Summer / Online Courses
Summer / Online Courses
Rowan ECE Summer 2025 Courses
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ECE 09.101 - ECE Solving Tomorrow's Problems
ECE 09.241 - Introduction to Digital Systems
ECE 09.203 - Principles of Electric Circuit Analysis
ECE 09.205 - Principles and Applications of ECE for Non-majors
ECE 09.243 - Computer Architecture
ECE 09.311 - Electronics I
ECE 09.408 - Power Systems Engineering
ECE 09.508 - Advanced Power Systems Engineering (graduate level)
ECE 09.702 - Strategic Technical Writing and Winning Grant Proposals (Ph.D. students only)
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Frequently Asked Questions
Poster Brochure of Rowan ECE Summer Online Programs
A PDF Document Version of This Page
Summer 2025 Overview
In Summer 2025, we will be offering several undergraduate and graduate electrical and computer engineering classes, as well as a strategic technical writing class for Ph.D. students. All courses are open to all qualified (Rowan and non-Rowan) students. Five of these will be offered as fully online, and the other two will be in-person (but during evening hours), and will help you to stay on track (or even get ahead) in your current program. All classes are taught by the same faculty who teach them face-to-face during Fall/Spring semesters. All undergraduate-level classes are project-based laboratory classes, with lab components integrated into the class. Online classes make use of new student-owned hardware and instrumentation devices that make conducting lab experiments at home possible. The prerequisites listed below are the prerequisites used by the Rowan ECE program for Rowan students. Students from other institutions who are interested in taking these classes will be provided with a prerequisite override upon their request and submission of a transcript showing that they have taken equivalent courses at their home institution. A screenshot of your “unofficial transcript” is sufficient, and an official transcript is not needed. Most classes that are prerequisites of each other will run in two consecutive sessions, allowing you to take both of them in the summer if you need them.
Out-of-state Students: Good news! There are no separate rates for out-of-state students for summer courses, and everyone pays the regular in-state tuition. In fact, since online courses do not have associated fees, total cost for each credit of an online class is less than that of a face-to-face class.
Prospective Transfer Students: If you are planning to transfer into Rowan ECE - either internally from another Rowan program, or from a different institution (including community colleges) - please also visit our Transferring into ECE page for important information.
Descriptions of Summer 2024 Courses
ECE 09.101: ECE Solving Tomorrow's Problems (2 credits*)
Prerequisites: None
Session: 19 May to 27 June 2025, MTWR 3-5 PM; Face-to-face
Course Description: Electrical and Computer Engineering (ECE) is the field of engineering that has a broad reach, many real-world applications and a great impact on our lives, yet few know the impact of ECE in solving humanity’s problems. From a digital systems foundation and focus, this course introduces students to the field of ECE and provides a broad overview of its subfields and its applications through a series of hands-on project experiences based on current design trends. This course will also stimulate students’ interest in this field by demonstrating the extensive reach of ECE in solving a very wide range of current and emerging problems that most people do not even realize are solved by advancements in ECE. Finally, this course will also provide a preview of the ECE program of study, introducing some of the most critical concepts taught throughout the curriculum, including instrumentation, microprocessor programming, embedded systems, circuit analysis, signal processing, and communications. This course will be taught from a hands-on and project-based approach, focused on integrating many of the topics covered in the course.
* When combined with ECE 09.241 (below), the two-course combo provides an equivalent of 4-credit Digital Systems / Logic Circuits class.
ECE 09.241 Introduction to Digital Systems - Online (2 credits*)
Prerequisite: ECE 09.101 (or some introductory engineering design class ), CS 04.103 (or some C/C++ programming)
Session: 8 July to 1 Sep 2025, ONLINE
Course Description: Digital Systems dominate the globe, from a simple stopwatch to a cellphone to the international space station, each of these are dependent on Digital Systems. Digital systems, at the most elementary level, are composed of 0's and 1's and rudimentary logic functions. This core course takes a hands on approach, starting with how to physically build basic logic functions (AND, OR, NOT) from transistors all the way to how to combine these functions to make complex digital systems. During the course students will learn how numbers and information are stored and manipulated in a digital system and how these basic principles can be expanded and extended to create a computer processor. The focus of the course will be on alternative number systems (Binary, Octal, Hexadecimal), Boolean algebra, minimization, combinational circuit design, and sequential circuit design. Both synchronous and asynchronous network design and state machines will be covered. Students will get hands on experience using modern development tools to design, test, and implement digital systems.
* When combined with ECE 09.101 (above), the two-course combo provides an equivalent of 4-credit Digital Systems / Logic Circuits class.
ECE 09.203: Principles of Electric Circuit Analysis - Online (4 credits).
Prerequisites: Comp. Science & Programming (an introductory class in C/C++) and Calculus II
Session: 13 May to 7 July 2025. ONLINE
Course Description: The fundamental principles of circuit and network theory constitute the very foundation on which the field of electrical engineering stands. From a simple household item such as a toaster or flashlight, to the most advanced devices, large scale electric power distribution and transmission systems, including such emerging topics as smart grid, photovoltaic energy generation to electric vehicle technology, all operate based on the basic concepts of circuit and network theory. This core course, which constitutes the primary prerequisite of most other ECE courses, is designed to provide the students not only with a comprehensive foundation of circuit and network theory, but also the basic skills of circuit analysis, design and testing. Starting with Ohm's Law, this course first discusses resistive and DC circuits and introduces Kirchhoff's Laws, Thevenin and Norton equivalents of networks, mesh and nodal analysis, followed by independent and dependent sources, and operational amplifiers. The second half of the course focuses on AC circuits and memristors. Laplace transforms will be introduced for transient and steady state response of networks, followed by various applications of AC circuits, such as filters. Computer-aided analysis and simulation tools are also presented as contemporary methods of network analysis and design.
