Electrical Engineering The University of Akron

Overview

The Electrical Engineering degree at The University of Akron provides a robust foundation in the design and development of complex electronic systems and power networks. This programme prepares students to address real-world challenges through a blend of theoretical study and intensive practical application in modern facilities.

Students explore a wide range of applications, from global communications networks to integrated circuits used in personal electronics. The curriculum is designed to ensure graduates can identify and implement technical solutions across various industries, including aerospace, robotics, and manufacturing automation.

Each course is delivered by expert faculty members who hold doctoral degrees and are actively involved in government-funded research.

Why Electrical Engineering at The University of Akron?

The University of Akron offers a distinctive Akron Advantage through its optional Co-op and Placement Programme. This initiative allows students to alternate between academic study and professional work, enabling them to graduate with a full year of paid industry experience.

The institution boasts well-equipped laboratories dedicated to energy conversion, digital hardware, and hybrid electric vehicles. These facilities provide a hands-on learning environment where students can test theories in circuits, electromagnetics, and wireless sensor networks using modern engineering tools.

Students can also participate in competitive design teams, such as those focused on firefighting robots or hybrid vehicles. These projects encourage interdisciplinary collaboration and project management skills, often leading to national competitions that enhance a student's professional profile and network.

Tuition Fee Breakdown

• International fee: USD 21650 per year
• National fee: USD 21650 per year
• Local fee: USD 13740 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum begins with fundamental principles before moving into specialised design and analysis. Modules may include:

• Circuits
• Physical Electronics
• Signals & Systems
• Electromagnetics
• Electronic Design
• Analog Electronics
• Digital Electronics
• Control Systems
• Digital Hardware and Embedded Systems
• Energy Conversion
• Power Electronics and Motor Drives
• Alternative Energy
• Sensors and Instrumentation
• Integrated Circuit Design
• High-temperature Electronics
• Automation and Wireless Sensor Networks
• Optics and Imaging Systems

Careers with Electrical Engineering

Graduates are well-prepared for diverse roles in the engineering sector, frequently securing positions in power generation, transmission, and distribution. The programme's strong emphasis on practical skills makes alumni highly sought after by employers in manufacturing and aerospace.

Common career paths include designing new electronic products, developing maintenance schedules, and testing complex equipment. Many graduates specialise in niche areas such as telecommunications, semiconductor manufacturing, or the development of sustainable energy technologies.

The field consistently ranks as a top career for salary and placement. The university's career services further support students by connecting them with global employers for internships and permanent roles, ensuring a smooth transition from education to the professional workforce.