system provides 26% more energy savings.”

He said, “We need a new paradigm for construction in this country. The process of building has to be better. When you analyze building construction, 90% of the work to build a house is non-value-added.  We need to reduce the costs of construction, and the buildings need to perform better. We had five buildings that were within five miles of Hurricane Harvey, and they did well.”

He added, “Six of the ten fastest growing counties are in Texas, but the access to labor for the construction industry is not here. There is a shortage of masons in Texas. Panelization in construction is appealing to a new generation of contractors.  His concern with panelization is that the industry has stayed with the same old technology. In 2020, a new building code will take effect, and each code changes pushes the bar higher.

We are now building one- to three-story buildings, and we can build faster than traditional construction methods using our Bautex Wall System. We have been nearly 99% commercial, but now we are going after residential work.“

Notice that three of the four companies we visited have developed products using new materials for diverse applications. These companies are examples of the spillover of research in technologies related to the MSEC program at Texas State University.

Tags:, ,
Posted in Accelerators/Incubators, Economic Development, Innovation, Manufacturing, Technology | No Comments »

Texas Hill Country Transforms into Innovation Corridor

Monday, June 18th, 2018

After returning from Washington, D. C. for the CPA conference and legislative visits in mid-March, I traveled to San Marcos, Texas as the guest of the Greater San Marcos Partnership (GSMP).  The Greater San Marcos Partnership is the economic development group representing Hays and Caldwell Counties as a region. San Marcos is strategically located midway between the two major metros of Austin and San Antonio in the beautiful hill country of central Texas. The region is home to a number of other rapidly growing cities, including Kyle and Dripping Springs in Hays County, and Lockhart and Luling in Caldwell County.

I have had a personal connection to San Marcos as my sister lived there for many years, and it is where her youngest son was born. San Marcos is a college town, and the view of the hill above the downtown square is dominated by the campus of Texas State University, only a few blocks away.  My sister actually worked at the university when she first moved to San Marcos.

Dr. Denise Trauth, President of Texas State University is Chair of the GSMP Board of Directors, and Adriana Cruz is President of GSMP. My guides for my visit to the region were Ashley Gossen, Director of Communications and Community Engagement for GSMP and Hanna Porterfield of DCI, the PR firm for GSMP.

The 2017 Greater San Marcos Partnership Annual Report states, “It’s no longer a secret — Greater San Marcos is among the most promising regions in the nation. Hailed by Forbes as ‘America’s Next Great Metropolis’ and ranked among Thrillist’s list of ‘America’s Best Small Cities to Move to Before They Get Too Popular,’ Greater San Marcos is increasingly being recognized by the national media, talent and corporate executives as a region to watch.

The report explains that GSMP “continues to serve as a change agent for smart and purposeful economic growth in the two-county region known as the Innovation Corridor…from welcoming new employers and job creation programs to working major projects and garnering national media placements.”

Compared to the other metropolitan areas of Texas, the greater San Marcos area still offers affordable homes nearly (40% less in housing than Austin), as well as large and dynamic workforce. Each town in the region offers its own unique assets and charm, which provide a strong force in attracting new jobs and investment.

When I met with Ms. Cruz, she said that “A major driver of this progress has been our laser-focus on executing the strategies laid out by Vision 2020, a five-year strategic plan to drive economic development in the region, established in Fiscal Year 2015…For example, 2017 was the first full year of utilizing the Vision 2020 Implementation Work Groups — stakeholder groups that work collectively to maximize the region’s biggest strengths and tackle some of our existing weaknesses in key areas such as infrastructure, workforce and higher education and destination appeal.”

From the annual report, I also learned that “San Marcos, together with Austin, College Station, Fredericksburg, New Braunfels and San Antonio, was selected by the U.S. government to host an exclusive innovation and entrepreneurship event, which brought decision-makers from more than 20 countries to San Marcos to explore partnerships and economic development opportunities. Through the 7th Americas Competitiveness Exchange on Innovation and Entrepreneurship (ACE), Greater San Marcos worked with our neighboring cities to share best practices with this influential international audience and to promote the larger Central Texas region as a leader in innovation. The Greater San Marcos portion of the tour included a visit with many of our major employers, a tour of Texas State University and STAR One and a Glass Bottom Boat Tour at The Meadows Center for Water and the Environment.”

