logo
Business Award

Blog Layout

Manufacturing as a Career Choice: What are Your Options

Trevor English • Jan 10, 2017

The manufacturing realm may seem limited, but in reality, there are a wealth of options that you can choose from when pursuing manufacturing.

The population is growing. As the population grows, there are more people. More people means more things. More things mean more manufacturing jobs. Short of the Walking Dead becoming a reality, manufacturing jobs are here to stay, and your options are only growing.

To begin this discussion on potential opportunities, let’s define what we mean when we discuss “manufacturing” as a career choice. In this sense, we are going to strictly look at the engineering realm that focuses in on manufacturing. This means anything from processes engineering to technology-intensive production, even to jobs that involve hands-on work with milling machines and 3D printers. With our scope defined, let’s see what options we have to get involved in the manufacturing industry.

In the broader spectrum of the industry, there is an estimated need to replace 10 million manufacturing jobs in the US alone in the next 15 years. To grasp the full scope of the industry, you can take a look at the infographic below.

Improvements to additive manufacturing technologies and other processes have created an environment that is ripe with innovation and opportunity. With technological growth comes the fear of automation. Automation certainly threatens the jobs of less skilled workers in the manufacturing industry, but for the most part, it has made the jobs of engineers and machinists easier than ever. With this growth of automation technology, the job of the manufacturing engineer has not only gotten more innovative but also much more exciting. 

If you like the planning aspect of manufacturing, you can delve into the realms of industrial engineering or processes engineering. This gives you the chance to step back from the individual manufacturing tasks and design the whole process. Pursuing this path would present you with problems of efficiency, optimization, and planning. This is a broad description of what these job paths entail, but it should give you some idea of the direction that is possible within manufacturing planning.

Planning not your thing? Well, there are virtually an endless number of processes that you can get involved with. Computer aided manufacturing (CAM), simulation, additive manufacturing, milling, assembly – manufacturing has it all. Additive manufacturing is by far the hottest aspect of the manufacturing industry in the current climate. With the rapid growth of 3D printing and other additive techniques, the limitations of what can feasibly be manufactured are shrinking. Apart from cost and scalability concerns, additive manufacturing has the potential to solve many of the bottlenecks in the current engineering fields. If you enjoy being on the cutting edge of technology, you may want to consider additive manufacturing as a career path. Within that realm, you could design the production software, the machines, or even solve problems for specific clients in their design process. While additive is the most talked about manufacturing process currently, CAM design, and milling are nonetheless essential to the broader industry.

Computers have completely shifted the milling industry and essentially created the CAM industry. This means that most design and production of parts majoritively occurs behind the screen of a computer. While you’ll be sitting at a desk in the design process, this aspect of manufacturing engineering isn’t your typical desk job. You’ll be solving problems and creating new parts and components that can be used in virtually anything that is manufactured. Every company that produces a physical product is going to be needing a designer who knows his way around all of the top manufacturing programs on the market. As sort of a niche market of the manufacturing realm, you can also work in the simulation industry. This essentially means that you will be analyzing parts and components through computer programs to determine how they will react in the real world. While it is a small industry, it’s an option to pursue when looking into manufacturing.

The jobs discussed here are by no means the extent of what is possible within manufacturing. If you can think of something that gets done in the manufacturing of a part or product, there’s likely a job that directly correlates. Manufacturing continues to be a growing industry that shows promise for job growth and innovation. Whatever you do from now on, understand that Manufacturing has a wide array of job opportunities and experiences to offer you as the innovative engineer that you are.

Images:  [1] [2] , [3]

Infographic provided by the Short Sleeve and Tie Club

3D Printing Services and Technology
by Dwight Mitchell 16 Jul, 2024
3D printing, also known as additive manufacturing, has transformed industries by enabling the creation of complex geometries that traditional methods can't achieve.
3D Printing: Innovations, Challenges, and Applications
by Dwight Mitchell 10 Jul, 2024
The world of 3D printing or Additive manufacturing is changing at a neck-breaking speed with new technology and new materials entering the market frequently.
3D Printing with Polystyrene (High Impact Polystyrene (HIPS)):
by Dwight Mitchell 04 Jul, 2024
3D Printing with Polystyrene (High Impact Polystyrene (HIPS))
Comparative Analysis of 3D Printing Filaments
by Dwight Mitchell 02 Jul, 2024
I know it can be confusing to know which is the right material and also which is the best brand to use.
Threaded Inserts in 3D Printed Products
by Dwight Mitchell 27 Jun, 2024
One of the shortfalls of printing a functional part in plastic is that it can wear very quickly especially if you are producing parts that need to or have a screw fixture.
Which is the Best TPU Filaments in 2024?
by Dwight Mitchell 18 Jun, 2024
The Quality of the prints that the Creality K1 and K1 max produce is fantastic
 Materials for your project, is ASA or ABS or PC right for you?
by Dwight Mitchell 17 Jun, 2024
When having to decide on the type of materials to choose for your project, the choice can often be confusing as 3D Print Filament manufacturers and suppliers
ASA 3D Printing Filament: A Comprehensive Guide
by Dwight Mitchell 15 May, 2024
ASA 3D Printing Filament: A Comprehensive Guide
Reverse Engineering and Hyper 3D Printing
by Dwight Mitchell 05 Apr, 2024
In the rapidly evolving world of manufacturing, staying ahead means not just keeping pace with current trends but pre-emptively leaping towards future innovations.
3D Printing: Key Trends Shaping the Future in 2024
by Dwight Mitchell 05 Mar, 2024
Here, we dive into the key trends that are set to redefine the boundaries of 3D printing technology and its applications, ensuring businesses and consumers alike are prepared for the future
More posts
Share by: