Study Manufacturing Process, Manufacturing Process Schools
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Are you the type of person who likes to find new ways to build things and/or discover faster and more efficient techniques in which to get tasks completed? If so, a degree in Manufacturing Process Engineering may be the perfect program to help prepare you for this type of career. Manufacturing process engineers have a very exciting and fast-paced job and are charged with the task of figuring out how to make products—anything from tools to toys, cars to consumers goods and electronics to earthmovers—as well as how to make them better, faster and more efficiently. However, to qualify for this type of career you will first need to undergo an extensive period of education, one that will help prepare you for the various challenges that lie ahead. To help you get started, below we have briefly described the degree program in Manufacturing Process Engineering—the course content, admission requirements, etc—and outlined some of the career opportunities available for qualified graduates.
About the Manufacturing Process Degree
The Bachelor of Science degree program in Manufacturing Process is a four to five-year program that includes both general education courses, as well as core classes that are directly related to the Manufacturing Process Engineering discipline. Although the exact general education courses will depend on the college or university, they typically include classes in subjects such as mathematics, English composition, physical and natural sciences, social and behavioral studies, history and the humanities.
The core subjects for the B.A. degree in Manufacturing Process will include courses in both theory and methodology, allowing students to work with computer-aided design equipment to practice the skills they’ve learned in the classroom. Some of the tasks in which students are expected to become proficient include:
- Conducting time studies related to manufacturing process
- Completing cost estimates on building and producing products
- Utilizing computer hardware and software to aid in solving manufacturing problems and issues
- Formulating plant layout requirements
- Understanding management control systems
- Selecting and justifying the right equipment and automated systems
- Designing a total product manufacturing system
And many more…
Following the successful completion of all coursework, students will have the opportunity to put their new knowledge to work, receiving on-the-job training through an approved internship or apprenticeship program.
Students who plan to pursue a Bachelor of Science in Manufacturing Process must possess a high school diploma or its equivalent and have a strong background in mathematics, science and computer technology. Many institutions may also require one to two years of training in computer-aided drafting and tool design technology, manufacturing technology, mechanical engineering technology, or plastics, rubber or welding technology prior to admission. Additionally, students accepted into the program are expected to maintain a 2.75 grade point average or better through the course of their studies.
Successful completion of the Bachelor of Science degree program in Manufacturing Process Engineering opens the door to a world of opportunity. Successful graduates will become eligible to work in a variety of manufacturing-related fields in positions such as manufacturing, process, production, tool, industrial and quality engineers; computer and information systems managers; industrial production managers; construction managers; logisticians; first line supervisors; and post-secondary instructors.
With a Bachelor of Science degree in Manufacturing Process students receive the knowledge and practical training to succeed in all of the above-named careers. The degree will allow them to determine how to make a company’s products better and safer, while still maintaining costs that are at or below the competition. These abilities, which typically guarantee an above-average starting salary, are consistently in high demand and the growth potential over the next 20 years is virtually unlimited.