Texas ranks second in the 2018 Small Business Policy Index by the Small Business & Entrepreneurship Council for not charging a corporate or individual income tax or capital gains tax in addition to having low gas taxes and workmen’s compensation tax. Here are some other key facts about the region:

  • 3M Talent Pool within a 45-mile radius
  • 66,087 Population Ages 25-44
  • 34% of Adults have a Bachelor’s Degree or Higher (Master’s, Doctoral)
  • The High School graduation rate for Hays County is 89% and 90% for Caldwell County
  • Only 12% of Adults are without a High School Diploma

The top ten Manufacturers in Hays and Caldwell Counties are:

Company Employees Products
CFAN 700 Composite fan blades for GE engines
Philips Lighting 369 LED lights for outdoor structures & areas
Thermon Mfg. 345 Electric heating cables and control systems
Epic Piping 260 Pipe fabrication including carbon steel, chrome moly, stainless steels, duplex steels, nickel-based alloys
Heldenfels Enterprises 170 Manufacturer/installer of precast/prestressed concrete structures
UTC Aerospace Systems 160 Engine casing and aftermarket support for Boeing 787 and Airbus A350
TXI 145 Provides every step of concrete production, from

mining raw materials to refining the finished product.
Altra Couplings 95 Offers the largest selection of industrial couplings
Mensor Corporation 80 Designs and manufactures precision measuring instruments and automatic pressure test and calibration equipment.
Hunter Industries 75 Manufacturer of hot mix asphalt.

When we visited Texas State University, I realized that the research being done at the university is contributing greatly to the region transforming into the Innovation Corridor of Texas. In 2012, the University was designated as an Emerging Research Institution, working on semiconductors, 3D printing, composite material. This opened the door to major research funding, global research talent, and has contributed to a spike in patent filing activity in Hays County.

I had the great pleasure of being given a tour of the Engineering Technology building that houses the Material Science, Engineer, and Commercialization (MSEC) Program by Dr. Thomas H. Meyers, Associate Dean of MSEC.  Dr. Meyers happened to be home on a break from a year-long sabbatical in Spain. We were joined by Dr. Jennifer Irvin, Director of MSEC, and Dr. Andy Batey, Associate Professor and Chair of the Department of Engineering Technology.

The purpose of the MSEC program is “to train graduate scientists and engineers to perform interdisciplinary research while equipping them to emerge as effective entrepreneurial leadership the advancement of 21sto-century global discovery and innovation.”

We walked through several labs focusing on different kinds of materials research, such as the semiconductor and solar cell materials lab, Dr. Meyers said, “We work with companies like Texas Instruments and First Solar to do materials research. Students, faculty, and industry work together on multi-year, multi-company contracts to solve problems.  We started a Ph.D. program in 2012 to help students and faculty be able to commercialize technology.  We have graduated about 30 students from the three-year program.  We are not a department, but a program within the College of Engineering Technology.  Students are required to work on important projects, such as purifying water from fracking.”

Dr. Meyers said, “We have two levels of clean rooms, a Class 10 and Class 100, and we are working with Hitachi to teach semi-conductor manufacturing and the fundamentals of making a device. We are one of only two universities in Texas to have a full spectrometry lab, which has been certified since 1990, and there are only 20 in the whole U.S.”

When we walked through the machine shop that contained manual, CNC controlled machines, and a 5-axis machining center, Dr. Batey said, “We want our students to get hands on experience in traditional industries during their four-year engineering technology degree program.  Engineering technology degrees focus on the planning, fabrication, production, assembly, testing, and maintenance of products and services. We offer degree programs in Electrical Engineering, Manufacturing Engineering, Mechanical Engineering, Environmental Engineering, and Civil Engineering.

As we walked through the construction materials lab, Dr. Batey said, “We also offer a B. S. degree with a major in program in construction science and management and concrete industry management. We can do chemical analysis of constructions materials and concrete in our lab.”

Dr. Irvin said. “Texas State University also has a 58-acre site off-campus Science, technology, and Advanced Research Park (STAR Park), which is dedicated to the university’s research and commercialization efforts.  The 36,000 sq. ft. facility serves as a technology incubator for startup and early-stage businesses and provides tenants access to secure wet labs, clean space, conference rooms, and office space.  Since 2014, companies located in STAR Park have created over 60 jobs, funded over $1.5 million in university research, hired 14 Texas State graduates, and raised more then $32 million through equity and strategic alliance investments.”

