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Electrical Engineering Technology
Program Number: 106621
Your Degree: Associate Degree
Estimated Time to Complete: 65 Credits | Finish degree in 2 years
Delivery Method: Some Online/Some In Person
Area of Study: Architecture and Engineering
Estimated Program Cost: $12,505.61
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Program Overview
The Electrical Engineering Technology program at Madison College will provide you with the skills you need for a variety of in-demand jobs related to electrical engineering. As an Electrical Engineering Technology student, you will:
- Learn to analyze complex problems and develop solutions
- Build strong math and analytical skills
- Utilize electronics terminology, schematic symbols and electronic standards
- Assemble circuits from schematics, wiring diagrams and/or specifications
- Define the math parameters of alternating current (AC) signals
- Derive simplified equivalent circuits for basic AC circuits
- Explain the basic characteristics of a differential transistor and operational amplifiers
- Interface digital to field devices and determine functions of electronic memory
- Create clocked logic circuits to drive encoders, decoders and multiplexer systems
- Build microcontrollers/microprocessors and embedded systems architecture
- Implement serial and parallel communications
Transfer Options
Electrical Engineering Technology graduates can transfer as a junior into the Bachelor of Science Electrical Engineering program at Milwaukee School of Engineering (MSOE). Additional transfer pathways include transfer into a Bachelor of Science in Physics at Edgewood University and into the UW-Platteville Electrical Engineering major through the UW-Platteville Engineering Partnership.
Program Details
Students in the Electrical Engineering Technology program can attend full or part-time.
Electrical Engineering Technology program classes may be offered at these Madison College campuses:
- Madison - Truax
Careers
Earning your Associate Degree in Applied Science in the Electrical Engineering Technology program at Madison Area Technical College prepares you for valuable work as a/an:
- Engineering Assistant
- Electronic Development Technician
- Electronic Technician
- Electronic Maintenance Technician
- Electronic Test Technician
- Field Service Technician
With additional education and/or work experience, graduates may find employment as a/an:
- Electrical Engineer
- Computer Engineer
- Electronic Production Supervisor
- Electronic Maintenance Supervisor
- Field Service Engineer
- Network Engineer
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Program Courses
Here's a sample course sequence that shows how classes for full-time students are typically organized by semester.
Once you're admitted, your full curriculum and sequence—including any pre-requisites—is defined in your Degree Progress Report.
It is strongly recommended to meet with a faculty advisor upon admission to the program and prior to enrolling in courses.NOTE: If you do not have the pre-requisite met for Calculus 1 (Trigonometry, Precalculus, or appropriate placement score), you should take appropriate action during your first semester.First Semester10-605-108Certified IPC Application Specialist (CIS) J-STD-001
Certification in this industry-developed and approved hands-on solder training and certification program helps enhance employee skills and performance. The CIS program provides individuals with a portable credential that recognizes their soldering skills and understanding of this internationally recognized standard.1 credit10-605-270AC/DC Circuit Techniques and Principles
Provides students with hands-on experiences with instruments such as oscilloscopes, digital multimeters, signal generators and other measuring equipment. Covers circuit analysis for series and parallel circuits, Ohms Law, Kirchoff's current and voltage laws, linearity, superposition, Thevenin's theorem, Circuit analysis using Nodal and Mesh Analysis and concepts of AC signals, RC, LC and RLC circuits, filters, resonance. Concepts are reinforced with hands-on experiments coupled with mathematical analysis.3 credits10-605-113Analog 1
This introductory electronics course covers devices, circuits and applications. This course uses analog electronics devices — diodes, field effect and bipolar transistors and operational amplifiers to learn basic theory and use of test equipment in testing and troubleshooting. Lab procedures emphasize the use of documentation (schematics, layout diagrams, parts lists, data sheets) and troubleshooting procedures.3 credits10-605-118Electronic Assembly and Soldering Techniques
