Electronics Engineering Course Distance Learning school

Electronics Engineering

CIE's distance learning Electronics Engineering course is an advanced-level course designed for technicians and engineers who want a deeper understanding of electronic circuits and advanced mathematics.
Prerequisites are a high school diploma (or equivalent) with at least one year of algebra or geometry; or the completion of any CIE course, an in-depth working experience in the field of electronics, or the permission of CIE's Director of Instruction.
Learn to Master the Following Topics:

Solving Linear Equations
Digital Switching Units
Solid State Design
AC Circuit Analysis
Natural Logarithms
Satellite Communications
Digital Communications
Antennas
DC Motors and Efficiency of Electrical Machines
Three Phase Circuits and Transformers & more!

Enroll On-Line

Enroll on-line in Course 6 for only $25 down and get our speical 0% Financing too! Tuition is $3,285.

Finance your tuition for only $75 a month!

No Risk Trial Period - 30 Day or 15 Lesson Money Back Pledge if you're not completely satisfied.

Learn at home!

Electronics Engineering (course 6) contains 89 self-paced lessons with instructor support. You can take your exams online with our e-grade site or simply mail them in to us.
This program was created specifically for the distance learning student. Experience a step-by-step method of learning that allows you to complete each lesson at your own pace when it's convenient for you!
Our instruction staff works directly with you one-on-one to answer your questions and provide you with technical assistance when needed - even if it's on a Saturday!

Earn an Accredited Diploma

Students graduate with a Nationally Accredited Diploma in Electronics. They may continue their education with CIE and receive full academic and tuition credit that can be applied towards CIE's more advanced programs. In fact, this course contains 70 credit hours towards CIE's accredited Associate Degree in Electronics Engineering Technology.

CET Exam Preparation

Electronics Engineering also includes a study guide on how to prepare for the Associate-Level Certified Electronics Technician (CET) exam.

This test is administered by the International Society of Certified Electronics Technicians and has over 46,000 certified technicians across the globe! Certification enables employers to separate knowledgeable job applicants from those with less training and skills.
CIE has an open enrollment policy and you can start this program at anytime. One of the advantages of enrolling with CIE is that you can study at your own pace. Some students go through the program slowly, others at an accelerated level, but on average most students complete about two lessons a week.
We can accommodate almost any arrangement that suits you best and with our generous time allotment of 30 months for Course 6 you can be assured to have enough time to complete your program.

• 89 lessons
• Completion Time Allowed: 30 Months
• 70 Credit Hours Toward CIE's A.A.S. Degree Program
• Preparation for CET Exam

Student Textbook Responsibilities

Students are responsible for purchasing two textbooks for this course that are not included in tuition. Please call a Guidance Counselor at (800) 243-6446 if you have any questions.

Additional Training

CIE Bookstore carries a complete line of self-paced electronics tutorials and lab experiments! Basic through advanced topics are covered.

Electronics tutorials start at $28.95.

Programs Offered


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Complete Electronics Engineering Lessons

• Solving Linear Equations	• Important Digital Integrated Circuits
• Algebraic Signs and Exponents	• Digital IC Families with Practical Operating Requirements
• Kirchhoff's Laws	• Digital Systems and How to Troubleshoot Them
• Algebraic Fractions	• Circuit Response to Non Sinusoidal Waveforms
• Applied Fractional Equations	• Transient Analysis: Part I
• Basic Circuit Principles Applied to Practical Design	• Transient Analysis: Part II
• Digital Switching Units	• Transient Analysis: Part III
• Binary Coding and Computer Arithmetic	• Transient Analysis: Part IV
• Logic Circuit Tracing Using Boolean Algebra	• Transient Analysis: Part V
• Pulse Processing Circuits	• Transient Analysis: Part VI
• Network Theorems	• Steady State and Transient Network Analysis
• Coordinates and Angle Functions	• Resonant Circuits and Coupled Networks
• Applications of Trigonometric Functions	• Filters
• Exponents, Radicals and Complex Numbers	• Equalizers and Filter Network Synthesis
• Phasor Representation of Steady State Circuits	• Tuned Amplifiers
• Analytical Geometry First Degree Equations	• Operational Amplifiers
• Some Basic Concepts of Calculus	• Basic Physics
• Signal Waveforms and Their Application	• Static Magnetic Field Theory
• An Introduction to Solid State Design: Part I	• Electric Field Physics
• Advanced Network Theorems	• Fundamentals of Electricity Magnetism Mechanics and Heat
• Diode Networks	• DC Generators
• An Introduction to Solid State Design: Part II	• DC Motors and Efficiency of Electrical Machines
• An Introduction to Solid State Design: Part III	• Three Phase Circuits and Transformers
• Ohm's and Kirchhoff's Laws Applied to AC Circuits	• Three Phase Induction Motors
• Logarithms	• Selection and Application of Three Phase Induction Motors
• Decibels	• Single Phase Motors
• AC Circuit Analysis	• Introduction to Electronic Communications
• AC Power and Solving Stage Coupling Problems	• Frequency Generation
• Resonant Circuits	• Amplitude Modulation Transmission & Reception
• Systems of Linear Equations	• Phase Locked Loops & Frequency Synthesizers
• Linear Network Analysis	• Angle Modulation Transmission
• Simplifying Network Analysis by Using Determinants	• Angle Modulation Receivers and Systems
• Practical Matrix Theory for Engineers	• Transmission Lines
• Two Port Linear Networks	• Wave Propagation
• Quadratic Equations and Systems	• Antennas
• Higher Order Equations	• Digital Communications
• Trigonometric Equations and Identities	• Data Communications
• Theory of Logarithms and Series	• Digital Transmission
• Natural Logarithms	• Frequency Division Multiplexing and Microwave Communications
• Calculus, Part I: Analytical Geometry Second Degree Equations	• Satellite Communications
• Calculus, Part II: Basic Concepts in Calculus
• Calculus, Part III: Further Differential Techniques and Applications of the Derivative	END OF LESSONS REQUIRED FOR DIPLOMA
• Calculus, Part IV: Fundamentals of Integration Degree Equations	Optional Lesson at No Extra Charge :
• Calculus, Part V: Applying Integral Calculus	• Certified Electronics Technician (CET) Study Guide (Associate Level)
• Calculus Part VI: Derivatives of Transcendental Functions
• Calculus, Part VII: Series Representations and Indeterminate Forms
• Calculus Part IX: Fourier Series and Differential Equations

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