My next article will feature my visit to some of the tenant companies in Star Park, as well as other companies in the region.

 

Tags:, ,
Posted in Economic Development, Innovation, Manufacturing | No Comments »

Manufacturing Music – Northeast Indiana Brings Harmony to the Rust Belt

Tuesday, May 15th, 2018

To learn more about why there is such a concentration of musical instrument manufacturers in Northeast Indiana, I interviewed John Stoner, president and CEO of Conn-Selmer, Inc., a subsidiary of Steinway Musical Instruments, Inc.  I learned that the history of making musical instruments really started with this one company. Today, Conn-Selmer has a portfolio of musical brands that has made it the leading manufacturer and distributor of band and orchestra musical instruments and accessories for student, amateur and professional use.

I asked Stoner about the origins of the Selmer Company, and learned that the main Selmer Company is still located in Paris, France. The history of the U.S. company dates back to the early 1900s. It has production facilities in Elkhart, Ind., Eastlake, Ohio and Monroe, N.C.

Next, I asked where the Conn part of the name of the company came from, and Stoner said, “C. G. Conn started a company in Troy, Mich., and then he moved to Elkhart, Ind. The company manufactured brasswinds, saxophones and electric organs in the 1950s.”

When the Selmer company acquired CG Conn, the brands Armstrong and King were part of the acquisition. Later, they acquired the LeBlanc Corporation, which brought another family of brand names such as Leblanc, Vito, Holton, Martin, and the distribution rights to Yanagisawa – making Conn-Selmer the largest U.S. full-line manufacturer of band and orchestra instruments.

“We have a strong portfolio of instruments made here in Elkhart. Seventy percent of our products are manufactured here in the United States and sold globally. The other 30 percent are manufactured in France, Japan and other parts of the Asia Pacific and sold in various parts of the world.” Stoner said.

When I asked if the company had implemented Lean principles and tools, he said, “I looked at Lean when working in a previous industry, and I brought the concepts over to Conn-Selmer. We applied Lean principles so that we could be in a position to be more competitive when there was an upturn after the 2009 recession.”

He added, “Northeast Indiana is a hot bed for musical instruments. At one time there were about a hundred manufacturers of instruments. Over the years, people would leave a company and start their own company to make a musical instrument.  Elkhart became the musical instrument center of the country.”

In my interview with Tony Starkey, president of Fox Products, I learned about the interesting history of another musical instrument company.

Starkey said, “I was an owner of a machine shop before I came to Fox Products. Fox Products is located in South Whitley, a small community of less than 2,000 people, about 10 miles from Fort Wayne. I used to mow the lawn for the company when I was 13. The company was founded by Hugo Fox in 1949 after he retired from being the Principal Bassoonist for the Chicago Symphony and returned to his hometown.  He had the goal of making the first world-class bassoon in the U.S.  He started the business in a modified chicken coup on the Fox family farm, and it took him two years to successfully make a bassoon.”

Later, Hugo’s son, Alan, left his career as a chemical engineer and ran the company for over 50 years, applying engineering principles to making instruments. Fox owned the student market because Alan made the instruments much easier to play.

The first Fox oboes came out in 1974. Later that year, a fire destroyed the woodshop and reed-making equipment, so Alan used other sites in South Whitley to keep the company alive while a new plant was being built. The company expanded and started making English Horns in 1999.

Since Starkey became owner in 2012, the company has grown 30 percent. It now has 130 employees.

“When I took over the company, we didn’t have any prints for the instruments. We had 3D models and patterns and tools in Germany. We had to start over and reverse engineer the instruments to create the drawings. Now, we are able to work in Solidworks and have CNC machines to make the metal parts. We even set up our own silver plating line,” Starkey said. “Indiana is a great business state and a great place to have a business. We did a turnkey operation for our silver line without a lot of regulations and delays.”

I asked if they have applied Lean principles and tools to the company. Starkey said, “I hired people who have a Lean background, so we are using technology and implementing Lean wherever we can, taking the human factor into consideration. We are hoping to get to be where we want to be as a Lean company in about two to three years.”

