Associate In Applied Science In Electronic Engineering Technology

Associate In Applied Science In

Electronic Engineering Technology

CIE’s distance learning Associate in Applied Science in Electronic Engineering Technology Degree was designed to provide students with a well-rounded education in electronics troubleshooting and theory.

This comprehensive Electronics Associate Degree has more theory, more lab experiments, and more in-depth coverage of critical electronics laws and formulas than any other Associate Degree program.
Graduates qualify for service as senior technicians and engineering assistants, working independently or as part of a team of engineers, in the manufacturing, design, or research & development fields.

In addition, they will also master the use of electronics equipment and components with over 300 laboratory exercises and experiments.

Now includes lessons on PIC Technology!

CIE's instruction staff upgraded the electronics associate degree to included new material on PIC coding and 68HC11 microcontroller technology!

The new module contains 17 lessons where students learn how to program the 68HC11 microcontroller used in PIC programming and understand the principles of processors.

In addition they will know how to interface keyboards and displays to the 68HC11 and learn about high-level languages.

Start with the basics of electronics and move on to more advanced topics that include:

- AC and DC Circuit Theory
- Identifying Components
- Working with Printed Circuit Boards
- Relays & Robots
- Regulated Power Supplies
- Troubleshooting Digital Systems
- PIC Program Coding and the 68HC11 Microcontroller
- Oscilloscope Measurements
- Introduction to Computers
- Digital Systems and How To Troubleshoot Them
- PC Board Layout
- Technical Writing
- Electronics Math
- Plus more!

CIE’s Electronics Associate Degree program (course 19) is a laboratory-intensive course that contains 254 self-paced lessons with over 300 hands-on training experiments.

You'll learn to use CIE’s Personal Training Laboratory, a Multimeter and a Digital Security Control Device. Also included is an oscilloscope video instruction tape created by CIE's instructors for this course.

You can take your exams online with our e-grade site or simply mail them in to us.

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!

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!

You Pay Only For The Time You Use!

CIE’s A.A.S. Program is broken down into 24 week terms. You have up to eight 24 week terms to complete CIE’s Associate Degree. During each of these terms you'll have a minimum number of lessons to complete, but no maximum!

If you were to complete the entire program in just 48 weeks, you would only be required to pay tuition for two terms. There are no additional charges for extra lessons or labs completed during a given term.

CIE makes it possible for students who can study at an accelerated pace to realize significant savings off the cost of a top-quality electronics education!

Getting Help to Pay for Tuition

Did you know that Federal Financial Aid is available for CIE's Associate Degrees in Electronic Engineering Technology and Computer Information Technology for those who qualify?

In addition, education benefits for CIE courses are available for eligible military service personnel under the Montgomery GI Bill, Veterans Educational Assistance Program and DANTES.

Funds are also available for eligible military spouses under the Military Spouse Career Advancement Initiative.

As a CIE student, you may be eligible for tax relief from qualified education expenses under the Hope Credit, The Lifetime Learning Credit or The Tuition and Fees Deduction as well. See your tax advisor for complete info or visit www.irs.gov.

How The Program Works.

As soon as your enrollment into the A.A.S. Degree Program has been accepted you will receive an Enrollment Confirmation form which includes a Progress Record.

The Progress Record will provide details on your first 12 credit hours, along with the remaining lessons in your program, so you can use it as a permanent record of your grades. As you progress into your second term of study, CIE will advise you of your cumulative credit hours.

If you are applying for academic transfer credit towards the A.A.S. Program, you may have your first term custom-tailored and your credit hour assignment individually prepared to reflect your credits transferred.

Students graduate with a Nationally Accredited Associate Degree in Electronics Engineering Technology.

Professional Certifications

CIE’s distance learning Associate in Applied Science in Electronic Engineering Technology Degree 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!

CIE AAS graduates are also eligible for the Certified Broadcast Technologist certification from the Society of Broadcast Engineers (SBE).

SBE is the only organization devoted to the advancement of all levels and types of broadcast engineering. With more than 5,000 members and more than 100 local chapters, SBE helps you keep pace with this rapidly changing industry.

Certification enables employers to separate knowledgeable job applicants from those with less training and skills.

Study when it's convenient for you!

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 when it's convenient for you.

We can accommodate almost any arrangement that suits you best and with our generous time allotment of eight 24 week terms for the A.A.S. Degree you can be assured to have enough time to complete your program.

Special Offer to New Students!

Enroll on-line in CIE’s Associate In Applied Science In Electronic Engineering Technology Degree for only $30 down and save 30% off tuition during the Fall Special!

Tuition is now only $1,320 a term.

Finance two terms of the AAS Degree with new lower monthly payments of only $100 a month.

No Risk Trial Period - 30 Day / 5 Lesson Money Back Pledge if you're not completely satisfied.

Textbook Buyback Program

Some lesson modules in this course include textbooks that would qualify for our Textbook Buyback Program.

CIE’s Textbook Buyback Program enables you to sell your textbooks back to CIE for tuition credit once you are finished with your learning module. They must be in a like-new appearance with no marks, tears or folds.

