Manufacturing Engineering Course and Class Information

Manufacturing engineers are responsible for the development of many types of integrated products and systems. Students enrolled in manufacturing engineering courses learn the history and philosophy of the industry, along with material-handling skills and how to use computer applications. Keep reading to explore some common manufacturing engineering courses.

Essential Information

Manufacturing engineering courses are available through certificate, associate's, bachelor's and master's degree programs in manufacturing engineering technology, manufacturing engineering or a related field. Topics and coursework may vary depending on program level. For example, undergraduate courses may cover the fundamentals of manufacturing engineering, while graduate courses often discuss individualized concepts and research topics.

Concepts that are commonly addressed in manufacturing engineering studies include:

  • Blueprint reading
  • Technical writing
  • Manufacturing tool design
  • Industrial or occupational safety
  • Manufacturing engineering computer programs
  • Manufacturing process design and analysis

Many programs combine classroom learning with hands-on lab experiences. Graduates of manufacturing engineering programs may work in a variety of industries, including computers, aerospace, machining and more.

List of Common Courses

Introduction to Manufacturing Processes Course

This course provides groundwork for understanding pertinent topics within manufacturing engineering. Students learn about the history and ideology of the industry, as well as product development, operating machine tools and manufacturing technology. Specific topics could include blueprints, welding equipment and layout.

Engineering Materials Course

How various materials are processed into different shapes in order to be useful for specific engineering applications is the focus of this course. Students will become familiar with various materials including metal, plastic, wood, ceramic and concrete, along with the quality standards of each. Testing and design methods will be discussed.

Computer-Aided Drafting Course

Students discuss the hardware and software tools used within the manufacturing environment. Students also gain experience with computer-aided design (CAD) and computer aided manufacturing (CAM) software. This enables students to combine digitally designed engineering graphics with tangible manufacturing processes. Both 2D and 3D modeling will be covered.

Quality Control in Manufacturing Course

Students investigate the methods for measuring product quality and functionality within the manufacturing process. Emphasis is placed on statistical analysis, organizational methods, reliable performance models, accountability and motivation within the workforce. The course will evaluate research methods and feature comparative discussions about quality control theories.

Manufacturing Systems Course

This course focuses on various aspects of manufacturing systems, such as inventory planning, resource planning, production and materials requirements. Students will learn how these various systems are integrated and how issues are handled at the operations level. Processes for managing the flow of information and materials will be learned.

Automation and Robotics Course

The use of industrial automation systems in manufacturing and the impact on productivity is the main focus of this course. Topics of discussion include machine design, hardware and software, programming and robot operations.

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