Last of all, I interviewed Bernie Stone, founder and president of Stone Custom Drum Company. Stone said, “I played drums in a marching band in high school. Then, I worked in a musical instrument store and started doing repair of drums and projects for the percussionists of the symphony.”

He explained, “In 2002, I had the opportunity to purchase the drum shell manufacturing equipment, tooling and assembly line from the Slingerland Drum Company, one of the legendary vintage American drum brands. It gave me the opportunity to own the shell-shaping molds and tools, so I invested my money – and my life – into bringing them up to 21st century standards and crafting Super Resonating® shells that surround punchy tom strokes with full, fat tone, make bass drums kick with big and round low-end responses, and snares cut with a crisp articulate ‘snap’ that sings with resonance. I bought some other equipment I needed on eBay and some from the Gretsch Company, another drum company.  I learned how to operate the equipment and reverse engineered the drums.”

He added, “I started my own company as a LLC in 2011. I am now looking to expand into a S corporation to get investors to grow the company. I think the skill set we have as a company is unique as very few people know how to make a great drum set. We manufacture our own Stainless Steel and brass tune lock fixtures to keep the drum in tune.”

I asked what kind of drums he makes – drums for rock and roll bands as well as for the symphony. Fort Wayne has a great philharmonic, which is a stepping stone to bigger and more prestigious symphonies. For example, Pedro Fernandez started at Fort Wayne and then went on to San Diego and is now at the Houston Symphony.

“The reason I am in Fort Wayne to make drums is that all the suppliers I need are within 50 to 100 miles for the wood, metals, tool and die shops, 3D printing, etc.,” Stone said.

From these stories, we can see that the musical instrument industry had developed gradually over the last hundred years or so from one company spinning off from another company or one company acquiring another or buying the rights to a brand name.

The craftmanship legacy of the Northeast Indiana region’s workers has played a big role in the success of many companies, along with a strong supply chain of subcontractors and materials. It is likely that the region will keep fostering the development and growth of new musical instrument companies to support the strong creative musical arts community of Northeast Indiana.

 

Tags:, ,
Posted in Economic Development, Innovation, Manufacturing | No Comments »

Northeast Indiana Fosters Manufacturing for the Creative Music Community

Tuesday, May 15th, 2018

It’s interesting to find out how certain regions have become centers for specific industries. I recently had the opportunity to interview economic development and business leaders in northeast Indiana to learn about the region’s advantages for manufacturers and what types of industries have flourished in the region. One of these unique industries is musical instrument manufacturing.

During my interview with John Sampson, President and CEO of the Northeast Indiana Regional Partnership, I learned that the region is highly concentrated in manufacturing.

Sampson said, “We cover 11 counties and collaborate with other counties in the south and east.  The business climate is very favorable for the Midwest –  we rank #2 in taxes and are in the top ten for other factors.  We have a very supportive and responsive part-time state legislature to the interests of employers.  The corporate tax rate is down to 6% and is headed to 4.9% in 2021 in a tiered decline.

On our website, we list the target industries [see below]. Back in 2006, we partnered with the regional workforce investment board, Northeast Indiana Works, for a drive to improve skills training. We make sure that all the training is targeted to what industry needs and made sure that students get transportable certifications. We got a $20 million grant in 2009 for a Talent Initiative to align the region’s talent efforts to the direct needs of defense, aerospace and advanced manufacturing industries.  Ivy Tech is the principle partner in providing training, designing skills training for employers.  They have a center for advanced manufacturing and have career technical studies and apprenticeships for high school students.

We have united with other organizations and are trying to better connect students with the trades. We have a statewide organization, called Conexus Indiana, to organize the logistics of the programs devoted to skills training such as CNC machining, welding, etc.  Conexus Indiana brings together a diverse advanced manufacturing and logistics community to build tomorrow’s skilled talent through industry-endorsed classroom curriculum, experiential learning and earning opportunities, and industry partnerships.”

From their website, I learned that there are three major universities:  Purdue U. Fort Wayne (IPFW), Ivy Tech, Northeast, and Indiana Tech. The Indiana Manufacturing Extension Partnership (Indiana MEP) is in Indianapolis, but Indiana Purdue University is satellite MEP site, located about 100 miles from Fort Wayne.

