Learning outcomes

• Objective: This course provides foundational knowledge on mechanical systems, including maintenance, lubrication, gears, and bearings, focusing on their applications and selection criteria.

   

  **Course Outline**

  Module 1: Introduction to Mechanical Engineering

  
  - Overview of mechanical systems and components  
  - Importance of mechanical engineering in various industries  
  - Basic principles of mechanical design and function  

   

   Module 2: Maintenance Fundamentals

  
  - **Introduction to Maintenance Strategies**  
    - Preventive vs. predictive vs. corrective maintenance  
    - Condition-based monitoring  
  - **Selection of Maintenance Techniques**  
    - Choosing the right maintenance approach for different systems  
    - Failure analysis and troubleshooting  

   

  Module 3: Lubrication Technology **

  
  - **Introduction to Lubrication**  
    - Role of lubrication in mechanical systems  
    - Types of lubricants: oil vs. grease vs. synthetic options  
  - **Lubrication Usage and Application**  
    - Proper lubrication techniques and intervals  
    - Effects of lubrication on machine efficiency and lifespan  

   

  Module 4: Gears and Their Applications **

  
  - **Introduction to Gears**  
    - Gear types and their mechanical advantages  
  - **Common Uses of Gears in Industry**  
    - Applications in power transmission, automotive, and manufacturing  
  - **Gear Selection Criteria**  
    - Load capacity, efficiency, and durability considerations

   

  Module 5: Bearings and Their Applications **

  
  - **Introduction to Bearings**  
    - Purpose and function of bearings in mechanical systems  
  - **Types of Bearings**  
    - Ball bearings, roller bearings, fluid film bearings, and specialized designs  
  - **Bearing Application in Machinery**  
    - Selection criteria based on load, speed, and environmental conditions