Introduction to Engineering Design and Manufacturing

This unit introduces Engineering Design and Manufacturing

In this course, students will be introduced to the strong interactions between manufacturing and engineering design processes. The course builds on the engineering problem-solving activities of ENGG1200 and continues to explore the roles of computational modelling in design and materials behaviour in manufacturing. Students will learn that the design process involves the creation and prescription of the shape and characteristics of a product or machine within manufacturing and material performance constraints. Common and emerging manufacturing processes will be introduced.

Professional engineers working in both engineering design and manufacturing will deliver guest lectures into the course in order to locate key concepts within real-world contexts. Students will engage in a number of Computer Aided Design and Manufacturing exercises including CNC machining of components. Students will also be introduced to the role of process simulation and modelling in manufacturing. The primary technical learning outcomes will be addressed through a combination of learning strategies including online resources, traditional lectures, and active learning CAD exercises.

 

What is Engineering

Since prehistoric times when the caveman invented the wheel, engineers have played a vital role in society. Using theories and applications of science and mathematics, engineers work to design, create and improve things to solve problems and benefit the world at large. Their work ranges from designing and building bridges to making business deals, researching new methods of production and testing manufactured products for quality and safety assurance.

 

 

Different Types of Engineering

While no list can be all-inclusive, the following is a sampling of different types of engineers.

  • Aerospace engineers – design, analyze, produce and, occasionally, install components that makeup aircraft, spacecraft, high-altitude vehicles and missiles
  • Agricultural engineers
  • Biomedical engineers
  • Chemical engineers – work in different areas of the industry to turn recent advances in chemistry into products
  • Civil engineers – create cities and design, plan, and build roads, bridges, buildings and other types of infrastructure.
  • Communications engineers
  • Computer engineers – work with computer systems to help companies maintain their computer networks and help determine what technical direction they should take.
  • Control systems engineers
  • Electrical engineers – design chips for VCRs, stereos, radios and other electronic products; and work with quantum electronics, acoustics, signal processing and ferroelectrics.
  • Environmental engineers
  • Geotechnical engineers
  • Industrial engineers – work with companies to determine how they should best allocate their resources (A large per cent of industrial engineers work with manufacturing companies and specialize in a specific area.)
  • Management/economics engineers
  • Manufacturing engineers
  • Materials engineers – design new materials and new processes for making materials; also select and apply existing materials to solve design problems
  • Mechanical engineers
  • Mining engineers
  • Nuclear engineers – work to optimize the output of nuclear plants and in atomic research facilities
  • Ocean engineers
  • Optical engineers
  • Petroleum engineers
  • Robotics engineers – design and make robots, as well as develop new uses and abilities for robots
  • Sanitary engineers
  • Structural engineers – ensure that buildings and other structures are safe and meet the required codes
  • Transportation engineers – plan, design and upgrade streets, highways, railroads, airports and other transit and transportation systems.


 

ASSIGNMENT : Introduction to Engineering Design and Manufacturing Assignment MARKS : 10  DURATION : 1 week, 3 days

 

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