Ivy Tech is the largest public postsecondary institution in Indiana — and the largest singly-accredited statewide community college system in the entire country.  The system has 45 campus and site locations in more than 75 communities, and serve nearly 160,000 students a year.

I asked if the region has any Makerspaces and he replied, “Yes, we currently have two Maker Lab locations as part of the Allen County Public Library: “The Main Library and Georgetown.  Both labs have 3D printers, 3D scanners, electronics workbenches and other specialized equipment.

We also have a new Makerspace in development at the former General Electric campus where GE made electric motors.  The campus and is now being redeveloped as a mixed-use campus, called Electric Works. There is an opportunity for another Makerspace to be incorporated into the 1.2 million sq. ft. campus.” 

From supplemental information I was emailed after the interview, I learned that it’s 47% more affordable to buy a house in Fort Wayne ($116,000) compared to the national average ($222,000), and property tax is capped at 1%.

The region has a high rate of employment in the manufacturing sector:  28.8% compared to the national figure of 8.9%. Also, Indiana was the first right-to-work state in the Great Lakes region of the U. S.

The supplemental information provided more information on training, saying that the Northeast Indiana Regional Partnership is partnering with regional workforce development organizations like Northeast Indiana Works and WorkOne Northeast career centers to invest in the region’s talent. Northeast Indiana Works oversees 11 WorkOne Northeast career centers in northeast Indiana and provides Skill-Link training at little cost to employers. “Skill-Link is a program that offers certification-based training tailored to employers’ specific skill needs. Employers select high-potential employees for the training, which promotes talent retention, career-pathway development, and, in many cases, leads to promotions and pay increases. WorkOne Northeast assists employers in filling positions left open by the promotion of employees who complete Skill-Link training.”

The Northeast Indiana Regional Profile states that Northeast Indiana “serves as a strategic distribution hub for businesses targeting the Great Lakes and Midwest. The region is located only two hours from Indianapolis and three hours from Chicago, Detroit, Cincinnati, and Columbus, Ohio. The region is served by two major interstate highways, I-69 (North/South) and I-80/90 (East/West), also known as the Indiana Toll Road. Fort Wayne International Airport is home to four major carriers: Allegiant Air, American, Delta and United. There are also two Class I freight railroads, CSX and Norfolk Southern, servicing the region.

It states, “The region currently ranks eighth in best tax environments in the United States and the best in the Midwest based on the 2016 State Tax Environment Index by the Tax Foundation. This business-friendly tax climate creates a thriving community for innovative businesses and growth…Due to legislation in 2011, Indiana’s corporate income tax rate fell by 2 percent. This was the continuation of a scheduled multiyear reduction, which will ultimately see the corporate income tax rate reduced to 4.9 percent by 2022, which would make Indiana’s the second lowest corporate tax rate of any state levying the tax.” The current corporate income tax rate is only 6%, and the personal income tax rate is 3.23%.

The profile also states, “The region has an abundance of water and natural gas, as well as a reliable supply of electricity. “The region’s largest municipal water system, Fort Wayne City Utilities, has an excess water capacity of more than 35 million gallons per day. Our excess water supply is a competitive advantage that fuels our growing target industries, such as food processing and agriculture.”

According to a 2016 Target Industry report from Community Research Institute, research identifies the region’s target industries in Northeast Indiana as:

  • Advanced Materials
  • Vehicles
  • Design and Craftmanship
  • Medical Device & Technology
  • Food & Beverage
  • Logistics & E-commerce

 

The top industrial employers are:

 

COMPANY

 

 PRODUCT

 

 EMPLOYMENT

 
Zimmer Biomet

 

 Orthopedic goods

 

 4,370

 
General Motors

 

 Truck manufacturing

 

 3,900

 
Steel Dynamics

 

 scrap metal processing & steel manufacturing

 
LSC Communications (formerly R.R. Donnelly)

 

 

 Book & other specialized printing

 

 1,935

 
BFGoodrich

 

 Rubber tire manufacturing

 

 1,580

 
TI Automotive

 

 Motor vehicle parts manufacturing

 

 

 1,388

 
Frontier Communications

 

 Telecommunications carrier

 

 1,355

 

 

To gain a better perspective about how the relationship of the creative community to musical manufacturing, I interviewed Dan Ross, VP of Community Development for Arts United of Greater Fort Wayne, Inc.