This introductory electronics course covers schematics, component identification, and soldering techniques for through hole and surface mount components. IPC-A-610* Standard for Acceptance Criteria for Electronic Assemblies is followed for inspection of assemblies. Following the RoHS directive, lead free solder and assemblies are used in this course. *IPC certification is not automatic upon course completion. IPC certification is awarded separately from the academic credits.3 credits20-801-201English 1
The first course in communication skills at the college level, developing student abilities in critical reading, writing, listening, and speaking, for both exposition and argumentation. The course emphasizes summarizing, analyzing, and synthesizing information from sources, and develops research and presentation skills. The class assumes competence in English grammar and paragraph structure.3 credits10-809-199Psychology Of Human Relations
This course explores the relationship between general psychological principles and our everyday lives. Students are given the opportunity to achieve a deepened sense of awareness of themselves and others. This understanding is applied to human relations at home and on the job.3 creditsSecond Semester10-605-115Analog 2
This course continues to develop the concepts learned in Analog Circuit Techniques (10-605-113). The theory and application of field effect and bipolar transistor amplifiers, operational amplifiers and oscillators are covered with an emphasis on circuits including gain, impedance and frequency response. Lab procedures emphasize increased proficiency with electronic test equipment.3 credits10-605-119Digital Circuits
Covers digital logic circuits including basic gates, flip-flops, decoders, counters, shift registers, multiplexing circuits, comparators and other similar devices. It also covers Boolean algebra and minimization techniques as well as Field Programmable Gate Arrays (FPGA). Lab work includes individual project design, including layout, construction, testing and documentation.3 credits10-605-173Embedded Programming
This introductory course covers the fundamentals of electronic computer language, systems and structure. Embedded processor hardware is studies from a system level perspective. Programming structures such as loops, branching, data storage, bit-level processing (masking), functions, arrays, pointers and structures will be covered. Languages include ANSI C, Embedded C Language and principles of assembly language.3 credits10-662-120Digital Circuit Design and VHDL
Course covers digital logic circuits design concepts centered on sequential machines, computer programmable devices, FPGAs and VHDL. The course covers analysis of clocked sequential circuits, derivation of stat graphs and tables, sequential circuit design with a strong emphasis on VHDL programing of FPGAs.1 credit20-809-264Introduction to Logic and Critical Thinking
An informal logic course (previously called Reason in Communication) that emphasizes critical thinking. Students will learn argument structure, different forms of inductive reasoning, how to recognize informal fallacies, and how to distinguish better and worse reasoning in the media and our everyday lives. Fulfills the Quantitative Reasoning Part A requirement at UW-Madison, as well as the logic requirement at Edgewood College. This course includes an introduction to propositional logic, but for those students interested in a formal (symbolic) logic course, see course #20809261, Elementary Logic, which fulfills the Quantitative Reasoning Part B requirement at UW-Madison, as well as the logic requirement at Edgewood College.3 credits10-804-198Calculus 1
Topics include an introduction to the basic properties of limits, rate of change of functions, continuity, derivatives of algebraic and elementary transcendental functions and their combinations, curve sketching, finding maxima and minima, and indefinite and definite integration with applications.4 creditsCalculus and Analytic Geometry 1 (20-804-231) may be taken to satisfy the Calculus 1 requirement.Third Semester10-605-143Motors and Control Circuits
This advanced course covers AC and DC motors, stepping motors, feedback systems, servo controllers, sensors, relays, SCRs, Triacs, MOSFETs, programmable logic controllers, industrial controllers, and applied systems and online microcomputer controls.3 credits10-605-176Microcontrollers
This course covers microcontrollers and digital systems. Topics include Embedded C programming of Microcontrollers, Basic architectural concepts, parallel and serial I/O, Interrupts, Timer Subsystems, Analog to Digital conversion, Asynchronous Serial Communications (USART), CAN Bus communications, Synchronous Serial Communications (MSSP/SPI/IC2 Bus), Pulse Width Modulation (PWM), and basic control concepts.3 credits10-662-121Circuit Modeling 1
This course explores electrical engineering concepts including voltage, current, resistance, impedance, Opamps, phasors, Ohms law, Kirchhoffs laws, superposition, Thevenins and Nortons theorems applied to the modeling of zero-order networks, Complex numbers and algebra.3 credits10-801-197Technical Reporting
