Applied Engineering

Keiser University’s applied engineering program provides comprehensive education in engineering and technology fundamentals. This bachelor of science in applied engineering covers electrical systems, mechanical systems, manufacturing processes, computer science applications, and project management. Students learn to diagnose failures, repair complex systems, and apply engineering principles to solve real-world challenges. The curriculum balances theoretical knowledge with practical skills, preparing graduates to enter the industry with confidence and competence.

The Applied Engineering program at Keiser University is dedicated to providing a comprehensive, hands-on education that equips students with the technical knowledge, critical thinking skills, and innovative mindset necessary to excel in rapidly evolving and diverse engineering fields. Our mission is to foster an inclusive and collaborative learning environment that emphasizes ethical responsibility, sustainability, and the application of engineering principles to address real-world challenges. Through support from faculty and peers, we prepare graduates to become effective leaders, innovators, and problem-solvers who contribute positively to local and global communities.

• Students will attain technical competency, critical thinking and problem-solving skills who apply engineering principles and concepts to analyze, design, and develop creative solutions to real-world challenges using modern tools and technologies.
• Students will collaborate effectively in multidisciplinary teams, foster a diverse and inclusive environment, and demonstrate professionalism and strong communication skills to convey complex technical ideas to a wide range of audiences.
• Students will lead transformative changes in technology and innovation with a strong commitment to sustainability and ethical responsibility while addressing diverse user needs that benefit both local and global communities.

Completion of all general education coursework with a minimum cumulative grade average of 2.0 (exceptions only by approval of Program Director).

• Small class sizes for personalized attention from expert faculty
• Hands-on experience with industry-standard equipment and technology
• Real-world projects that build practical skills for immediate application
• Strong foundation in mathematics, physics, and engineering science
• Focus on systems thinking and problem-solving across traditional engineering disciplines
• Flexible campus and online learning options
• Preparation for professional engineer career path
• Opportunities to attend workshops and networking events
• Career services and job placement assistance after graduation

Required and Optional Fees for Programs: Fees are costs set by the university in addition to tuition (and room and board, if applicable). These fees may be required for your program or optional depending on the courses you take, and they support the costs associated with completing an approved program of study. Fees are defined in the university’s catalog or supplement and listed on the school’s billing statement or invoice. Fees that are optional will not be paid using GI Bill® benefits and will be the responsibility of the student choosing these additional options. For additional guidance, please see your Program Director or Admissions Counselor.

Keiser University guides students through the financial aid process from start to finish. Grants, scholarships, and federal financial aid are available for students who qualify to help manage the cost of education. Students may be eligible for federal Pell Grants, subsidized and unsubsidized Stafford Loans, PLUS Loans, and institutional scholarships. Keiser participates in all major federal financial aid programs and has dedicated Financial Services staff on each campus. The university's Net Price Calculator (available at keiseruniversity.edu) helps prospective students estimate their out-of-pocket costs after financial aid. Approximately 93% of enrolled students receive grants or scholarships. Military benefits are also available for eligible active-duty service members, veterans, and their dependents.

Graduates of Keiser University’s Bachelor of Science in Applied Engineering pursue career paths across multiple industries. The program prepares students for job titles in manufacturing, aerospace, civil engineering, environmental engineering, quality control, systems integration, and engineering management. This bachelor’s degree supports career changers, recent high school graduates, and working professionals by providing the technical knowledge, hands-on experience, and problem-solving abilities needed to succeed in today’s job market.