Mr. Ross said, “Arts United is a nonprofit organization that was founded in 1955. We function as both a united art fund and local arts agency, much like a cultural affairs office for the arts community. Arts United provides arts advocacy and promotion, high capacity for creativity through grant support, the arts campus, and creative community development to more than 70 arts and culture organizations in Northeast Indiana. We own the three different facilities – the Auer Center for Arts and Culture, the Arts United Center, and the Hall Community Center for the Arts – and maintain and service the buildings. Arts United cross-promotes events held in our facilities and other arts and culture events available to the community. In addition, resident organizations housed in our facilities receive subsidized rates at about one-fourth of the typical cost for renting office space in Downtown Fort Wayne.

We provide a variety of back office services for 19 arts and culture organizations, including a health plan that provides affordable health care payroll services, and a shared box office.

Arts United works with economic development organizations to utilize the assets of the arts community, because a creative arts community is beneficial for employers to attract talent from other parts of the country. Arts and culture are an amenity and improve the quality of life in a place. Because of the vibrancy of our community, Fort Wayne is drawing more non-residents to the area.”

He added, “In 2016, we had support from the Indiana Arts Commission to commission the Community Research Institute at Indiana University-Purdue University Fort Wayne to conduct a review of the Creative Economy for the state of Indiana.

When I inquired as to how the creative community contributed to the concentration of musical instrument production in the region, he explained that Fort Wayne has one of the United States’ largest dealers in musical equipment for musicians, recording studios, schools, churches, concert sound companies — Sweetwater Sound. Ross, said, “The company was founded in 1979 by Chuck Surack in the back of his VW bus, and since then has outgrown several buildings and constantly expanded its staff to become the leading retailer that it is today.”

From their website, I learned that in 1995, “Sweetwater established an informational website: www.sweetwater.com, and by 1999, most of their inventory was available for purchase online.” The company grew to the point that in 2006, they had a new 44-acre corporate campus designed and built. “The new headquarters, consisting of corporate offices, a distribution center with warehouse, and a retail store, also includes the Sweetwater Productions recording studio complex and 250-seat LARES-equipped performance theater.”

Ross said, “Sweetwater now has over 1,000 employees. Sweetwater attracts employees from all over the country by providing high paying jobs and opportunities for extensive training.  Sweetwater employees are active leaders and performers in the arts community. Employees both gain valuable experience with the variety of arts organizations in the community, and contribute to their success.”

Sweetwater has attracted instrument manufacturers to the area because they are the number one online distributor of musical instruments nationally.  Also, Purdue University is establishing its first School of Music on its Fort Wayne Campus, including a music and arts technology degree program starting next fall housed on the Sweetwater campus.

Ross added, “The history of making musical instruments goes back over a hundred years in the region.  The majority of orchestra and band instruments are produced in northern Indiana.  One local company, Fox Products manufactures 80% of the world’s bassoons and oboes.  Hugo Fox played for the Chicago Symphony, and he moved back to his hometown of Fort Wayne and started to make his own bassoons and oboes.”  These jobs are highly skilled and highly paid because of the craftsmanship required to make many of the complex musical instruments. New technology and scientific research have improved the manufacturing processes.

As we ended the interview, Dan said that he was a musician himself, playing the trumpet.  He plays for the Fort Wayne Philharmonic, and his career has been a combination of arts administration, teaching and playing music. He studied music in college, so it feels good to combine his creativity with community development goals to enhance Fort Wayne’s history of the creative arts and craftmanship.

We can see that northeast Indiana offers a good business climate for manufacturing compared to other states in the Midwest. In my next article, we will learn more about how the region’s focus on design and craftmanship led the development of the musical instrument industry from interviews with three of the companies making musical instruments.

Tags:, ,
Posted in Economic Development, Manufacturing, Technology | No Comments »

Restoring the “Maker spirit” to Thomasville that lost an Industry and Jobs to China

Wednesday, January 24th, 2018

After my article that featured The Forge in Greensboro was published, I was contacted by Joel Leonard, who informed me that he worked with the original founders of The Forge as the community developer to help uncover equipment and talent and set up initial programs “to convert Greensboring to Greensciting.”