Prepare and present written, oral, and visual communication products, including instructions, proposals, informal and formal reports. Produce clear, usable communication by incorporating information design principles, arranging content to satisfy diverse audience needs, and presenting visuals for various contexts. Designed as an advanced course to develop collaborative communication practices, information literacy skills, and ethically responsible professional communication strategies.3 credits10-804-181Calculus 2
Topics include the techniques of integration, analysis of infinite sequences and series, an introduction to first-order differential equations, parametric equations and derivatives of parametric curves, polar coordinates in the plane and integrals using polar coordinates, the analytic geometry of the conic sections, an introduction to vectors in two and three dimensions, scalar and vector cross products, and graphs of quadric surfaces.4 creditsCalculus and Analytic Geometry 2 (20-804-232) may be taken to satisfy the Calculus 2 requirement.Fourth Semester10-662-117Analog Circuit Design
This course is a lab-based curriculum designed to emphasize essential elements of analog electronics engineering design. The content includes: analog circuit design, researching parts, doing analysis of circuits against specifications, prototyping circuits, the use of test equipment to verify operation of prototype circuits, collecting data and writing engineering reports, and presenting results to an engineering audience. Labs are designed to provide hands-on learning opportunities to build technical skills in working with circuits and the equipment commonly used in industry, while mastering the fundamental techniques of analog circuit design.1 credit10-605-178Networks, Interfacing and Programming
This advance course focuses on networking fundamentals and implementation with an emphasis on Linux. Explores Network layers and Protocols, LabView and FPGA Programming, wireless standards, and Hardware Configuration and programming of various Ethernet connected devices (computers, microcontrollers, remote sensors, control equipment and other hardware).3 credits10-662-106Advanced Electronics
Topics include variable frequency analysis of RLC circuits, first order Bode plots and correlation of time and frequency response. Semiconductor devices and circuits, including diodes, bipolar transistors and field effect transistor are studied. The time and frequency response of single stage BJT and FET amplifiers is examined. Lab work includes analysis, computer simulation and actual measurements.3 credits10-662-221Circuit Modeling 2
This course explores electrical engineering concepts including phasors and sinusoidal steady-state analysis and power. Resonant circuits. Mutual inductance. Transient response of linear networks with Laplace transform.4 credits20-806-223Calculus Physics 1
Calculus Physics 1 is intended for students of science or engineering. The course covers mechanics and waves. It consists of four hours of lecture and one two-hour laboratory per week and is equivalent to Physics 201 at the University of Wisconsin.5 credits -
How to Apply
Earning a degree is a great way to advance your career development opportunities, so apply today!
If you are an international student and want to apply to Madison College, or transfer your F-1 student visa here, check program availability and then complete the International Admission Process.
Apply Now - Limited Seats Available!
This program has limited capacity and may reach maximum enrollment quickly. Applying to the Pre-Electrical Engineering Technology program early gives you the best chance of securing a spot.
To enroll in program courses, students must first meet academic preparedness requirements and complete the declaration process.
- Program capacity: 20-25 spots each Fall and Spring.
- Estimated Wait Time: Up to 0-1 semester wait time between when students are core ready and when they become eligible to enroll in program classes. This timeline may vary depending on how many students complete the declaration process each semester.
Submitting your application now ensures you're considered as soon as space becomes available. If the program reaches capacity, a waiting list will be used to manage additional qualified applicants.
Before applying, be sure to:
- Review the admission requirements for deadlines, materials, and requirements
- Review the After You Apply section on this page
Application Dates
Spring 2027
- Application open
- Application completion deadline is January 15, 2027
Fall 2027
- Application available on October 15, 2026
- Application completion deadline is August 31, 2027
Admission Requirements
1. Admission Application
The online application allows you to save your work as you complete it and ensures fast, secure delivery to our office.
