Explore Hands-On Learning in Milligan’s Electrical Engineering Major
Milligan’s program is built on the principles of excellence and service. Students receive personalized attention from dedicated faculty who are experts in their fields. The program focuses on developing technical expertise and ethical leadership skills. State-of-the-art labs and collaborative projects provide hands-on experience, helping students bridge theory and real-world applications. Rooted in Milligan’s mission to educate servant leaders, the program equips students to address challenges with both knowledge and purpose.
WILLIAM B. GREENE JR., SCHOOL OF BUSINESS & TECHNOLOGY
BACHELOR OF SCIENCE
Personally, faith was something that drove my interest in Milligan. I would not have considered it if there was no spiritual aspect involved. In addition, my engineering department has the same interest in using the profession to put faith to work in the community. Being able to use my expertise to continue God’s kingdom is the core motivation behind my college education so learning from professors with the same interest is a true blessing for me.”
Hanna Khuzadi | Class of 2027
Career Paths in Electrical Engineering
Graduates with an Electrical Engineering degree from Milligan University are equipped with the skills and knowledge needed to pursue various career opportunities in industries such as technology, energy, telecommunications, and manufacturing.
Potential Careers
Electrical Engineer
Test Engineer
Control Systems Engineer
Field Engineer
Energy Systems Engineer
Focus on sustainable energy production and distribution.
Analog Design Engineer
Develop circuits for electronic applications.
Admission
There is no separate application for the engineering program. Entering first-year students should apply to Milligan University and declare an electrical or mechanical engineering major. (Transfer students interested in entering the engineering program will need to have their transcripts evaluated and a plan sheet developed to determine if any additional coursework or time is necessary to complete the program and degree.)
Program Recommendations
Engineering coursework involves a demanding undergraduate curriculum. Applying students should exemplify exceptional study habits, mental preparedness, and dedication to purpose. Students preparing to study engineering should plan to take as many math and science classes as possible. Entering engineering students will be subject to the following recommendations:
- 3.5 high school GPA (3.0 cumulative for transfers; see note above under “Admission”)
- Composite ACT score of at least a 25 (1200 new SAT; 1130 old SAT) with at least a 25 in the math category ( 620 new SAT; 600 old SAT)
- A minimum of 4 credits of high school mathematics
- Algebra 1
- Algebra 2
- Geometry
- Pre-Calculus or Trigonometry
- A minimum of 3 credits of high school physical science from the following
- Chemistry 1
- Chemistry 2
- Physics 1
- Physics 2
These are recommendations, not requirements. Students who have completed this recommended level of high school study will be better prepared for the engineering curriculum. Students will be more prepared if additional science and math courses are taken and if the classes are Advanced Placement or College Preparatory level. Some experience with programming language will be an additional benefit. Deficiencies in any of these categories can be overcome; however, the student may be at an academic disadvantage.
Self Assessment
Engineering is a demanding discipline. It requires dedicated focus, significant effort, and good management of your resources. National statistics show that at the undergraduate level about half of the engineering graduates in the United States graduate in five (5) years, while the other half graduate in four (4) years. There are many factors that come into play in making a 4-year or 5-year decision—things like financial situation, time availability, playing collegiate sports, and the pursuit of multiple degrees.
We would like to provide the support that meets your needs. Please contact Milligan Engineering if you have any questions or would like to have further discussions.
Progression Gateways
Once enrolled, students will be required to meet certain progression gateways and benchmarks in order to progress through the Milligan Engineering Program. Satisfactory progress (a C- or better) must be attained in all of the math-science-engineering courses at the First-Year, Second-Year, and Third-Year Gateways before the student can enroll in the next year’s courses.
Each student will be advised by an engineering professor prior to submitting their course requests each semester. This advising time will serve to ensure the student is properly prepared for the next semester and is following the correct path through the program.
Milligan Engineering is ABET Accredited
Milligan University’s engineering department is accredited by the Engineering Accreditation Commission of ABET. ABET accreditation or a substantial equivalent is required for professional engineering licensure in many states, including Tennessee, and many employers only hire from ABET-accredited programs.
Discover Engineering
Learn about our degree offerings in engineering, including electrical and mechanical engineering disciplines.
Mission Statement
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Provide high-quality electrical engineering education to prepare students to be servant-leaders serving industry, community, and the public through integrating Christian faith, technical skills, social responsibility, and a global vision.
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Be a major talent-base of electrical engineers that serves the tri-cities region and beyond.
Program Educational Objectives
A few years after graduation, the Milligan Engineer will have progressed through positions of increasing professional responsibility. They will have a track record of seeking out and meeting new challenges. The Milligan Engineer will be considered reliable by their supervisors and clients, a credible resource by their peers and community, and a mentor to junior colleagues. They will have demonstrated impeccable integrity. In all that they do, the Milligan engineers will have demonstrated that they serve people by considering all aspects of their work.
Annual student enrollment and graduation data can be obtained from the engineering offices and available through all engineering faculty members.
Student Outcomes
After completing the Bachelor of Science in Electrical Engineering degree, students will gain:
- An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics
- An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors
- An ability to communicate effectively with a range of audiences
- An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts
- An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives
- An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions
- An ability to acquire and apply new knowledge as needed, using appropriate learning strategies
Curriculum
The heart of engineering is often described as “design,” and, at Milligan, engineering education provides multiple opportunities for students to practice design in a multi-disciplinary environment. This is a “hands-on” educational experience. Engineering at Milligan is a four-year program, but students may opt for a fifth-year in order to complete a Co-Op Program. Graduates can begin work in the engineering field or enter into graduate studies.
