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  • Electrical Engineering Part 1
  • Session Outline
  • Detailed Agenda

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  1. Curriculum
  2. Electrical Engineering

EE 1

Electrical Engineering Part 1

Session Outline

  1. Introduction to Electrical Engineering (EE) and its Applications

  2. Exploring Products Made with EE

  3. EE Courses at University

  4. Introduction to Key EE Concepts with Examples and Practice Problems

Detailed Agenda

  1. What is Electrical Engineering (EE) and its Applications:

    • Define Electrical Engineering and provide an overview of its scope and significance.

    • Discuss the different types of engineering disciplines that incorporate EE principles and technologies.

    • Highlight the diverse range of industries and sectors where EE is utilized, emphasizing its role in innovation and problem-solving.

  2. Exploring Products Made with EE:

    • Showcase various examples of products that incorporate EE, such as wearable technology, drones, virtual reality systems, and more.

    • Discuss the specific ways in which EE components and principles are integrated into these products, highlighting their functionalities and benefits.

    • Foster discussion on the potential future developments and emerging trends in EE-driven product design.

  3. EE Courses at University:

    • Provide an overview of the typical Electrical Engineering curriculum at the university level.

    • Discuss the core courses and specialized areas of study within EE, allowing participants to gain an understanding of the academic landscape.

    • Address any prerequisites or recommended skills for pursuing a degree in EE, along with potential career paths and opportunities.

  4. Introduction to Key EE Concepts with Examples and Practice Problems:

    • Introduce fundamental EE concepts, starting with matrices and vectors, explaining their relevance and applications in electrical engineering.

    • Discuss systems of linear equations and their importance in modeling and analyzing electrical systems.

    • Present the Gaussian elimination method as a technique for solving systems of linear equations.

    • Enhance understanding and problem-solving skills by providing examples and engaging participants with practice problems.

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Last updated 1 year ago

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