Bachelor of Science in Engineering with a major in Electrical Engineering

4 Years On Campus Bachelors Program

Hellenic American College

Program Overview

The Bachelor of Science in Engineering at Hellenic American University, with a major in Electrical Engineering, offers a strong foundation in core engineering principles combined with hands-on learning in cutting-edge technologies like electric energy systems and automated controls—perfect for students passionate about building real-world solutions in a flexible schedule that fits work or life commitments. It's ideal for motivated learners who want technical expertise plus professional skills like teamwork and project management, opening doors to internships, research, and capstone projects with companies.

Curriculum Structure
Year 1: You'll kick off with a solid grounding in the basics, diving into physics, math, and introductory engineering concepts to build your problem-solving toolkit right from the start. Courses like General Physics II and foundational labs in electrical circuits and materials give you hands-on experience with how things work at a fundamental level, setting you up for success as you explore engineering's big picture.
Year 2: Here, things get more exciting as you tackle core technical skills, blending theory with practical applications in areas like computer engineering and mechanics. Standout courses such as Electric Energy Systems and building construction labs help you understand power generation and structural design, making abstract ideas feel tangible and relevant to everyday tech.
Year 3: This is where you deepen your expertise, focusing on specialized systems that power modern innovation. You'll master Electronic Circuits for designing reliable hardware and delve into automated processes through Automated Control Systems, all while honing team skills in small classes with dedicated labs.
Year 4: Your final year ramps up with real-world integration, culminating in a Capstone Project that could partner with a company for authentic impact. Advanced electives and senior internships sharpen your edge in electrical engineering, preparing you to lead projects with confidence.

Focus areas: Core engineering fields with specialization in Electrical Engineering, including Electric Energy Systems, Electronic Circuits, and Automated Control Systems; supported by labs, student exchange programs, faculty-student research, and industry internships.

Learning outcomes: Graduates gain technical competencies in industry-standard technologies, plus professional skills in teamwork, project management, critical thinking, and communication—equipping them for entry-level electrical engineering roles, management, or technical sales.

Professional alignment (accreditation): The program aligns with U.S.-style engineering education standards, featuring a 2+2 transfer agreement with the University of New Hampshire College of Engineering for seamless progression; it emphasizes ABET-aligned skills through 126 credits over 8 semesters (full-time).

Reputation (employability rankings): Hellenic American University's engineering grads are primed for high-demand careers, with strong local IT/engineering ties, international certifications, and opportunities like company capstone collaborations boosting employability—no specific QS or Guardian rankings noted, but official stats highlight entry-level engineering and management paths.

Experiential Learning (Research, Projects, Internships etc.)

At Hellenic American University, our Bachelor of Science in Engineering program dives deep into hands-on learning, where you'll build real-world skills through dedicated labs, faculty-guided research, and industry collaborations that turn theory into practical expertise. You'll work with cutting-edge tools like Matlab software for designing electric energy systems and Autodesk software for circuit construction and testing, all in specialized labs tailored to electrical engineering courses like Electronic Circuits and Automated Control Systems. This applied approach ensures you're not just studying engineering—you're doing it, from circuit analysis to capstone projects tied to actual company needs.

Here are some standout ways our program delivers experiential learning:
- Dedicated labs for key areas like Electrical Circuits (EL100), Electronic Circuits, and Automated Control Systems, where you apply concepts like Kirchhoff’s laws, phasors, and AC circuit analysis through hands-on experiments.
- Faculty-student research projects that let you collaborate directly with professors on emerging technologies, building your portfolio while advancing your technical skills.
- Senior-year internships with companies, giving you real professional experience in engineering environments.
- Capstone Project completed in partnership with ongoing company projects, applying your knowledge to solve industry challenges.
- Group-oriented work in courses like Electric Energy Systems (using Matlab for load flow and machine design) and advanced digital electronics (with Autodesk for practical circuit building and testing).
- Student exchange programs with U.S. engineering departments for immersive, international hands-on exposure.

This is just the start—check out the full details on our [facilities and program resources](https://www.hauniv.edu/school-of-business-technology-engineering/bachelor-in-general-engineering) and let's get you applying today. Your engineering future starts here!

Progression & Future Opportunities

At Hellenic American University, our Bachelor of Science in Engineering program dives deep into hands-on, experiential learning that turns classroom theory into real-world skills you'll use right away in your career. You'll build practical expertise through dedicated labs tailored to key areas like electrical circuits, electronic devices, and energy systems, working with cutting-edge tools that mirror industry standards. Courses emphasize applied projects in electric energy systems, automated control, and circuit design, ensuring you're not just learning—you're doing, collaborating, and innovating from day one.

This practical focus shines through in specific opportunities like these:
- Dedicated labs for electrical circuits (EL100 with hands-on circuit analysis using Ohm’s law, Kirchhoff’s laws, and AC circuits), electronic circuits (designing analog and digital circuits with transistors, op-amps, and power converters), and energy systems, where you apply real-world modeling and testing.
- Software tools including Matlab for electric energy systems design and load flow analysis (Gauss-Seidel method), plus Autodesk software for practical circuit construction, testing, and advanced electronic projects.
- Group projects and capstone experiences, such as the senior-year Capstone Project collaborating directly with ongoing company projects, plus team-based work in systems development using UML diagrams, prototyping, and 3-tier architecture design.
- Internships with companies during your senior year, giving you professional exposure and networking while earning credits toward your 126-credit degree.
- Faculty-student research projects for deeper dives into emerging technologies, with dedicated labs supporting specific knowledge areas like automated control systems.
- Student exchange programs with U.S. engineering departments, plus flexible scheduling (afternoon/evening/e-learning) to fit your life while building these skills.

Imagine graduating with a portfolio of real projects, industry connections, and the confidence to land top engineering roles—this is what sets our program apart.