Engineering Science

My name is Mr. A. H. Kashihakumwa. I will be your instructor for Engineering Science. Which is just a revision of Physics you have done at high school.

Course Title: Engineering Science N1

Course Description:

The Engineering Science N1 course provides foundational knowledge and skills essential for various engineering disciplines. It is designed for students embarking on a technical or engineering career, focusing on the application of scientific principles to engineering problems. The course covers core topics that are fundamental to understanding more advanced engineering concepts and applications.

Key Topics Include:

  1. Statics and Dynamics:

    • Analysis of forces, moments, and equilibrium in static structures.
    • Introduction to dynamics, including the study of motion, force, and acceleration.

  2. Mechanical Principles:

    • Basics of mechanical systems, including levers, pulleys, and gear systems.
    • Understanding of mechanical advantage and the principles of machines.

  3. Strength of Materials:

    • Examination of material properties such as stress, strain, and elasticity.
    • Analysis of how materials deform and fail under various types of loading.

  4. Fluid Mechanics:

    • Fundamental principles of fluid properties and fluid statics.
    • Basic fluid dynamics, including the study of fluid flow, pressure, and Bernoulli’s equation.

  5. Thermodynamics:

    • Basic concepts of heat, temperature, and energy transfer.
    • Introduction to the laws of thermodynamics and their application to engineering systems.

  6. Electrical Engineering Principles (if included):

    • Basic electrical concepts, including voltage, current, resistance, and Ohm’s Law.
    • Introduction to electrical circuits, components, and simple circuit analysis.

Learning Objectives:

  • Develop a solid foundation in key engineering principles and their practical applications.
  • Apply theoretical knowledge to solve fundamental engineering problems.
  • Understand the basic concepts and calculations involved in engineering science.
  • Prepare for further study or entry into technical and engineering professions.

Prerequisites:

  • Typically, a basic understanding of mathematics and science is required. Specific entry requirements may vary by institution.

Course Format:

The course typically involves a combination of lectures, practical exercises, and problem-solving sessions. Assessments may include written exams, practical assignments, and project work to test understanding and application of engineering principles.