Troy University

What you'll study

This programme blends core engineering science with practical electronics and systems coursework. In early years you study mathematics (calculus, differential equations), physics and introductory engineering topics that build analytical skills. Core modules typically include circuit analysis, analogue and digital electronics, signals and systems, microprocessors and embedded systems, electromagnetics, control systems, power fundamentals and electronic instrumentation.

Laboratory classes and project work are integral: you will use electronics and instrumentation labs to design and test circuits, programme microcontrollers, analyse signal behaviour and build prototypes. Computer-aided design and simulation tools (such as SPICE, MATLAB/Simulink and PCB design packages) are embedded through the curriculum. The programme normally culminates in a senior design or capstone project where teams deliver a complete engineering solution from specification through testing and documentation.

Entry requirements

• Completion of secondary education with a strong emphasis on mathematics (algebra, geometry, trigonometry and calculus where available) and physics.
• A competitive high-school GPA; specific grade expectations vary by applicant background and are considered alongside other qualifications.
• For applicants from outside the US, an equivalent secondary school completion and proof of English proficiency (for example IELTS or TOEFL) where required.
• Some prior experience with high-level mathematics and basic physics is expected; placement tests or preparatory coursework may be required if gaps are identified.
• Transfer applicants typically need college-level STEM coursework (calculus, physics, introductory engineering) and official transcripts for evaluation.

Career prospects

Graduates enter a broad job market. Typical roles include electronic/electrical engineer, embedded systems engineer, controls engineer, test and validation engineer, power systems engineer, telecommunications engineer and instrumentation or product design engineer. Employers range from utilities, manufacturing and defence contractors to telecommunications firms, aerospace companies, electronics manufacturers and technology start-ups.

Many graduates pursue professional engineering licensure or postgraduate study (master’s or specialised technical certificates) to advance into senior engineering, research or management roles. The programme’s combination of laboratory skills and system-level design experience is also well suited to careers in systems integration, technical sales and engineering consultancy.

Why study at Troy University

• Focused, cohort-style teaching with relatively small class sizes that support close interaction with faculty.
• Hands-on laboratory facilities and project-led learning that emphasise practical electronics, embedded systems and instrumentation skills.
• Opportunities for internships, industry projects and collaborative senior design work that build employability and real-world experience.
• Support services for engineering students including academic advising, tutoring and career services to help with placements and graduate pathways.
• A versatile degree that prepares students for industry roles, further technical study or professional engineering registration where applicable.