Power Engineering Third Class - A1

Course Code
KIN PE3 A1
Location
Kindersley
Delivery Mode
Classroom
Full-time/Part-time
Full-time
Apply To

Kindersley

Course Description

  1. Algebraic Operations, Logarithms & Problem Solving
    Solve problems using algebraic operations, including equations and logarithms
  2. Trigonometry
    Explain trigonometric concepts and solve problems involving trigonometry
  3. Mensuration
    Solve problems involving the areas of plane figures and the surface areas and volumes of three-dimensional objects
  4. Forces & Friction
    Explain concepts and solve problems involving vectors, force systems and friction
  5. Work, Power, Energy: Linear & Angular Motion
    Explain concepts and solve problems involving velocity and acceleration, the Laws of Motion and work, power and energy
  6. Strength of Materials; Bending of Beams
    Explain concepts and solve problems involving material stresses and bending of beams
  7. Simple Machines; Pressure, Density, Flow
    Explain concepts and solve problems involving simple machines and fluids
  8. Heat, State Change, Calorimetry
    Explain terminology regarding heat and perform calculations regarding heat during changes of state and calorimeter tests
  9. Thermal Expansion & Heat Transfer
    Explain concepts and perform calculations involving the thermal expansions of solids and liquids and heat transfer by conduction
  10. Steam Properties & Calculations
    Define properties of saturated and superheated steam and, using information from the steam tables, calculate the heat required to produce steam at various conditions; determine the equivalent and factor of evaporation for steam boilers
  11. Gas Laws & Calculations
    Explain the laws of perfect gases and perform calculations involving the expansion and compression of gases
  12. Chemistry Fundamentals
    Explain the fundamental principles in the structure, formation and interaction of chemical compounds and the importance of chemistry in industrial operations
  13. Metallurgy & Materials
    Explain the production, properties and applications of metallic and non-metallic materials
  14. Corrosion Principles
    Explain the mechanisms that cause corrosion and the methods used to monitor and control corrosion
  15. Industrial Drawings
    Identify and interpret components of typical engineered drawings used in industry