He said, “We hosted numerous large events to get the community aware of our efforts, such as a Silo Busting Roundtable to connect various groups in our society together to have meaning conversation together about manufacturing challenges. Then, some of the area employers shipped numerous tractor trailer loads of equipment, and we were able to sell what we couldn’t use and generate capital to pay for our lease, insurance, and other operational costs.  In the first year of The Forge, we launched 16 new companies, had 9 patents filed, and helped over 50 get connected to new jobs.”

I asked how he became involved with the Makerspace movement, and he responded, “Fifteen years ago, I decided to make it my life’s mission to build the next generation of skilled technicians (i.e. makers). I realized to reach the masses, a book or magazine may not make the cut, but more may listen to a song.

I wrote the lyrics to the ‘Maintenance Crisis Song,’ which has been played at dozens of engineering conferences all over the globe, on NPR and CNBC, at the Rock and Roll Hall of Fame, and during the U.S. Congressional Forum on how to revitalize the U.S. economy. To reach a larger audience, it has been recorded in 15 different genres, that include rock, opera, hip hop, bluegrass, reggae, blues, funk, gospel, pop rock, and two Greek versions.” After our conversation, he emailed me links to a couple of the versions.

He added, “Once I learned about the Maker Movement, and how it connects directly to all that I had already been doing, I quickly joined in and have been helping connect manufacturing leaders to makerspaces. Organizations around the world come to me to tell them what to do to advance their workforce development strategies, and, even better, sometimes I get paid for it.”

After leaving The Forge in the good hands of Joe Rotondi, he was freed up to consult and support makerspaces around the country like Newton Conover Middle School, Makerspace CT, Make Nashville, NASA Langley, St. Louis, and numerous others.  He is currently involved with developing a makerspace in Thomasville, NC.

When I asked how he became involved with Thomasville, he said, “Last June, Thomasville City Councilwoman Wendy Sellars of Thomasville, NC, asked me to build a makerspace in her community that had been devastated by Thomasville Furniture’s departure to China. I realized that I could not say no to helping revitalize Thomasville’s manufacturing economy because I worked at Thomasville Furniture to pay for college during the third shift starting in June of 1986. It was a great summer job because I was paid $8 per hour, which was much better than other jobs at that time.”

He commented, “If you have any pieces of Thomasville furniture made during the late 1980s, chances are the veneer on the furniture was put there by me and my team. I worked behind a veneer press. The veneer press was an old furnace that was acquired via a WWII military auction from Germany, and it heated the thinly sliced sections of wood veneer to particle board that had been slathered with glue for 10 minutes at close to 1,000 degrees. I worked on the crew that took the 4-feet by 8-feet aluminum sheets out of the oven. The veneers were used for tables, chair seats, armoires, and entertainment centers for televisions.

There was no air conditioning, and the fans didn’t help much, so I had to drink gallons each shift to keep hydrated. But, I had to keep my wits about me and keep up with my assigned partner to synchronize our movements, or one of us would get 2nd degree burns on our wrists.  Although it was hard work, it was great pay for the time and gave me a sense of accomplishment seeing the stacks of veneer we made each shift and then later see the finished goods on display in galleries and sent to the High Point Furniture Market to be sold in retail outlets all over the world.”

Leonard explained, “At that time, Thomasville Furniture offered those with just a little education the opportunity to earn a steady income. Skilled labor was getting paid $15/hour, which would be around $30/hour at today’s rates.  Now, Thomasville is without a middle-class because of loss of job opportunities and is struggling to keep crime under control.  The whole community of 27,000 is at risk of living in poverty.

Continuing, he said, “I was hesitant to agree to commit to building a makerspace immediately because I know that just building a makerspace isn’t always the solution. I visited a mall, and the idea emerged of building chairs like the successful Build a Bear franchise. I went home and put that idea on Facebook and, boom, Andrew Clement, a licensed general contractor and shop teacher at Thomasville High School, committed to making the raw material for Farmhouse Chairs from Bolivian Poplar with his students.

Andrew and I formed a partnership, established a nonprofit corporation, developed a plan, and three months later, on September 9th, the CHAIR CITY MAKERspace  hosted our first BUILD A CHAIR event to get the community familiar with makerspace concepts. Numerous area chambers sent out flyers, posted announcements, shared calendars, and several news outlets joined in spreading the news about chair making returning to Thomasville. More than 40 people gathered in the bandstand behind the famous Giant Thomasville Chair to build a chair.  Peter Hirshberg, co-author of The Maker City: A Practical Guide to the Reinvention of our Cities, even featured our event in MAKE: Magazine.”

