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Introduction to EE 1205: Course Orientation and Overview of Electrical Engineering

Welcome to EE 1205! This course offers an orientation to the field of Electrical Engineering through seminars, lectures, and hands-on lab activities. Led by Dr. Alavi, Dr. Dillon, and Dr. Russell, students will engage in learning about various aspects of EE, including electronics, communication, control systems, and more. Attendance is mandatory, with grading based on seminar and lab participation. Explore the foundational principles of Electrical Engineering and their applications in everyday life, enhancing your understanding and skills in this dynamic discipline.

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Introduction to EE 1205: Course Orientation and Overview of Electrical Engineering

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  1. Introduction to EE 1205 A Course Orientation

  2. Course Structure • Seminar – Dr. Alavi • Lecture/Lab • Dr. Dillon – Sections 021 & 023 • Dr. Russell – Sections 022 & 024 • Grading • 20 % Seminar • 80% Lecture/Laboratory • Attendance Required

  3. Course Objectives • Learn about the Discipline of Electrical Engineering from Overview Presentations in the Seminar Section • Learn about the Foundation of Electrical Engineering through Lectures and Hands-on Lab Activities in smaller sections

  4. Tour of URL & Syllabus • https://www-ee.uta.edu/Online/alavi/ee1205/index.html • https://www-ee.uta.edu/Online/alavi/ee1205/EE1205-022Fa11Syl%20(2).pdf

  5. Useful Links • http://hyperphysics.phy-astr.gsu.edu/hbase/hframe.html • http://www.facstaff.bucknell.edu/mastascu/elessonshtml/StartEE.html

  6. Today’s Topics • What is Electrical Engineering? • Electrical Engineering in everyday living • Expectations • Yours • Ours

  7. What is EE? • Electronics • Communication • Power & Energy • Control Systems • Computer Systems • Nanotechnology • Electro-optics

  8. What is EE? • Digital Signal Processing • Bio-engineering • Medical Imaging • Electromagnetics • Robotics

  9. EE in Everyday Life • Wake up to a clock-radio in an environmentally-controlled bedroom • Dine on a breakfast heated in a microwave oven • Morning ablutions including electric toothbrush and shaver or hair-dryer

  10. EE in Everyday Life • Listen to morning news on satellite, cable or fiber-optic fed TV • Drive to work in an automobile served by several on-board microprocessors over a transportation grid controlled by a computer network

  11. EE in Everyday Life • Communicate with almost anyone on planet earth via a personal cell phone • At your workplace, use a networked desktop computer • At home, access hundreds of entertainment and news outlets from your home-networked entertainment system

  12. EE in Everyday Life • Travel safely via traffic-controlled airline system monitored by computer-coordinated radar systems • Enjoy health care supported by modern medical imaging methods (MRI, CAT, etc.) Also robotic surgical techniques

  13. Expectations • Yours • The Lecture: A sheet listing the Listening Points for the day’s presentation • The Lab: • A hands-on assignment involving circuit skills and measurements • A short quiz over the recent lecture’s listening points • Help from Instructors & GTA’s

  14. Expectations • Ours • Your attendance and participation in all lectures and labs. • Deliverables submitted on time • Your mature, ethical and professional approach to all assignments

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