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Technical Workforce Considerations | Nanotechnology Weblog


There is a sign of the necessity for extra employees within the technical Workforce.  SEMI [Ref. 1] has indicated there’s a scarcity of 80,000 to 100,000 semiconductor employees.  With the surge in creating further semiconductor fabs that quantity is certain to develop.  The rising Area {industry} can be in want of skilled employees.  The identical might be stated of the med-bio {industry}.    We don’t have the amount of expert employees, so the place can we get them.  A part of the answer is to acknowledge that we, ourselves, have created the issue. 

 Within the early days of the semiconductor {industry}, nearly all of the positions inside the precise manufacturing facility or referred to as the fabrication (fab) facility had difficult procedures with unique gear.  A mistake or an sudden variance at any one in every of tons of of steps might end in unusable gadgets.  The answer was to make use of extremely expert personnel, normally individuals with PhDs could be very specialised areas.  Because the features elevated on the gadgets, extra steps have been launched, which might present for extra failure factors.  The answer was to make use of extra extremely expert individuals.  With a typical training cycle for a technical PhD of 5 or extra years, the provision of the wanted personnel was not adequate.  So, the answer was to think about a manner of discovering “much less skilled” personnel, who’ve “solely” one or two Grasp’s levels. 

There are organizations which might be attempting to deal with this scarcity, however the resolution just isn’t so simple as one would assume and can be easier than one imagines.  The fundamental query that must be addressed is what abilities are actually wanted.  Utilizing an instance from greater than fifty years in the past.  If one wanted a mechanic to work on car transmissions, it was needed to grasp need was concerned in stick shifts, which have been handbook transmissions.    The “automated” transmissions have been the exception.  So information of the handbook transmissions have been an important a part of the job description.  

What has occurred within the semiconductor {industry}?  One might say that the gear has improved considerably, which is true.  However a key issue is that the recipes for the manufacture of the gadgets have stabilized and contain much less fixed tweaking.  As the method stabilizes, the necessity for the upper ranges of training is diminished.  Jobs that might solely be carried out by PhDs, now might be run by techs with much less formal training however a greater understanding of the minor modifications required to maintain the method variable beneath management.  However, have the academic necessities been modified to mirror the elevated sophistication of the gear and course of controls? 

There may be one other think about the truth that every firm employs totally different gear and variations of the recipes.  Consequently, the “studying” in a structured course will almost definitely should be carried out with further programs/coaching on the particular firm. So, what’s one of the simplest ways to acquire the specified workforce.  There are three approaches, which additionally require an understanding of what degree of training and understanding is required.

The primary is to create a basic program that tackle the wants throughout a whole {industry} wherever the work will probably be completed.  This program offers the fundamentals and is typical of packages just like the SEMI Workforce efforts [Ref. 2} or the Texas State University Round Rock Campus program, which covers multiple different fields in the area beyond semiconductors.  The issue is that the individual companies may find a lot of what is covered and not applicable to their specific interests. They will gladly hire the individual and retrain them to meet their internal needs.

The second approach is to bring a training program inside the organization.  This may work for very large companies that can afford either to bring new employees to a central location for training or for the company to have multiple locations that train their new hires.  This requires an internal organization and the hiring of an external organization that specializes in their technology.  The advantage is that the new workers are learning on the exact equipment they will be using in their day-to-day duties.

The third option is best explained by an example that has succeeded in Minnesota.  Employing a concept that has been fully developed by Newberry Technology Associates [Ref. 3], the nanotechnology wants of the native {industry} have been investigated and an academic program developed to coach the technical graduates from the Dakota County Technical Faculty to have talent matched to the {industry} wants.  This 72-credit program [Ref. 4] was successful and has gained awards for its accomplishments due to Newberry Expertise Associates’ growth and oversight.

There are decisions to deal with the workforce wants and the hassle and route relies on the precise state of affairs.  Every firm and native wants to find out one of the simplest ways ahead to fulfill the wants of the precise location.  This is applicable to any {industry} whether or not semiconductors, aerospace, med-bio, or a brand new growing {industry}.  Selected correctly for the most effective path however examine earlier successes for steering.    

References:

  1. https://sourceability.com/publish/the-labor-shortage-is-the-biggest-problem-for-the-semiconductor-industry
  2. https://www.semi.org/en/workforce-development
  3. Newberry Expertise Associates https://newberrytechsolutions.com/
  4. https://atecentral.internet/r8287/nano-link_center_for_nanotechnology_education
Technical Workforce Considerations | Nanotechnology Weblog

About Walt

I’ve been concerned in varied features of nanotechnology for the reason that late Seventies. My curiosity in selling nano-safety started in 2006 and produced a white paper in 2007 explaining the 4 pillars of nano-safety. I’m a expertise futurist and is at the moment centered on nanoelectronics, single digit nanomaterials, and 3D printing on the nanoscale. My expertise contains three startups, two of which I based, 13 years at SEMATECH, the place I used to be a Senior Fellow of the technical workers after I left, and 12 years at Normal Electrical with 9 of them on company workers. I’ve a Ph.D. from the College of Texas at Austin, an MBA from James Madison College, and a B.S. in Physics from the Illinois Institute of Expertise.

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