Electricity drives everything around us, and a degree in electrical engineering provides countless career options and limitless employment potential.
What is Electrical Engineering?
A degree in electrical engineering opens the door to a career in nearly any industry. Electrical Engineering students learn through a combination of design and lab work. This mix of theory and practical application prepares students to apply mathematical and scientific principles to design, development, and operational evaluation of electrical and electronic systems and their components.
This Associate of Science in Engineering (A.S.E.) program is designed for transfer to certain four-year Maryland institutions. Students wishing to transfer out-of-state should consult with the Engineering department or academic advisor to develop an educational plan.
Electrical Engineering Degrees and Certifications
The Garrett College Engineering department awards Electrical Engineering graduates an Associate of Science in Engineering (A.S.E.). An Electro-mechanical Technology Certificate is also offered by the Engineering department.
Information Literacy Skills: To incorporate information literacy skills that will enable them to locate, evaluate, and effectively use information in the student’s program option.
Communication Skills: To communicate effectively, both orally and in writing; to demonstrate skills in technical writing.
Critical Analysis and Reasoning Skills: To be able to analyze case studies and solve problems relating to engineering field with the help of technology tools; to function effectively and efficiently using critical thinking and analytical skills in problem solving either as an individual or as a team member; to distinguish critical from non-critical information in various situations.
Scientific Literacy and Quantitative Reasoning Skills: To use technology and computer applications to effectively collect data, analyze and display results.
Information Management Skills: To use software tools for research, communication and practical applications.
Academic and Technical Proficiency in the Major: Graduates of the Engineering program will be proficient in the knowledge, skills and abilities to transfer to four-year institutions to continue their studies of higher learning.
The curriculum is built around a strong basic core of mathematics, the sciences including chemistry and physics, and computer technology. Students will gain knowledge of engineering theory through engineering courses and application of theory to real world problems. The program will provide students hands-on experience in the design, development, implementation, and management of projects and in the communication and presentation of their ideas and project plans. Graduates may choose to continue learning at a four-year institution or begin in their chosen career.
Garrett's Electrical Engineering program prepares you for a career in any of the following fields:
- Engineering project management
- Military systems engineering
- Scientific systems engineering
- Mining technology
- Fabrication systems
- Logistics systems design and development
- Software and hardware design
- Vehicle systems design and maintenance
- and more
Electrical Engineering A.S.E. Degree
Total Credit Hours Required 64
GER Required Credits 32
Comp I—Expos Writing
Min. C grade required
Arts and Humanities
- SPC101 Intro to Communication 3
- GER Humanities Course 3
Social and Behavioral Sciences
- GER Two (2) Soc & Behav Science Courses 6
- CHE101 Chemistry I 4*
- PHY111 Gen Physics I (Calc-based) 5*
- MAT190 Calculus I 4*
- CIS170 Computer Science Programming I 4*
Core Courses 32
- ENR100 Intro to Engineering Design 3*
- PHY112 Gen Physics II (Calc-based) 5*
- MAT191 Calculus II 4*
- MAT192 Calculus III 4*
- MAT281 Differential Equations 4*
- ENR210 Basic Circuit Theory 3*
- ENR211 Electrical & Digital Circuit Lab 2*
- ENR230 Sci & Engineering Computations 3*
- ENR240 Digital Logic Design 3*
- ENR241 Digital Logic Design Lab 1*
Additional Graduation Requirements:
*Must achieve a grade of "C" or better in all computer science, engineering, mathematics, and natural/physical science courses.