ECE 09205: Principles and Applications of ECE for Nonmajors - Online (3 credits).
Prerequisites: Computer Science & Programming, Physics II (Electricity and Magnetism), Calculus III
Session: 13 May to 7 July 2025 - ONLINE
Course Description: This course provides an overview of the basic principles of electricity and electronics. It is designed and presented for students in non-ECE majors. The course begins with fundamentals of DC circuit analysis similar to those found in basic courses for electrical engineering students, e.g., Ohm’s Law, Kirchhoff’s Laws and other circuit analysis tools. Using these basics, students will then learn how to analyze operational amplifiers and perform transient analysis of first order R-L and R-C circuits. AC circuits are then introduced using phasor analysis and the fundamental circuit analysis techniques taught in the DC portion of the course. AC power is emphasized due to its importance in licensure (FE/PE) examinations. The course then shifts to electronic devices such as semiconductor diodes and bipolar junction transistors. Theory of operation and circuit analysis and design for these devices is presented in a manner that provides a basic understanding of functionality and an opportunity to develop working circuits. The introduction of active filter design enables the student to see how the fundamentals taught throughout the class (DC analysis, transient analysis, AC analysis) come together to produce practical filter circuits.
ECE 09.243: Computer Architecture - Online (3 credits)
Prerequisites: ECE09.241 (Introduction to Digital Systems) and Computer Programming
Session: 8 July to 1 Sep 2025 - ONLINE
Course Description: As computer and embedded systems proliferate into every area of life it is critical to understand the underlying technology empowering the digital age. In this course students will build a fully functional 16-bit microcontroller from the gate level up. All subjects required to complete this task will be covered: instruction set architectures, data path components and design, control unit design, memory hierarchies, IO and peripheral design, and assembly language; additionally, advanced modern computer architectures such as Intel’s Core i7. The course will emphasize learning in the context of project development and specifically focus on the Scrum agile methodology applied to remote teams.
ECE 09.311: Electronics I - Online (3 credits)
Prerequisites: ECE 09203 (Principles of Electric Circuit Analysis)
Session: 8 July to 1 Sep 2025 - ONLINE
Course Description: As a follow-up course to Principles of Electric Circuit Analysis, Electronics I is the first course in electronics and delves into the properties of nonlinear devices and the techniques to design and analyze circuits using these devices. All modern-day electronic devices consist largely of these nonlinear devices including diodes, bipolar junction transistors and metal-oxide-semiconductor field-effect transistors. The electronics may consist of discrete and/or integrated devices. This course begins with the design and analysis of electronic circuits using “real” (non-ideal) op amps. It then provides a comprehensive discussion of the fundamentals of circuits involving diodes, bipolar-junction transistors and metal-oxide-semiconductor field-effect transistors. The emphasis of this class is on designing practical circuits and includes multistage amplifiers, differential amplifiers, circuits combining op amps with discrete elements, audio amplifiers, integrated circuits, and analog and digital techniques. Analysis and design are accomplished first through analytical design, followed by computer simulation (SPICE) and finally real-world implementation through hands-on laboratory experiments.
ECE 09.408 Power Systems Engineering - Online (3 credits)
Prerequisites: ECE 09.303 Engineering Electromagnetics
Session: 13 May to 7 July 2025 - ONLINE
Course Description: This is an upper-level elective course that covers the fundamentals of power system engineering with an emphasis on the modern electricity grid and new energy technologies. Topics include history and key inventions in the development of the electric power industry, mechanical and electromagnetic fundamentals, three-phase circuits and transformers, AC machinery, synchronous machines and induction motors, DC machines, transmission lines, power flow, system reliability, advanced generation technologies, utility industry deregulation, and options for a sustainable electric power system in the future
ECE 09.508 Advanced Power Systems Engineering - Online (3 credits)
Prerequisites: Graduate standing, and acknowledgement that electromagnetics and circuits background is needed for this class.
Session: 13 May to 7 July 2025 - ONLINE
Course Description: This is the graduate level version of the same courses that covers the fundamentals of power system engineering with an emphasis on the modern electricity grid and new energy technologies. Topics include: history and key inventions in the development of the electric power industry, mechanical and electromagnetic fundamentals, three-phase circuits and transformers, AC machinery, synchronous machines and induction motors, DC machines, transmission lines, power flow, system reliability, advanced generation technologies, utility industry deregulation, and options for a sustainable electric power system in the future. This graduate version will include a graduate-level project.
ECE 09.702: Strategic Technical Writing and Winning Grant Proposals - Online (3 credits)
Prerequisites: Ph.D. standing - must have enough body of work on which to write a technical paper and a proposal
Session: 8 July to 1 Sep 2025 - ONLINE
Course Description:Effective technical writing is perhaps one of the most critical skills a Ph.D. engineering graduate needs to have regardless of the career path chosen upon graduation. Whether writing research papers, technical reports, or grant proposals, the ability to convey technical engineering knowledge in an effective, understandable, elegant and concise manner is an important skill. This class will provide the general guidelines, best practices, and most importantly specific strategies for technical writing for some of the most common venues and audiences, namely writing technical papers for engineering conferences and journals - including writing rebuttals to reviewers - technical reports and grant proposals. The latter includes specific strategies for a variety of different sponsors that fund engineering related research, including industrial sponsors, government and military agencies, foundations as well as intra-company funding sources. The deliverables of this class includes an actual conference or journal paper and a small scale grant proposal-ready to be submitted - based on student's area of research.
Useful Quick Links for Additional Information:
- General information on summer programs and student resources: Rowan Winter & Summer Student Resources
- Registration information for summer courses: Rowan Winter & Summer Course Registration
- Tuition and costs, please see Rowan Winter & Summer Tuition & Costs