What are the Best University Programs for Starting a Career in Manufacturing?

There is an increasing number of job opportunities in the manufacturing industry. View the list of programs and top universities to start a new career.

AUSTIN, Texas - Txylo -- As the Baby Boomer generation retires, an emerging skills gap is tempering growth in American manufacturing. While the shortage of skilled workers may not be good news for manufacturers, it does mean there are an increasing number of job opportunities for the next generation of computer science and engineering students.

If you are a student, how can you prepare for one of these top jobs in manufacturing? We take a look at which universities offer the best undergraduate programs to prepare you for a successful technical career in advanced manufacturing.

An undergraduate degree in Industrial Engineering offers a broad, flexible foundation for a career in advanced manufacturing. Individuals with this highly-versatile degree are sought after by many industries that are looking for expertise to make their operations more efficient.

Industrial engineers can specialize in areas such as manufacturing engineering (designing and operating assembly factories); value engineering (reducing costs by optimizing product design, raw materials usage, labor optimization, etc.); as well as supply-chain operations and systems/operations management.

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According to the Bureau of Labor Statistics, the median annual salary for an industrial engineer is $87,040.

Mechanical Engineers (ME) are trained as problem solvers who can break down an issue into its individual logical parts, then apply an analytical approach to find new solutions.

For example, undergraduate MEs learn how to gather design requirements (such as calculating the required strength of a structure or part) and then create viable design alternatives – based on relevant inputs, ranging from material properties, thermodynamic characteristics, weight, cost, etc.

Given their problem-solving background, Mechanical Engineers are highly sought after for roles in product design engineering, manufacturing operations, and automation systems, including robotics.

The manufacturing market has become increasingly "electrified" and "electronicified."

How so?

Nearly every product category today incorporates electronic controls and sensors, while cars and trucks are quickly adopting electric power – and self-driving capabilities to boot. To top it off, our power grid is becoming increasingly dependent on solar panels, wind turbines, and battery storage systems.

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Taken together, it's a growth market for electronics and electrical engineers working in manufacturing.

Electronics assembly applications depend on Formaspace workstation installations with built-in ESD protection that protect sensitive electronic equipment from accidental damage due to static discharge.

Today, most manufactured goods are part of a larger, software-powered ecosystem, one that allows us to, for example, control products remotely over the Internet.

Read more ...https://formaspace.com/articles/manufacturing/university-programs-for-manufacturing/?utm_source=prlog&utm_medium=content&utm_campaign=article-100919

Mehmet Atesoglu

Source: Formaspace
Filed Under: Education

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