Unless students are already considering a master of engineering in manufacturing, they may not have any idea what education is required and what type of position you can seek upon. We are here to cut through some of the minutiae and clearly explain some of the benefits associated with this degree and why it may be the perfect fit for many students.
Before jumping into the complex career of a masters of engineering in manufacturing, it is important that students do their due diligence and fully know what to expect from their classes and job outlook upon graduation. Here is a short overview of a master’s degree in engineering in manufacturing. Earning the degree can be rather difficult, but those that make it through have nearly endless career paths to take.
Is a Masters of Engineering in Manufacturing the Right Career Goal for Students?
Engineers are important pillars of our society. Unlike a painter who paints his canvass until they have put every bit of themselves into the story on the canvass. A manufacturing engineer works on creating objects, various processes, and different technologies to make sure they all work together synergistically. Like a well-oiled machine. Every tune we turn on the toaster microwave, TV and drive a car, manufacturing engineers have been hard at work creating all the various pieces that go into each of those products to make sure they are functional and ready each time they are needed.
Manufacturing engineers have played a role in just about everything we do in our lives, their job is to create products that make our lives easier and then continually tweak them so they run better, faster, cheaper, and more efficient.
Those that are old enough can think back to the first-generation microwave. They were oversized, very expensive, and extremely heavy. Thanks to the engineering prowess of many engineering manufacturers their continued work on the microwave, made it more affordable, more compact, and now a staple in just about every home.
Drawing on Many Different Disciplines
Students that choose the field of manufacturing engineering must have a natural curiosity since there are so many areas of student and components that go into a master’s in engineering manufacturing. Some of the course of students most students will themselves studying include:
- They must have strong mathematical and scientific knowledge
- Elevated math and science skills like calculus, computer science, physics, and other upper-level courses are needed to thrive
- They must have a strong creative mind to see a block of wood or a bunch of wires and turn them into working, functional items
- They must understand the production process and stay on time with all projects.
Before jumping into a master’s degree in manufacturing engineers, students need to discover which qualities that best fit their personality and interests. The more knowledge they have, the better chance they have of choosing the right degree.
Manufacturing is a broad field of study that incorporates a wide range of different classes when completed all play a role in the engineering and manufacturing career.
1. University of Michigan
College of Engineering, Integrative Systems, and Design. Students attending the University of Michigan College of Engineering have an opportunity to choose from a variety of options as they work toward their degrees. There are no questions that today’s engineers need to be rooted in a strong background in product development and production. They also need to have the innate skill of figuring out how things work. How to design things and eventually find ways to improve upon the original design. Undergraduate students at the College of Engineering in Ann Arbor have the opportunity to speed up their educational progress toward a Master of Engineering degree through the Sequential Undergraduate/Graduate Study program. The program seeps over into many other business classes. Some of these include:
- Develop and manage difficult technical projects
- Build and lead global teams
- Apply and integrate proven business concepts to engineering applications
The University of Michigan was founded in 1854 as a civil engineering school. The college of engineering established some of the very early programs that focused on data science, electrical engineering, and others. Today the College of Engineering is located in the schools’ North campus; it has been ranked #4 by several different publications.
- Graduation Rate 91.2% after six years
- Student to Faculty Ratio: 15:1
- Cost of Tuition: 2020-2021 year: $25,005
2. Massachusetts Institute of Technology
Massachusetts Institute of Technology is committed to students that excel in science, technology, education, and education. MIT is dedicated to providing students with an education that combines academic excellence, the excitement of discovery, intellectual stimulation, and the desire to create positive change for all of mankind. One thing that all MIT faculty members have in common is excellence in teaching and sharing knowledge with new industry leaders. Students will come away from the program:
- Deeply engaged in the manufacturing and engineering discipline
- Push for deeper understanding and new ideas
- Work in at least one of MIT’s labs, centers, or institutes
MIT is an important part of the city of Cambridge community known for its vibrant, intellectual lifestyle. The school was founded in 1861and has grown to be a leader in technology and draws students from around the world. The University has 30 schools and departments across five schools.
- Graduation Rate: 92.7%
- Student to Faculty Ratio: 3:1
- Cost of Tuition: $53,790
3. Bradley University
Bradley University’s manufacturing engineering master’s degree allows students to take a wide range of courses including advanced manufacturing, working with composite materials, manufacturing designs, six sigma, and lean manufacturing techniques. Studies have also shown that those with engineering, manufacturing degrees have had great success securing particularly good employment options following their degree. Some common positions graduates are qualified to pursue the following graduation include:
- Manufacturing engineers
- Quality engineers
- Production supervisors
- System analysts
Bradley University is a private university located in downstate, Peoria, Illinois. The university was founded in 1897 with over 100 undergraduate programs and more than 30 graduate programs in five separate colleges. The program is a 30-credit hour program.
- Graduation Rate: 74.3% within six years
- Student to Faculty Ratio: 12:1
- Cost of Tuition: $17,028 per academic school year
4 Northwestern University
Northwestern University’s McCormick School of Engineering is the school for graduate students studying mechanical engineering. Students are encouraged to excel in education and research classes, which prepare them for academic and professional success and to become leaders in their field.
The Master’s program combines a wide range of different disciplines including:
- Innovative teaching
- Pioneering research
- Transcending academic boundaries
- Build strong foundations in industry, research, and academia
Northwestern University is a private academic university in Illinois. The school was established in 1851 and is well known for its journalism, engineering, communication, and management programs. The university has two undergraduate, graduate, and doctoral schools.
- Graduation Rate: 84%
- Student to Faculty Ratio: 6:1
- Cost of Tuition: 58,583 for academic year 2020-2021
5 Rochester Institute of Technology
Rochester Institute of Technology offers a thorough and intense aspect of circuit technology, modeling, and simulation techniques. The Master’s degree in engineering provides a wide-based education for students that are interested in the semiconductor industry and is the natural progression for those that have a bachelor’s in traditional engineering. The degree includes laboratory access that gives students hands-on lessons to learn about fabrication, semiconductor circuits, and the ability to utilize imaging equipment to create systems in the manufacturing industry. Students will develop a knowledge of:
- Test integrated circuits that meet cleanroom specifications
Rochester Institute of Technology was founded in 1829 and currently has nine different schools that emphasize education and experiential learning. The school has nearly 3,100 graduate students from around the world.
- Graduation Rate: 69.5% within six years
- Student to Faculty Ratio: 13:1
- Cost of Tuition: $49,916 for academic year 2020-2021
Methodology for Rating Schools Offering Master in Engineering and Manufacturing
Some degrees students may opt to pursue are very straight forward and others like a master’s in engineering manufacturing give students a lot more to considers. Both engineering and manufacturing degrees are complex degrees and draw upon many different types of studies. When you put these two careers together the complexities can become more and more complex.
We understand it can be overwhelming when students are comparing different schools to pursue their master’s degree in engineering and manufacturing.
Our goal is to take some of the efforts away from students and do the work for them. When looking at the schools that offer master’s degrees in engineering and manufacturing, we looked at a lot of different statistics. We reviewed each school’s programs, studied many factors like the history of the program, the graduation rates, the ratio of faculty to the student, and the cost for the program. All of these factors are of key importance when looking for schools that offer graduate and undergraduate degrees in engineering and manufacturing.
We hope you will find this guide helpful and will help you take the next step towarads a masters in manufacturing engineering.
If there is a school omitted from this list or if any information is incorrect, please contact us so any omissions or corrections can be made.