You are under no obligation to use this service but if you don’t want to keep your textbooks for reference we’ll be happy to buy them back and give you tuition credit. You can start this program at any time during your course.

New! Servicing HDTV Systems - CIE Bookstore

People interested in the AAS degree were also interested in this HDTV book. Get an overall view of how the digital HDTV system operates with explanations of HDTV circuit operations and functions. Now available for only $49.95!


	Free Monthly News Letter

Enroll on-line

Associate Degree in Electronic Engineering Technology
for only $30 down and SAVE 30% off tuition.

Tuition is now $1,320 a term.

Finance for $100 a month. (2 terms)

New Servicing HDTV Systems

New Electronic Tool Set

20MHz Oscilloscope $415
CIE Bookstore

Lessons:*
§ Current and Voltage	§ NOR and NAND Gate Circuits
§ Controlling Current and Voltage	§ Discrete Logic Gates
§ Power Distribution	§ Digital Integrated Circuits
§ Portable Extension Cords	§ Digital Flip-Flops
§ Static Electricity	§ One-Shots, Astables, and Schmitt Triggers
§ Electric Currents and Semiconductor Devices	§ Counter Design
§ Fractions and Decimal Numbers	§ Modulus Counters
§ Reciprocals, Percentage, and Powers of Numbers	§ Shift Registers and Counters
§ The 3 Basics of Electric Circuits: Voltage, Current & Resistance	§ Binary Codes and Converters
§ Ohm's Law, Conductors, and Insulators	§ Multiplexers-Demultiplexers
§ Connecting and Tracing Battery Circuits	§ CMOS Digital Logic
§ Identifying Components	§ Digital Interfacing
§ Tracing Wiring on Printed Circuit Boards	§ ROMs and PROMs and PLAs
§ Roots of Numbers, Ratio, and Proportion	§ Introduction to Computers and Microprocessors
§ Inverse Proportion and Negative Numbers	§ Oscilloscope Measurements
§ Parallel Circuits	§ Oscilloscope Triggering
§ Equivalent Circuits	§ Oscilloscope Analysis of Analog and Digital Circuits
§ Applications of Kirchhoff's Laws	§ Solving Linear Equations
§ Series-Parallel Circuits	§ Algebraic Signs and Exponents
§ Voltage and Power	§ Kirchhoff's Laws
§ Vital Statistics of AC Circuits	§ Kirchhoff's Laws Laboratory
§ Magnetism and Magnetic Circuits	§ Increasing Your Understanding of Kirchhoff's Laws
§ Induced Voltage and Current	§ Algebraic Fractions
§ Thinking Circuits and Automatic Switches	§ Applied Fractional Equations
§ Relays and Robots	§ Basic Circuit Principles Applied to Practical Design
§ Scientific Notation	§ Basic Design Laboratory
§ Inductance	§ Network Theorems
§ Mutual Inductance and Magnetic Coupling	§ Dual Circuits Laboratory
§ Transformers	§ Superposition
§ Electrical Charges and Capacitance	§ Coordinates and Angle Functions
§ Capacitors in Action	§ Applications of Trig Functions
§ Rectifiers and Amplifiers	§ Exponents, Radicals, and Complex Numbers
§ Transistor and FET Amplifiers	§ Phasor Representation of Steady- State Circuits
§ Reading and Using Graphs	§ Analytical Geometry-1st Degree Equations
§ Phasors and Formulas	§ Some Basic Concepts of Calculus
§ Reliable Soldering Techniques	§ Signal Waveforms and their Amplification
§ Working with Printed Circuit Boards	§ Intro to Solid-State Design - Part I
§ Building a Siren With Flashing Light	§ Advanced Network Theorems
§ Using Your Multimeter To Measure Resistance	§ Advanced Network Theorems Laboratory - Part I
§ Your Personal Training Laboratory	§ Advanced Network Theorems Laboratory - Part II
§ Series and Parallel Resistor Circuits	§ Diode Networks
§ Power and DC Circuits	§ Intro to Solid-State Design - Part II
§ Simplifying Circuit Analysis by Using Kirchhoff's Laws	§ Intro to Solid-State Design - Part III
§ Practical Applications of Kirchhoff's Laws	§ Ohm's and Kirchhoff's Laws Applied to AC Circuits
§ Currents and Voltages in AC Circuits	§ AC Circuit Analysis
§ Capacitors and Capacitive Circuits	§ AC Power and Solving Stage Coupling Problems
§ Resonant Circuits	§ AC Networks Laboratory
§ Inductors and Inductive Circuits	§ Resonant Circuits
§ Resonance and Filters	§ Systems of Linear Equations
§ Using Semiconductor Diodes	§ Linear Network Analysis
§ Operation of Semiconductor Devices	§ Simplifying Network Analysis by Using Determinants
§ Working with Semiconductor Diodes	§ Practical Matrix Theory for Engineers
§ Unregulated Power Supplies	§ Two-Port Linear Networks
§ Operation of Tubes and Transistors	§ Quadratic Equations and Systems
§ Amplifier Circuitry	§ Higher Order Equations
§ Fundamentals of Transformers	§ Trig Equations and Identities
