The aim of this course is to introduce concepts of fixed, programmable and flexible automation/mechatronics, their design, implementation, application and cost-effects. The emphasis will be placed on

• the utilization of mechanization devices and material handling systems;
• the "design-for-assembly"€ principles;
• the most common part and motion sensing devices (excluding machine vision);
• programmable motion controllers, with an emphasis on how to build two-state on/off, combinational, and sequential  automation systems - by relying on case studies, appreciate the maturity, versatility and effectiveness, as well as limitations, of the technology involved;
• the construction, performance, programming and application of non-servo (limited sequence) robots and expected cost effects;
• the development, anticipation, selection and supervision of the implementation of flexible assembly systems in manufacturing;
• the design and development of a mini-project to demonstrate  automatic control capability through the techniques and tools learned in the course.

Continuous Assessment: 60%

Examination: 40%

Examination Duration: 2.5 hours

For a student to pass the course, at least 30% of the maximum mark for both coursework and examination should be obtained