Colorado State University

What you'll study

This programme covers the fundamental principles of electrical and electronic engineering with focused coursework in communications and signal processing. Early years concentrate on mathematics, physics, circuits and programming to build a common engineering foundation. Core topics and typical modules include:

• Circuit Analysis and Electronics – DC/AC circuit theory, semiconductor devices, analog circuit design and laboratory practice.
• Signals and Systems – continuous and discrete-time signals, Fourier and Laplace transforms, linear systems and filtering.
• Digital Systems and Microprocessors – logic design, HDL, embedded systems, microcontroller programming and interfacing.
• Communications – analog and digital communications, modulation/demodulation, information theory, wireless communications and RF fundamentals.
• Electromagnetics – wave propagation, transmission lines, antennas and electromagnetic compatibility considerations.
• Control Systems – feedback, stability, modelling and control design for electrical systems.
• Power and Energy Basics – introduction to power electronics and energy conversion relevant to electronic systems.
• Laboratories and Design – hands-on labs in circuits, communications, embedded systems and electronics; use of oscilloscopes, spectrum analysers and software tools such as MATLAB/Simulink.
• Capstone Design Project – team-based senior project applying design methodology to a practical communications or electronics problem, often in collaboration with industry or research faculty.

Students may also choose technical electives to deepen knowledge in areas such as wireless networks, optical communications, RF design, digital signal processing, computer architecture or cybersecurity. Opportunities for undergraduate research and internships are integrated into the programme.

Entry requirements

Applicants should hold a high-school diploma or equivalent with a strong background in mathematics and science. Typical expectations include:

• High achievement in secondary-level mathematics (calculus recommended) and physics.
• Competence in chemistry or additional science courses is advantageous.
• Preparation in computer programming or experience with technical computing is desirable but not always mandatory.
• For international students, proof of English proficiency (for example TOEFL or IELTS) where required by the university.
• Successful applicants generally present a competitive academic record; preparatory programmes or bridging courses may be recommended for students who need to strengthen their mathematics or physics background.

Colorado State University assesses applications holistically and may consider coursework, grades, test scores where provided, personal statements and extracurricular experiences such as relevant projects or internships.

Career prospects

Graduates are prepared for roles across the electronics and communications industries and related sectors. Common career paths include:

• Telecommunications engineer (wireless networks, broadband systems)
• RF and microwave design engineer
• Embedded systems and firmware engineer
• Signal processing engineer (audio, image, sensor systems)
• Systems integration and test engineer
• Controls and automation engineer
• Technical roles in industry such as network planner, hardware design, test/validation and product development

Many graduates also pursue graduate study (master’s or PhD) in electrical engineering, communications, computer engineering or related fields, or transition into roles in software, data science and product management where a strong engineering foundation is valued.

Why study at Colorado State University

Colorado State University offers this programme within a research-active engineering college that emphasises hands-on learning, collaborative projects and industry engagement. Students benefit from modern laboratories, maker spaces and faculty conducting research in communications, wireless systems, electromagnetics and embedded systems. The programme places emphasis on experiential learning through capstone design, internships and opportunities for undergraduate research with faculty.

Located in a region with a growing technology and telecommunications sector, students have access to local industry partnerships and internship possibilities. Support services such as academic advising, career services and engineering student organisations help students develop professional skills and prepare for careers or further study after graduation.