Our second event was held on September 23rd. Tom Conley, the CEO of High Point Market Authority, led the lumber guard ceremony by carrying the first chair. This time, a group of about 45 people emerged to build chairs and offered encouragement and support for the Chair City MAKERspace quest to grow skills, jobs, and community unity.”

When I asked what the Big Chair Monument was, Leonard told me that Thomasville is often referred to as the “Chair Town” or “Chair City” because of a 30-foot landmark chair that sits in the middle of the city. Later, I looked it up on Wikipedia and learned that it is a replica of a Duncan Phyfe armchair that “was constructed in 1922 by the Thomasville Chair Company (now Thomasville Furniture Industries) out of lumber and Swiss steer hide to reflect the city’s prominent furniture industry. However, this chair was scrapped in 1936 after 15 years of exposure to the weather. In 1951, a larger concrete version of the chair was erected with the collaboration of local businesses and civic organizations and still remains today.”

The third BUILD A CHAIR event was held at the Big Chair Monument on October 7th in celebration of National Manufacturing Day on October 5th.  Thomasville Mayor Raleigh York even issued a proclamation during the event.

Leonard added, “Three retired employees of Thomasville Furniture, who had over 100 years of experience between them, joined our BUILD A CHAIR event on October 7th.  Brad Myers had been responsible for the production of over 100 chairs per hour, 800 each shift, and when the Boy Scouts and Cub Scouts weren’t listening to him, I told them he was responsible for more chairs being made in one hour than they will ever make in their lifetime. The Scouts had the opportunity to learn important skill sets from making their own chair, and each one had to be carry their own chair back to their car.”

Leonard said, “Because of our efforts over the last five months, we went from just having an idea to getting a city proclamation at the Build a Chair Event to getting a future building under contract.  Andrew purchased a house on 1 ½ acres of land for the facility.  We now have a GoFundMe page to seek donations of money and equipment for our Chairmaker Space”. Contact Joel@skilltv.net if you have any questions.

To put what they had accomplished in perspective, I asked why the makerspace is important to the region. Leonard said, “Thomasville Furniture started as Thomasville Chair in 1904 making chairs and soon became the town’s leading furniture manufacturer and largest employer. The company expanded into making other furniture in the 1960s. With over 5000 employees at the peak out of a community of 27,000, Thomasville Furniture earned an international reputation for producing quality furniture. However, that did not last. Thomasville Furniture fell apart when the manufacturing companies moved manufacturing to China in the 2000s. After the last two plants closed in 2014, all chair and furniture production ceased, eliminating the income of most of the middle class in Thomasville. The only part of the company still located in Thomasville is the Thomasville Furniture Industries Showroom. The entire city’s future became at risk, and the city has had difficulty rebounding. Many city officials have abandoned the heritage of the town and have considered new pathways and identities.”

He said, “A successful Chair City MAKERspace will prove that small communities can participate in the Maker movement and have more of a dire need to do so. That is why the Chair City MAKERspace is not only going to have a community workshop, but I am going to host a series of career development programs, job fairs, apprenticeship programs, and internships to help the local community locate opportunities in Thomasville and throughout the Piedmont Triad region.

We are still going to host regular BUILD A CHAIR events, and may expand to Adirondack Chair designs and then perhaps onto other projects, but we will always work to build on the furniture legacy that made this city world famous.”

I share Mr. Leonard’s opinion about the importance of makerspaces to a city’s efforts to develop new manufacturing companies to re-industrialize their community. In my new book, Rebuild Manufacturing – the key American Prosperity, I equate developing makerspaces as important as developing incubators or accelerators, and inventor forums into regional economic development.  However, I recommend that makerspaces partner with either public or charter skills to provide manufacturing skills training for high school students as part of their career technical training programs. There are still not enough high schools nationwide that have introduced manufacturing skills training (formerly called “shop” classes) into their curriculum. I also encourage manufacturers to find out if their city or region has a local makerspace, and if they do, then get involved to develop relationships with the makerspace to grow more talent for their company and region.

 

Tags:, , ,
Posted in Economic Development, Jobs, Manufacturing | No Comments »

« Older Entries
Newer Entries »