§ Unregulated Power Supply Characteristics	§ Theory of Logarithms and Series
§ How To Work With Transistors	§ Natural Logarithms
§ Transistors - Part I	§ PC Board Layout
§ Common-Emitter Amplifiers Characteristics	§ Calculus in 9 Lessons: Analytical Geometry 2nd Degree Equations, Differential Calculus, Fundamentals of Integration, Applying Integral Calculus, Derivatives of Transcendental Functions, Integrating Transcendental Functions, Series Representations and Indeterminate Forms, Fourier Series, and Differential Equations
§ Transistors - Part II	§ Transient Analysis in 6 Lessons
§ Audio Amplifiers and Equipment	§ Diode Networks Laboratory
§ Operational Amplifiers	§ Semiconductor Power Switching and Control Devices
§ Operational Amplifier Characteristics	§ Bipolar Transistor Design Lab - Part I
§ Silicon-Controlled Rectifiers and Unijunction Transistors: Theory and Applications	§ Bipolar Transistor Design Lab - Part II
§ Regulated Power Supplies	§ Field Effect Transistors
§ Regulated Power Supply Characteristics	§ FET Design Laboratory
§ Working with FET's	§ Linear Integrated Circuits
§ Radio-Frequency Amplifiers	§ Operational Amplifier Laboratory
§ Oscillators	§ Phase Locked Loops
§ Sinusoidal Oscillators	§ Active Filters
§ Measuring and Measuring Instruments	§ Transducers
§ Measurement Techniques Laboratory	§ Signal Flow Analysis
§ Circuit Response to Non-Sinusoidal Waveforms	§ General Feedback Principles
§ Time Constants	§ Control Systems
§ RC Filter Circuits	§ Data Transmission
§ Understanding and Using the Oscilloscope	§ Basic Physics
§ Optoelectronics	§ Physics of Mechanics
§ Digital Switching Units	§ Static Magnetic Field Theory
§ Binary Coding and Computer Arithmetic	§ Electric Field Physics
§ Logic Circuit Tracing by Using Boolean Algebra	§ Magnetic Circuits
§ Digital IC Families with Practical Operating Requirements	§ Optics and Heat
§ Clippers, Clampers, and Binaries	§ Registers
§ Pulse Processing Circuits	§ Arithmetic Logic Units
§ Multivibrators	§ Timing and Control
§ Important Digital Integrated Circuits	§ Memory Units
§ 555 Timing Circuits	§ Introduction to Computer Hardware
§ Digital Systems and How To Troubleshoot Them	§ Introduction to Computer Software
§ Electromagnetism and Relays	§ Computer Arithmetic Operations
§ Systematic Troubleshooting	§ 68HC11 Programming, Part A
§ Basic Gates	§ 68HC11 Programming, Part B
§ Practical Digital Circuits	§ Branching and Loops
§ Sequential Logic Circuits	§ Indexing Through Memory
§ Safety	§ Subroutines
§ Introduction to Television	§ Reading Assembly Listings
§ The Television System-Functional Block Diagram	§ Memory Systems I
§ Television Troubleshooting Techniques	§ Memory Systems II
§ Power Supplies	§ General Purpose I/O
§ Horizontal Circuits	§ HC11 Interrupts and Resets
§ High-Voltage Circuits	§ Analog Capture Port-Port E
§ Vertical Circuits	§ Timed Events-Port-A
§ Tuners	§ Serial Communication-Port D
§ Intermediate Frequency Amplifiers	§ C-Language: A Higher-Level Language
§ Video Circuits and the CRT	§ Overview of Reports: Your Options
§ AGC Circuits	§ The Memorandum: Handling Frequent Writing Tasks
§ Synchronization Circuits	§ Outlining the Short Report: A Planning Formula
§ Introduction to Color Television	§ Audience Analysis: Remembering the Reader
§ Color Circuits	§ The Discussion: Report Designs That Succeed
§ Color Symptom Troubleshooting	§ Graphics: Adding Information and Interest Visually
§ Color TV Setup	§ Research and Resources: Gathering and Using Information
§ Sound Circuits	§ Putting It All Together: A Short Report
§ Advanced Troubleshooting Techniques	§ Writing Assignment: A Short Report
§ Introduction to Digital Electronics	§ Design Standards for Writing: Grammar That Works
§ Number Systems	§ Debugging the Report: Editing
§ Fundamentals of Boolean Algebra	§ Business Letters
§ Karnaugh Maps	§ Writing Assignment: A Business Letter
	°The Formal Report
	°Investigation Reports
	°Writing Assignment: An Investigation Report
	°Project and Progress Reports
	°Writing Assignment: A Project and Progress Report
	°Proposals: Presenting the Evidence
	°Written & Oral Presentations: Selling Yourself, Your Service, Your Product
	°Writing Assignment: A Research Paper
	°3 Locally Administered Supervised Exams During Course of Study
End of Lessons Required for Degree.
*Students are responsible for purchasing a limited number of textbooks for this course that are not included with tuition.

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