Explores types of bearings, their functions, and lubrication methods for reliability.

Covers measurement systems, accuracy, and instruments used in mechanical engineering.

Studies the effects of cyclic loading and high temperature on mechanical materials.

Presents methods for calculating thermal loads in HVAC systems for residential and commercial buildings.

Guidance on designing piping systems including flow analysis and material selection.

Focuses on diagnosing faults and optimizing performance using vibration analysis.

Basics of drafting techniques and standards for mechanical engineering documentation.

Introduces principles for designing mechanical components optimized for manufacturing and assembly.

Overview of solar, wind, and other renewable energy technologies relevant to mechanical engineers.

Overview of welding types, standards, and best practices in mechanical fabrication.

Fundamentals of cryogenic processes and their mechanical engineering applications.

Analyzes common failure modes in mechanical systems and preventive design strategies.

Covers techniques to reduce noise and vibration in mechanical structures and systems.

Explores the theory and performance analysis of combustion engines and fuel systems.

Covers the principles, components, and operation of steam boilers used in mechanical systems.

Discusses insulation materials and techniques for minimizing heat loss.

Introduces methods and tools used in the fabrication of sheet metal components.

Describes mechanical, hydraulic, and pneumatic actuators and their role in automation.

Covers the design codes and mechanical considerations for safe pressure vessel design.

Outlines maintenance strategies and diagnostic methods for mechanical systems.