New Engineering and STEM Programs at Troy University: Launch of College of Science and Engineering
Troy University is stepping boldly into the future of STEM education with the launch of its new College of Science and Engineering and the introduction of a cutting-edge Bachelor of Science in Electrical and Electronics Engineering (BSEEE) program. Announced in March 2025 and now fully operational for students in 2026, this strategic restructuring directly addresses the growing demand for skilled professionals in high-tech industries.
For prospective students passionate about innovation, problem-solving, technology, and building a meaningful career in STEM, Troy University’s new initiatives represent an exciting, accessible opportunity. The university combines practical, hands-on training with affordability, flexibility, and strong industry alignment — qualities that make it particularly appealing for traditional students, transfer students, veterans, and working adults seeking high-ROI degrees.
The Birth of the College of Science and Engineering: A Strategic Vision
In March 2025, Troy University announced a major academic reorganization: the former College of Arts and Sciences was restructured into the dedicated College of Science and Engineering. This move focuses exclusively on STEM-related fields, including biological and environmental sciences, chemistry and physics, computer science, geospatial informatics, mathematics and statistics, pre-professional programs, and now full engineering.
The college includes the Center for Materials and Manufacturing Sciences (CMMS) with state-of-the-art research labs. For full details on the new college and programs, visit the official page: Troy University College of Science and Engineering.
Spotlight: Bachelor of Science in Electrical and Electronics Engineering (BSEEE)
Troy University’s Bachelor of Science in Electrical and Electronics Engineering (BSEEE) is a flagship STEM program designed to prepare students for advanced roles in modern engineering fields. Approved in 2025, it builds on earlier technical programs and significantly expands academic rigor and industry relevance.
Program Overview
- Approximately 120 total credit hours
- Strong foundation in math, physics, and computer science
- Expanded advanced electrical and electronics coursework
- Hands-on lab-based learning approach
- Industry-aligned curriculum with real-world applications
Curriculum Highlights
Core Mathematics & Sciences
- Calculus I–III
- Differential Equations
- Physics with Calculus
- General Chemistry
- Statistics
- Computer Science I
Engineering Fundamentals
- Introduction to Engineering
- DC & AC Circuit Analysis
- Digital Electronics & Logic Circuits
- Numerical Methods
- Signals & Systems
Advanced Electrical & Electronics Topics
- Semiconductor Devices I & II
- Electronic Properties of Materials
- Embedded Systems Fundamentals
- Intelligent Robotics and Automation
- Optics & Optoelectronics
- Telecommunications & Wireless Systems
Capstone Experience
- Two-semester senior design sequence (EEE 4480 & 4481)
- Industry-sponsored real-world engineering projects
- Prototype and solution development
- Focus on applied innovation and design thinking
Related STEM Programs in the College of Science and Engineering
- Computer Science (AI, cybersecurity, data analytics, software development)
- Biological & Environmental Sciences
- Chemistry and Physics
- Mathematics and Statistics
- Geospatial Informatics
- Pre-professional tracks (pre-med, pre-engineering)
Why Troy’s Engineering Approach Stands Out
- Hands-on lab and project-based learning
- Affordable tuition with scholarship opportunities
- Flexible study formats (on-campus, hybrid, select online)
- Small class sizes and personalized instruction
- Strong alignment with industry needs in the Southeast
- Undergraduate research and conference participation opportunities
Research, Facilities, and Industry Connections
- Modern labs for robotics, electronics, and computing
- Faculty-led research in sensors, materials, and sustainable systems
- Internship and co-op opportunities with regional industries
- Exposure to conferences and academic research events
- Strong ties to Southeast manufacturing and defense sectors
Career Opportunities and Outcomes
- Electrical Engineer
- Electronics Design Engineer
- Embedded Systems Specialist
- Robotics & Automation Engineer
- Telecommunications Engineer
- Semiconductor Process Engineer
- Renewable Energy Systems Engineer
- Manufacturing & Project Management roles
Electrical and electronics engineers typically earn strong salaries nationally, with high demand projected through the next decade. Regional industry growth in Alabama and the Southeast further enhances local job opportunities.
Admissions and Getting Started
- Standard undergraduate admission with strong acceptance rates
- Recommended background in math, physics, and chemistry
- Transfer-friendly pathways for technical students
- Veteran credit and support options available
- Multiple enrollment start dates throughout the year
For official details, curriculum updates, and applications, visit the Troy University College of Science and Engineering.
Student Life and Campus Support
- Engineering clubs and student organizations
- Modern labs and simulation facilities
- Academic tutoring and STEM advising support
- Veteran-friendly and transfer-friendly services
- Strong campus engagement and student life activities
Final Thoughts
Troy University’s investment in the College of Science and Engineering marks a significant milestone. Students benefit from cutting-edge programs, affordable education, and strong support for veterans and non-traditional learners.
For the latest program details, curriculum, and to apply, visit the College of Science and Engineering.
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