Electrical and Computer Engineering FAQs

The answers to questions frequently asked by current electrical and computer engineering students can be found below.

  • Electrical engineering is arguably the largest discipline of engineering. It focuses on the application of the principles of electricity and its use with electrical devices and systems. In this energy conscious world, a thorough understanding of energy and its uses is essential to the success of an electrical engineer.

  • Nearly every industry utilizes electrical engineers. Graduates have the qualifications to enter careers in areas such as, but not limited to, telecommunications, computer engineering, manufacturing, aerospace industry, power generation and distribution, alternative energy, robotics, and automation. Typical job titles for graduates may include electrical engineer, electronics engineer, telecommunications engineer, project engineer, planner, project supervisor, consulting engineer, and design engineer.

  • Electrical Engineering requires rigorous training in basic engineering principles along with the development of skills in the areas of planning and management of design projects and the associated systems and resources. Graduates in the area of Electrical Engineering will be required to master technical elements and to demonstrate particular competence in the areas of communication, fiscal management, and project control. The broad-based background is tailored to develop professionals who will be able to move between the technical and managerial aspects of electrical engineering projects and to serve in key leadership positions within the engineering profession.
  • The Electrical Engineering curriculum offers a balance of coursework in engineering analysis and engineering design as well as, engineering practice and management. Here's the outcomes which our curriculum strives to achieve. Graduates of this program will be able:

    • To recognize careers in the electrical engineering field and appreciate the importance of life-long learning, participation in professional societies, and continued professional development.
    • To communicate effectively in written, oral, mathematical, and graphical formats as appropriate to electrical engineering projects.
    • To function as productive team leaders and team members in defining and solving electrical engineering problems.
    • To conduct design of a electrical engineering system, process, or component using standard design methods, practice, and procedures; synthesize an engineering process or system by integrating solution components; and critically evaluate alternative solutions and designs.
    • To apply and interpret appropriate software to improve accuracy and efficiency in developing electrical engineering solutions.
    • To identify, formulate and solve electrical engineering problems and designs and correctly apply science, mathematics, statistical analysis, and suitable engineering principals in these solutions.
    • To recognize and analyze ethical, legal, safety, environmental, global and contemporary social issues in developing and applying engineering decisions.
    • To design and conduct experiments and collect, analyze, and interpret data (from experiments or other processes) for application in electrical engineering designs and solutions.
    • To conduct economic and cost analysis of electrical designs, processes, systems, or components.
    • To apply modern business, accounting and management practices in conducting and analyzing electrical designs, processes, and systems.
    • To evaluate ethical, societal, and environmental issues as they affect electrical engineering decisions and designs.
    • To effectively apply engineering principles to create, design, analyze, or improve electrical processes, devices, or systems.
  • It is an engineering degree designed according to the accreditation requirements of the Engineering Accreditation Commission (EAC) of ABET, the accreditation agency for engineering programs in the United States.

  • All Engineering degree programs are ABET accredited at Kennesaw State University in their respective program areas including Electrical Engineering retroactively from 2012.

    KSU is also accredited by the Southern Association of Colleges and Schools and all degrees must adhere to their accreditation requirements. 

  • Georgia like other states requires applicants to graduate from an ABET accredited program or equivalent. Even before our ABET accreditation was received in the summer of 2014, this program was viewed as the equivalent. For example, the Board of Professional Engineers and Land Surveyors (BPELS) reviewed the engineering curricula at KSU in 2009 and voted to accept them as satisfying the requirement. The Board’s decision allowed KSU engineering students to sit for the Fundamentals of Engineering Exam, which is the first step towards professional licensure as an engineer.

  • Assuming your experience satisfies the licensing board and you've met all other licensing criteria in place at the time you apply, then yes.

  • Login into OwlExpress to change your major.

  • Former students can return and take the prescribed requisite courses to satisfy the degree. Please be sure consult with your assigned EE faculty advisor. (See
    previous question as well.)

  • Former students can return and take the requisite courses to satisfy the degree. If you graduated from KSU's ECET program AND have passed the Fundamentals of Engineering exam (E.I.T.) then you only have to take those courses which are unique to the degree. That's about 32 semester hours of courses.