2. Education Completion
Submit official transcripts from the institutions you attended that indicate one of the following:
- High school completion (current high school seniors may submit an in-progress transcript)
- GED/HSED completion
- College transcript or Madison College experience showing:
- Completion of an associate degree or higher, or
- At least 30 credits completed with a minimum GPA of 2.0 on a 4-point scale
- The credits must be completed at a single college and cannot be combined with other transcripts
- Any transfer credit listed on a transcript does not count toward the 30-credit minimum
- Credits completed at Madison College are evaluated and do not require a transcript
All high school and/or college transcripts are recommended to be submitted for Credit for Prior Learning evaluation.
3. Residency Requirement
Due to program demand and TCS 10 guidelines, this program is limited to district and non-district state residents.
Additional Notes
Students are required to meet the current admission requirements, academic preparedness requirements, and complete the declaration process. Requirements are subject to change based on updates to accreditation requirements or Madison College program assessment data.
Questions?
Contact Enrollment Services at EnrollmentServices@madisoncollege.edu or 608.246.6210.
Get Started!
Apply to Madison College and take the first step towards your Electrical Engineering Technology career.
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After You Apply
Academic Preparedness Requirements
This program has academic preparedness requirements that must be completed before beginning core classes. Requirements for this program are listed below and are subject to change. Run a personalized report in your student account to confirm which requirements are complete, which are still outstanding, and how requirements may be satisfied.
When you’ve completed all academic preparedness requirements, you will submit the declaration form to confirm that you are ready to enter core program classes. These steps are part of the declaration process.
Student Report
- Pre-core students admitted prior to Fall 2027: Run your Degree Progress Report in your Student Center in PeopleSoft.
- Pre-core students admitted for Fall 2027 and later: Academic preparedness requirements will be available in your Academic Progress Report in Workday. Access will be available beginning March 2027.
Prerequisites
Algebra (testing or college coursework)
Testing
- ACT Math 20+
- Accuplacer NexGen (Quantitative Reasoning) 241+
College courses
- Applied Electronics Math 1
- Applied Electronics Math 2
Questions?
Contact Enrollment Services at EnrollmentServices@madisoncollege.edu or 608.246.6210.
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Transfer Opportunities
UW System Schools
The terms of the B.S in Leadership & Org Studies agreement are limited to students who complete selective A.A.S or A.A.A. degrees and are admitted to the Organizational Studies emphasis at UW-Oshkosh. Students must have a cumulative GPA of 2.5 or higherStudents must earn the Associate in Applied Science in Electrical Engineering Technology with the specified curriculum at Madison College for the coursework to transfer and meet UW-Platteville’s admission requirements for the agreement to apply. General admission to UW-Platteville requires students must have a cumulative GPA of 2.0 GPA or higher is required at Madison College. Students admitted to UW-Platteville will be directly admitted into Electrical Engineering.Wisconsin Private Schools
Upon completion of the Associate of Applied Science Degree in Electrical Engineering Technology, Civil Engineering Technology, Mechanical Design Technology, Electromechanical Technology, or Automated Manufacturing Systems Technology, students will be guaranteed admission to Edgewood University and be able to complete the Bachelor's Degree in Physics with a concentration in Applied Science in as little as 2 years at Edgewood University. Completion of the Associate of Applied Science Degree in one of the above programs guarantees up to 64 general/transfer credits based on course selection.Student who earn an Associate Degree from Madison College can transfer a minimum of 60 credits and a maximum of 72 credits to Lakeland College to be applied to the requirements of the Bachelor of Arts or Bachelor of Sciences degree.Completion of an A.A.S. Degree at Madison College after 2018, and meeting admission requirements for the Rader School of Business (RSOB) at the Milwaukee School of Engineering (MSOE) can earn a B.B.A degree in Technical Sales at MSOE.Out-of-State Schools
