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In this course, learners review key concepts and techniques essential for success in the electronics sequence. Topics include circuit fundamentals, resistance, node and mesh analysis, linearity, and the superposition principle for circuit analysis. Learners will study Thevenin and Norton equivalents, explore capacitors and inductors, and work through first- and second-order circuits using both temporal analysis and phasor diagram approaches. The course also covers the basics of complex analysis, AC circuit response, and calculations of AC power and power dissipation factors. By the end of the course, learners will be able to confidently analyze a wide range of electrical circuits and apply advanced problem-solving techniques in preparation for the electronics sequence.

Semiconductor wafers stored in protective containers

Course Outline

This course focuses on the following modules:

  • The course focuses on the following modules:
  • Electric circuit fundamentals I
  • Electric circuit fundamentals II
  • Resistance
  • Nodal Analysis
  • Mesh Analysis
  • Linearity and Superposition
  • Thevenin and Norton equivalent Circuits
  • Introduction to Capacitors
  • Introduction to Inductors
  • First-order Step Response (RC, RL)
  • Second-order Step Response (RLC)
  • Introduction to AC and Phasors
  • Impedance and AC Circuit Analysis
  • AC Power I
  • AC Power II

Learner Outcomes

By the end of this course, participants will be able to:

  • Describe the main components of electrical circuits, including resistors, capacitors, inductors, voltage and current sources.
  • Apply mesh and node analysis to analyze linear circuits operating under DC bias and AC conditions.
  • Use the Thevenin and Norton equivalent circuits to analyze electrical circuits.
  • Analyze first and second-order linear circuits in the presence of capacitors and inductors.
  • Use the phasor approach to analyze linear electrical circuits operating under AC conditions and calculate the average power either absorbed or delivered by all elements in the circuits.

Who Should Register?

This course is designed for learners looking to gain or refresh their understanding of basic electrical circuits and analysis, providing a foundation for more advanced electronics courses.

 

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Select a section to register

Section Title
OASiS 07: Network Analysis Fundamentals
Type
Online Self-Paced (Non-Facilitated)
Duration
Sep 01, 2026 to Jul 31, 2027
Delivery Format
Online Self-Paced (Non-Facilitated)  
Cost
Course Fee $0.00 Click here to get more information
Instructors
  • Marc Cahay
Required Software
This course uses Canvas, the University of Cincinnati's learning management system, which requires DUO two-factor authentication. *Canvas Access: If you already have UC credentials, you can access your course on Canvas once the instructor publishes it. *New to UC? You will receive an email with your UC credentials within 7 business days of registration. Please check your registration receipt for additional information. *Two-Factor Authentication (DUO): UC requires DUO two-factor authentication to access the UC network, Canvas, and other tools on personal devices. More detailed instructions for setting up DUO and using Canvas will be available in your learner portal after registration.

Section Notes

Learn more about the OASiS Foundations program.

OASiS

The Ohio-Southwest Alliance on Semiconductors and Integrated Scalable Manufacturing (OASiS) team was established in 2022 with the support of Intel. The goal of OASiS is to provide individuals with strong STEM backgrounds with the very fundamental skills required to pursue semiconductor careers. Altogether, OASiS has engaged 15 universities, colleges, community colleges, and regional campuses in southwest Ohio. 


To date, over 1000 students with backgrounds in electrical and computer engineering, computer science, chemical engineering, mechanical and material engineering, physics, and chemistry have successfully gone through the program. The ultimate goal of the OASiS team is to be able to provide semiconductor workforce development opportunities by delivering modules to students interested in the area of semiconductor manufacturing, materials, devices and circuits so they can be part of the needed 100,000+ workforce needed in the field by 2030.   

The College of Engineering and Applied Sciences (CEAS)

The College of Engineering and Applied Science is organized into eight departments. Each offers multiple degrees, both graduate and undergraduate, and provides students with rich experience in the classroom, in the lab and on the job. 

  • Aerospace Engineering & Engineering Mechanics
  • Biomedical Engineering
  • Chemical and Environmental Engineering
  • Civil and Architectural Engineering and Construction Management
  • Computer Science
  • Electrical and Computer Engineering
  • Engineering and Computing Education

With real-world experiences at firms and research centers across the country and around the world, our students graduate with skills and confidence to turn ideas into reality, solving tomorrow’s problems today and seeking out new challenges.

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