Available courses

Machine Design-1 (2025)

This course introduces the fundamental principles and methods of machine element design, with emphasis on the selection of materials and the analysis of loads, stresses, and failure modes. It covers combined stresses, working and design stresses, factor of safety, theories of failure, and fatigue failure. The course also develops students’ ability to design common machine elements, including non-permanent and permanent joints, power and ball screws, guideways, and mechanical springs, considering strength, safety, and functional requirements.

Machine Element Design (2020)

This course introduces the fundamental principles and methods of machine element design. It covers basic design concepts, simple and compound machines, power and mechanical efficiency, engineering materials and their mechanical properties, applied forces and stresses, and design criteria and factors. The course develops students’ ability to analyze and design machine components subjected to simple, combined, and non-uniform loading conditions using appropriate theories of failure and mechanical design principles.

Machine Drawing

This course introduces the fundamental principles and practices of machine drawing and Computer-Aided Design (CAD), covering geometric construction, dimensioning, orthographic projection, missing views, sectioning techniques, and freehand sketching. It also addresses the preparation and interpretation of assembly drawings in accordance with standard engineering drawing practices, with an emphasis on the representation of machine elements, including fasteners, keys, splines, springs, gears, and bearings.

Graduation Project PED401 (251)

Machining Automation PED421 / MIE426 (261)

This course provides an introduction to industrial automation within the scope of IR4 and IR5 and smart factories. It considers the Capstan and Turret lathes; mechanisms, tool and work part holding devices, and tooling layout, as well as  Automatic lathes; mechanisms, tooling layout, cam design and related calculations. The course reviews single and multi-spindle automatics, application of Automatic machine tools and modular design of machine tools. Finally it provides a comprehensive introduction to programmable automation particularly CNC machine tool and machining centers.

Noise Monitoring

This course covers the fundamentals of sound and noise, their effects on humans and the environment, and methods of noise measurement and analysis. It introduces noise measurement instruments, sound levels and frequency analysis, noise sources in industrial and community environments, hearing protection, and passive and active noise control techniques, with practical applications in industrial noise monitoring.