Introduction to fluid power systems, including pneumatics and hydraulics in mechanical applications.

Study of motion and velocity analysis of machine components without considering forces.

Techniques to assess and improve the reliability and lifespan of mechanical components.

An introduction to the core principles of thermodynamics and their applications in mechanical engineering.

Using CAE tools for stress, thermal, and fluid simulations in mechanical design validation.

An overview of material properties and their importance in mechanical engineering design.

Step-by-step guide to applying FEA techniques for stress and deformation analysis.

Essential project management skills tailored for mechanical engineering projects.

Overview of manufacturing techniques including machining, casting, and additive manufacturing.

Covers methods for testing material strength, hardness, fatigue, and durability.

Guidance on using CAD software for designing mechanical components and assemblies.

An overview of ethical considerations and professional standards in mechanical engineering.