
Design a removable mounting bracket to rigidly clamp two lighting panels onto a pole, using mounting holes and clamp force. Compare sheet metal and aluminum concepts with a selection matrix.
Evaluate fastened outriggers by contrasting a four-hole sheet-metal bracket with an aluminum solid bracket to achieve a rigid body mount under 2000 N, considering strength and FOS.
Design an ideal idle pulley tensioner to maintain belt tension, using a spring-loaded adjustable idler that compensates belt slack and preserves power transmission.
Convert the enclosure rotation into a 21 mm linear lift of the enclosed part using a rack and pinion, achieving simultaneous motion as the halves rotate 80 degrees.
Design a three-jaw gripper for a cylindrical workpiece that converts input rod motion into synchronized jaw clamping with a controlled force, inspired by umbrella mechanisms in planar and spatial variants.
Creativity combined with practical well engineered design is the fuel for innovation .
Mechanical design engineering - the profession of creating and analyzing systems which do useful physical work is based on the "Conceptualization of Systems" . Problem solving skills are most sought after in engineers beyond just CAD and tool focused skills.
This course is all about the conceptualization of mechanical designs.
Focusing on the Design Process and elaborating a thought process which can be applied in action during solving Mechanical design problems.
Multiple projects are covered which give a wide and also in depth look at Concept development activity .
Who is it for?
- Mechanical Design engineers working in industry , to improve their conceptualization skills and problem solving skills
- Engineering students to work on challenging projects going beyond the basics of Engineering to Practical problem solving.
Pre-requisites ?
- Familiarity with usage of CAD packages (any)
- Familiarity with basic engineering concepts
What are the Learning outcomes?
- An action focused procedure to breakdown a design problem and define it for developing a solution
- Develop a Concept generation skill through practice
How best to utilize the course?
- Practice and more practice - There are multiple projects included in the course which challenge thinking and with deliberate practice will improve conceptualization skills.
This course focusses on "conceptual problem solving" rather than the accuracy and precision of complete product design . The concepts developed may not be optimal . The reason why input files are provided are to encourage alternative concepts and ideas.