Milligan engineering students receive a rigorous preparation in science and mathematics in the context of the Milligan liberal arts curriculum. This foundation enriches engineering and technology components with an understanding of culture, arts, and the humanities, and encourages students to see how all subjects—and technological solutions—are interconnected. This traditional four-year program offers small classes that provide close attention to student learning, progress, and success. Our industrial partners provide many opportunities for internships and co-ops.
Course Outline
Electrical Engineering (EE) focuses on all things electrical/electronic, including electronic devices, systems, and energy. This includes digital-based communication and control systems; generation, transmission, and distribution of electric power; electronic devices and electrical circuits for producing, detecting, and controlling electrical signals; and robotics and control systems. For more information, visit the Institute of Electrical & Electronics Engineers (IEEE).
Co-Op Program
A co-op is a great way to get hands-on work experience in the engineering field, get paid, and earn credits toward the degree. Plus, employers prefer candidates with proven industry experience, so a co-op is a great foray into possible job opportunities and gives you a leg-up on the competition when you graduate. A co-op is a structured program with specific requirements for the student and employer. Milligan will help place qualified students in cooperating engineering and technology firms throughout the world. Students doing the co-op program will require an additional year of enrollment (5-year plan).
Engineering and the Liberal Arts
Engineering is more than applying math and science to solve problems. Engineering involves innovation and analysis and integrates many disciplines in order to develop successful technological products or systems. Milligan engineering students will receive a rigorous preparation in science and mathematics in the context of the Milligan liberal arts curriculum. This foundation enriches engineering and technology components with an understanding of culture, arts, and the humanities, and encourages students to see how all subjects—and technological solutions—are interconnected.
Engineering Faculty
Jeffrey Giesey
Professor of Electrical Engineering; Associate Dean of the William B. Green, Jr. School of Business and Technology
Gregory Harrell
The Malcolm C. and Ruth G. Myers Chair of Engineering; Director of the Engineering Programs; Associate Professor of Mechanical Engineering
Hongyou Lu
Assistant Professor for East Asian Studies and Engineering Program Development Associate
Frequently Asked Questions
What Makes Milligan's Electrical Engineering Major a Good Choice for Students?
The Electrical Engineering major at Milligan University is rooted in a Christ-centered education that combines technical skills with ethical leadership. Students benefit from small class sizes and personalized mentorship, ensuring individual attention and guidance throughout their academic journey. The program prioritizes hands-on learning, allowing students to work on real-world projects and gain practical experience in state-of-the-art labs.
Milligan’s mission to prepare servant-leaders creates an environment where students develop their technical expertise and ability to approach challenges with integrity and purpose. Graduates leave equipped with a strong academic foundation and the ability to make meaningful contributions to their communities and industries.
What Kind of Hands-On Experiences Will I Have as an Electrical Engineering Student?
Milligan’s Electrical Engineering major students gain practical experience through innovative labs and collaborative projects. From designing circuits to developing renewable energy solutions, students engage in tasks that mirror real-world engineering challenges. Labs are equipped with the latest technology, ensuring students learn with tools aligned with industry standards.
Internships further enrich the learning experience, connecting students with organizations where they can apply their skills in professional settings. Faculty mentorship ensures that students maximize their potential, whether working independently or in a team setting. By graduation, students are well-prepared to excel in technical and leadership roles.
How Does Faith Play a Role in the Electrical Engineering Program?
Faith is seamlessly integrated into Milligan’s Electrical Engineering major, shaping how students approach their studies and careers. Courses emphasize ethical decision-making in engineering, encouraging students to consider the broader implications of their work in electronics and electrical engineering. Whether designing technology or solving global challenges, students learn to apply their skills in ways that honor God and serve others.
Faculty members provide mentorship that blends technical expertise with spiritual guidance, fostering an environment where students grow both academically and personally. This foundation helps graduates navigate their professions with integrity, compassion, and a commitment to making a positive impact.
What Careers Can I Pursue with an Electrical Engineering Degree from Milligan?
An Electrical Engineering degree from Milligan opens doors to various impactful careers. Graduates can pursue roles such as electrical engineer, designing systems that power everyday life, or test engineer, ensuring the safety and reliability of new technologies in automotive and communication systems. Field engineers solve on-site challenges, while energy systems specialists focus on sustainable energy solutions.
Other opportunities include embedded systems developers, who integrate hardware and software, and power systems engineers, who design infrastructure for electricity distribution. These diverse career paths reflect the program’s emphasis on versatility and real-world readiness.
Does Milligan Provide Career Services for Electrical Engineering Students?
Milligan supports students majoring in Electrical Engineering with robust career services designed to prepare them for professional success. From resume workshops to networking events, students gain tools to navigate the job market confidently. Faculty and alumni connections provide valuable insights and mentorship in electrical and computer engineering, helping students identify opportunities that align with their goals.
Internships are a key part of the career preparation process. They offer real-world experience and industry exposure. These experiences and personalized support ensure that students graduate ready to excel in their chosen careers.
Are Research Opportunities Available for Electrical Engineering Students?
Students in Milligan’s Electrical Engineering major have access to various research opportunities that deepen their understanding of engineering concepts. Working alongside faculty or collaborating with industry partners, students tackle projects exploring advanced topics such as renewable energy systems, robotics, and signal processing.
These research experiences enhance technical skills in areas like electromagnetics and prepare students for graduate studies or innovation-focused careers in automotive technology. By participating in projects that address real-world challenges, students gain a competitive edge and a deeper appreciation for the impact of their work.
What Support Is Available for Students in the Program?
Milligan provides a supportive and welcoming environment for undergraduate Electrical Engineering students. Faculty members offer personalized mentorship, ensuring students receive guidance tailored to their academic and career goals.
The campus community fosters collaboration and personal growth, with resources like tutoring, advising, and modern facilities to enhance the student experience. Whether navigating complex coursework or preparing for internships, students have access to the support they need to succeed academically and thrive personally.