Arkansas Tech University

What you'll study

The degree combines core electrical engineering principles with focused study in electronics and communications. Early years emphasise mathematics, physics and fundamental circuit analysis. Later years cover topics such as analogue and digital electronics, microprocessors and embedded systems, signals and systems, digital signal processing, telecommunications and wireless systems, control systems, power electronics and instrumentation.

• Core modules: Circuit analysis, Electromagnetics, Engineering Mathematics, Physics for Engineers.
• Electronics: Analogue electronics, Digital electronics, Semiconductor devices, Power electronics.
• Communications: Signals and systems, Digital communications, Wireless communications, Modulation and coding.
• Systems and software: Microcontrollers and embedded systems, Real-time systems, FPGA and hardware description languages.
• Laboratory and design: Hands-on electronics labs, communications labs, capstone team design project emphasising system integration and industry-style deliverables.
• Professional skills: Engineering ethics, project management, technical communication and preparation for professional licensure.

Entry requirements

Successful applicants typically present a strong secondary school record with solid grades in mathematics and physics. Admissions favour candidates who have completed pre-calculus or calculus and a rigorous science curriculum. Typical documentation includes transcripts, a personal statement outlining interest and experience in engineering, and references.

• Recommended subjects: Advanced mathematics (calculus), physics and where available chemistry or computer science.
• Transfer applicants: College-level coursework in calculus, differential equations, physics and introductory engineering courses will be considered for credit.
• International students: English language proficiency demonstrated through recognised tests or equivalent qualifications, plus credential evaluation where required.
• Additional preparation: Participation in STEM extracurriculars, programming experience, electronics hobby projects or work experience strengthens an application.

Career prospects

Graduates are prepared for roles in industries that design, build and maintain electronic and communications systems. Common career paths include electronics design engineer, communications and network engineer, embedded systems engineer, test and validation engineer, controls engineer and field applications engineer. Graduates also move into roles in telecommunications providers, consumer electronics, aerospace and defence, utilities and renewable energy companies, or pursue postgraduate study and research.

• Typical employers: telecommunications firms, electronics manufacturers, system integrators, research laboratories and government contractors.
• Professional development: The programme provides a foundation for eventual professional licensure and for certifications in communications, network engineering and embedded systems.
• Further study: Options include MSc/ME programmes in electrical or communications engineering, signal processing, or interdisciplinary degrees in computer engineering and robotics.

Why study at Arkansas Tech University

Arkansas Tech University offers a practical, student-centred engineering education with small class sizes and accessible faculty. The curriculum balances theory with extensive laboratory work and project-based learning, allowing students to build portfolios of hands-on designs and prototypes. The university’s regional industry connections support internships, cooperative opportunities and local employer engagement, while academic advising and career services help students transition from study to professional roles.

• Lab facilities and hands-on learning that reinforce classroom theory.
• Supportive environment with accessible faculty mentors and opportunities for undergraduate research and senior design projects.
• Connections to regional employers and resources to help secure internships and job placements.