Practical Coursework

Examination

<br />Introduction to Engineering Design Process, Curve and Surface Design using Cubics, Computer aided process planning, Geometric Dimensioning and Tolerancing, Engineering Drawing, Introduction to Ergonomics, Integration of Machine Elements (including Gears, Keys, Shaft Couplings, Bearings, Riveted Joints, Threaded Joints), Stresses in Machine Elements, Failure Theories and Fatigue, Mechanical Transmissions (Design of Shaft Couples, Pulleys, Belts, Chains, Shafts, Clutches, Power Screws, Keys and Different Gear Drives like Spur Gears), Fasteners (Bolted Joints, Riveted Joints), Mechanical Springs (Helical Springs, Miscellaneous Springs), Finite Element Analysis and Applications, Material Selection for Machine Elements, Finishing Processes (Electroplating, Case Hardening, Coating Technology, Surface Treatment), Machinery Lubrication and Seals.<br />

Machine Design - 5601ICBTME

Machine Design

Apply Computer-Aided Engineering (CAE) with Finite Element Analysis (FEA) to support complex analysis of Mechanical Engineering Systems

Demonstrate understanding of Engineering Design, Analysis and applicable Manufacturing techniques

Apply the principles of Mechanical Engineering Design to produce a simple machine design for an industry-relevant application, supported with optimized financial estimations

Analyze design of Machine Elements linked with Mechanical Engineering Systems, and demonstrate an awareness of production drawings and documentation preparation