Franklin University will guarantee acceptance of Madison College graduates with an AA, AS, or AAS. Madison College graduates will have junior standing at Franklin University and may transfer up to 94 additional credits toward their baccalaureate degree. -
Career Outcomes
MATC Electrical Engineering Technology program graduates are prepared to:
- Apply electronic theory to practice
- Operate test equipment
- Build electronic circuits and systems
- Evaluate the operation of electronic circuits or systems
- Communicate technical information
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Graduate Summary
Graduate Report Summary Overview
2023 2024 2025 Number of Program Graduates 6 6 9 Number of Surveys Sent 6 6 9 Number of Surveys Returned 6 1 7 Percent of Surveys Returned Available for Employment 2 0 6 Percent Available for Employment 33.3% 0.0% 85.7% Not in Labor Market Percent Not in Labor Market 66.7% 100.0% 14.3% Available for Employment
2023 2024 2025 Graduates Employed 2 0 6 Percent of Graduates Employed 100.0% 100.0% Employed in Related Occupation 2 0 5 Percent Employed in Related Occupation 100.0% 83.3% Employed in Unrelated Occupation 0 0 1 Percent Employed in Unrelated Occupation 0.0% 16.7% Employed - No Response 0 0 0 Percent Employed - No Response 0.0% 0.0% Seeking Employment 0 0 0 Percent Seeking Employment 0.0% 0.0% Reaction To Training at Madison College
2023 2024 2025 Student satisfaction Mean (Out of 4) 3.7 4 3.7 Number of Satisfaction Responses 6 1 7 Very Satisfied (4) 4 1 5 Percent Very Satisfied 66.7% 100.0% 71.4% Satisfied (3) 2 0 2 Percent Satisfied 33.3% 0.0% 28.6% Unsatisfied (2) 0 0 0 Percent Unsatisfied 0.0% 0.0% 0.0% Very Unsatisfied (1) Percent Very Unsatisfied 0.0% 0.0% 0.0% Primary Reason for Attending Madison College
2023 2024 2025 Number of Primary Reason Responses 6 1 7 Preparation for Getting a Job 2 0 1 Percent Preparation for Getting a Job 33.3% 0.0% 14.3% Career Change 0 0 2 Percent Career Change 0.0% 0.0% 28.6% Improvement of Existing Skills 0 0 0 Percent Improvement of Existing Skills 0.0% 0.0% 0.0% Preparation for Further Education 4 1 4 Percent Preparation for Further Education 66.7% 100.0% 57.1% Personal Interest 0 0 0 Percent Personal Interest 0.0% 0.0% 0.0% Other 0 0 0 Percent Other 0.0% 0.0% 0.0% When Employment was Obtained
2023 2024 2025 Number of When Employment Obtained Responses 2 0 6 Before Enrollment 0 0 2 Percent Before Enrollment 0.0% 33.3% While Attending the College 0 0 1 Percent While Attending the College 0.0% 16.7% After Training at the College 2 0 3 Percent After Training at the College 100.0% 50.0% Location of Employment (related and unrelated)
2023 2024 2025 Number of Employment Location Responses 2 0 6 In College District 2 0 3 Percent In College District 100.0% 50.0% In Wisconsin, Not in District 0 0 1 Percent of In Wisconsin 0.0% 16.7% Outside of Wisconsin 0 0 1 Percent Outside Wisconsin 0.0% 16.7% Employer Location Unknown 0 0 1 Percent Location Unknown 0.0% 16.7% Salary Trend 2023 2024 2025 Full Time Employment (Related Job) Full Time Salary Count 2 2 Average Monthly Wage $5,215 $4,326 Average Hourly Wage $30.32 $25.15 Average Work Hours per Week 47.5 40.0 Part Time Employment (Related Job) Part Time Salary Count 2 Average Hourly Wage $21.38 Average Work Hours per Week 10.0 -
Graduate Employers
Graduate Employers for academic year: 2025 Employer(s) Job Title City* State** Positions DRS Daylight Solutions Senior Software Intern Extreme Engineering Solutions Electrical Technician Verona Foxconn Repair Technician Mount Pleasant Rochester Institute Of Technology Research Assistant Rochester NY Unspecified Automation Technician Left Blank LEFT BLANK * - Only cities outside of Madison will display.
** - Only states outside of Wisconsin will display.
*** - If you have a position to post, please contact Career and Employment Services at jobpostings@madisoncollege.edu
