What is Electrical Engineering?
Electrical Engineering is a foundational discipline focused on the design, development, and application of systems utilizing electricity, electronics, and electromagnetism. It encompasses everything from large-scale power generation and distribution to the intricate microprocessors powering our smart devices and the communication networks connecting the globe. Electrical engineers are at the forefront of innovation, driving advancements in fields like renewable energy, artificial intelligence hardware, telecommunications, and robotics, thereby shaping the technological landscape of the modern world.
Awareness
First Year
- Develop attention to detail, time management skills, and the ability to meet deadlines.
- Develop good teamwork and communication skills.
- Familiarize yourself with the curriculum, including foundational courses
- MA 125 Calculus I
- MA 126 Calculus II
- CH 131 Chemistry
- PH 201 Physics.
Middle Years
- Take the core electrical engineering courses, such as
- EE 220 Circuit Analysis
- EE 263 Digital Logic
- EE 223 Network Analysis
- EE 264 Microprocessors.
- For details on specific courses review the curriculum flow chart.
- Understand the importance of maintaining a C-grade or higher in "PCS" (prerequisite requires C or better) courses.
- Pursue research experience with a Electrical Engineering faculty member or opportunities with the Office of Undergraduate Research.
Last Year
- Be aware of the requirement to take the Fundamentals of Engineering (FE) examination on the last examination date prior to anticipated graduation.
- Apply to graduate.
- Apply for jobs.
- Apply for graduate school (optional).
- Apply for scholarships and/or assistantships for graduate school.
Exploration
First Year
- Explore student organizations and leadership opportunities through Involve South.
- Explore the UTeach South Program and find out if it is a good fit for you.
- If you are considering medical school review the Pre-Health Advising web page and complete the Pre-Health Interest Form.
Middle Years
- Join professional associations such as, Institute of Electrical and Electronics Engineers (IEEE) student chapter
- Apply for honor societies and explore their scholarship offerings.
- Explore Study Abroad opportunities.
- Explore the different concentration areas available for technical electives, such
as
- Control Systems
- Communications and Electromagnetics
- Digital Systems
- Microelectronics
- Power Systems.
Last Year
- Research medical or graduate programs
- Research potential employers and job roles that align with your chosen technical elective concentration (e.g., Control Systems, Power Systems)
Preparation
First Year
- Log into Accelerate South and build profile strength to 75%+.
- Contact Career Development. Meet with a career consultant to discuss career goals and research fields of specialization.
Middle Years
- Prepare to apply for internships, Co-op, summer jobs, or volunteer positions.
- Attend career fairs and networking events to become knowledgeable of career opportunities available.
Last Year
- Prepare for the Fundamentals of Engineering (FE) examination.
- Decide between job search or graduate school before final semester.
- Meet with Career Development to finalize resume and job search or graduate school planning.
What can I do with this major?
- Electrical Engineer
- Electronics Engineer
- Control Systems Engineer
- Power Systems Engineer
- Design Engineer
- Test Engineer
- Applications Engineer
- Junior Electrical Engineer
What skills will I learn?
- Circuit analysis and design
- Digital logic design
- Microprocessor and microcontroller systems
- Signals and systems analysis
- Electromagnetics and wave propagation
- Control systems theory and design
- Communications systems
- Power systems and energy conversion
- Analog and digital electronics design
- Programming (e.g., C++)
- Computer Skills
- Initiative
- Interpersonal Skills
- Math Skills
- Problem-Solving Skills
- Project Management Skills
- Communication Skills