Manufacturing Engineering
About Manufacturing Engineering
Production engineering, often known as manufacturing engineering, is a subfield of professional engineering that has a lot in common with other engineering disciplines including mechanical, chemical, electrical, and industrial engineering. Planning manufacturing processes, researching and developing tools, procedures, machines, and equipment, and integrating facilities and systems for creating quality goods with the least amount of capital outlay are all skills that manufacturing engineers must possess.
Manufacturing engineers concentrate on the development and management of integrated systems for the manufacture of high-quality, cost-effective goods. Computer networks, robotics, machinery, and material-handling instruments are a few examples of these systems.
Why is Manufacturing Engineering important?
A manufacturing engineer is in charge of making sure that manufacturing is done (and the finished product is created) in the fastest, most economical manner possible while retaining the overall quality of the product. Manufacturing engineers are required to provide guidance on the appropriate materials, equipment, and procedures for producing a certain product as well as design the plant where it will be produced.
Who should take the Manufacturing Engineering Exam?
- Process Engineer
- Quality Engineer
- Manufacturing Engineer
- Production Supervisor
- Robotics Engineer
- Students and enthusiasts who have an interest in this field.
Manufacturing Engineering Certification Course Outline
- Introduction to Mechanical and Manufacturing Engineering
- Modeling and Design in Engineering
- Manufacturing Processes
- Product Design and Development
- Measurements and Instrumentation
- Quality Planning and Control
- Engineering Economics
- Machine and Tool Design
- Manufacturing Process Design
- Manufacturing Design
- Manufacturing Automation