Point Park University

What you'll study

This programme delivers core electrical and electronic engineering topics alongside a liberal-arts foundation. Typical areas of study include circuit analysis, analog and digital electronics, microprocessors and embedded systems, signals and systems, control theory, electromagnetics, power fundamentals and communications. Coursework emphasises laboratory work, PCB design and prototyping, instrumentation and measurement, and computer-aided engineering tools.

Students normally follow a four-year sequence that blends mathematics (calculus and differential equations), physics and computer programming with progressively advanced engineering topics. Practical learning is central: expect hands-on laboratory courses each year, team-based projects, and a capstone senior design project that requires system-level design, implementation and documentation.

• Foundational modules: Calculus, Physics for Engineers, Introduction to Engineering, Programming for Engineers
• Core electrical/electronic modules: Circuit Theory, Analog Electronics, Digital Logic and Systems, Microcontrollers and Embedded Design
• Advanced topics: Signal Processing, Control Systems, Electromagnetics, Power Systems, Communication Systems
• Professional and design experience: Lab Practicals, Senior Design Project, Engineering Ethics and Project Management
• Opportunities for electives or concentrations in areas such as telecommunications, embedded systems, renewable energy or robotics

Entry requirements

Applicants should present a strong high-school academic record with particular strength in mathematics and physics. Typical preparation includes courses in algebra, trigonometry and preferably calculus, plus introductory physics. Practical experience in programming or electronics is beneficial but not mandatory.

Admission requires submission of official transcripts. International applicants must provide evidence of equivalent secondary qualifications and proof of English proficiency where required. Point Park evaluates applications holistically and may consider recommendation letters and a personal statement that describe interest in engineering and relevant experience.

Career prospects

Graduates with a bachelor’s in electrical/electronic engineering pursue roles such as electrical engineer, electronics design engineer, embedded systems engineer, test and validation engineer, controls engineer and telecommunications engineer. Employment sectors include consumer electronics, automotive, aerospace, energy and utilities, medical devices, industrial automation and communications.

Many alumni move into engineering design, systems integration, research and development, technical sales or project engineering roles. The degree also provides a foundation for graduate study in electrical engineering, computer engineering or related disciplines, and for professional certification pathways.

Why study at Point Park University

Point Park offers a small-class environment with accessible faculty who often bring industry experience into the classroom. The programme emphasises experiential learning through well-equipped teaching laboratories, hands-on projects and a senior capstone that simulates real-world engineering challenges.

Located in downtown Pittsburgh, students benefit from proximity to a diverse engineering and technology ecosystem—helpful for internships, cooperative placements and employer networking. The university supports internship placement and career services, helping students gain practical experience and industry contacts while completing their degree.

Overall, the programme is designed for students who want a practical, career-oriented engineering education with opportunities to build technical skills, project experience and professional connections in a city with a strong technology and manufacturing presence.