Career Pathways in Engineering and Technology

• Field service technician
• Quality control specialist
• Manufacturing engineer
• Systems integration technician
• Process engineer
• Electrical systems technician
• Mechanical systems specialist
• Automation engineer
• Production supervisor

• Project coordinator
• Operations manager
• Maintenance engineer
• Controls engineer
• Test engineer
• Design technician
• Instrumentation specialist
• Research and development technician
• Engineering management roles

Gain Job-Ready Skills for an Applied Engineering Career:

• Programmable logic controller (PLC) programming and troubleshooting
• Electrical and mechanical systems diagnostics
• Robotics and automation fundamentals
• Hydraulic and pneumatic control systems operation
• Data collection, analysis, and interpretation
• Safety standards and quality assurance methods
• Scientific testing and measurement techniques
• Technical report writing and team communication

Keiser University offers career-focused degree programs designed to support working adults, traditional students, and career changers. With on-campus, online, and hybrid learning options, experienced faculty, and comprehensive student support, Keiser helps learners achieve their personal and professional goals at all levels.

Can I get an applied engineering degree online at Keiser University?

Yes. Keiser University’s Bachelor of Science in Applied Engineering offers both online and on-campus options. Students receive the same quality instruction, support, and resources across all delivery methods.

What's the difference between applied engineering and a traditional engineering degree?

A traditional engineering degree (such as civil engineering, mechanical engineering, or electrical engineering) typically focuses more on theoretical principles, design, and research. It also uses advanced mathematics and scientific principles to design new products and systems. An applied engineering degree emphasizes practical skills, hands-on experience with systems and equipment, and immediate application of engineering principles to solve real-world problems. Applied engineering graduates often work in technical roles supporting engineering projects, manufacturing operations, quality control, and systems maintenance.

What careers can I pursue with a Bachelor's Degree in Applied Engineering?

Graduates can pursue careers as field service technicians, manufacturing engineers, quality control specialists, systems integration technicians, automation engineers, process engineers, maintenance engineers, production supervisors, and engineering management positions across industries including aerospace, manufacturing, electrical systems, and environmental engineering.

Can I transfer credits from another institution?

Yes, Keiser University accepts transfer credits for undergraduate and graduate-level programs. Our admissions team will work with you to review your transcripts and determine your transfer eligibility. Credits transfer based on several factors including accreditation and course equivalency. Learn more about credit transfer requirements and eligibility requirements.

Can I pursue graduate programs after completing this bachelor's degree?

Absolutely. The Bachelor of Science in Applied Engineering prepares students to pursue graduate programs in engineering, engineering management, business, or other fields. Many graduates continue their education to advance into leadership roles or specialized technical positions.

What kind of hands-on experience will I get?

Students work with industry-level tools and equipment throughout the program. You’ll gain experience with electrical and mechanical systems, manufacturing processes, control systems, diagnostic equipment, and computer programming. The Senior Design Project provides an opportunity to apply everything you’ve learned to a comprehensive real-world project.

How long does it take to complete the program?

The program takes approximately 35 months to complete for students enrolled full-time. The actual time to graduation varies based on transfer credits, course load, and individual circumstances.

What's the job market like for applied engineering graduates?

The job market for applied engineering graduates remains strong across multiple industries. Manufacturing, aerospace, construction, environmental engineering, and technology sectors all need skilled professionals who can bridge the gap between engineering theory and practical application. Engineering management roles continue to grow as industries seek professionals who understand both technical systems and business operations.

According to the U.S. Bureau of Labor Statistics (BLS) anticipates robust growth in engineering occupations, from 2024 to 2034, employment for several engineering occupations is projected to grow faster than the 3.1-percent average for all occupations.

What mathematics and science courses will I need to take?

The curriculum includes College Algebra, Trigonometry, Pre-Calculus, Calculus I, Statistics, General Physics I and II with labs, and General Chemistry. These courses build the strong foundation needed to understand engineering principles and solve complex technical problems.

Can I work while completing this degree?

Many students at Keiser University work while pursuing their bachelor’s degree. Flexible scheduling options, including evening and weekend classes at select campuses and online courses, accommodate working professionals and students with other commitments.

Will this program prepare me to become a Professional Engineer (PE)?

While this applied engineering degree provides a strong foundation in engineering principles and practical skills, the path to Professional Engineer certification typically requires a traditional engineering degree from an ABET-accredited program. Graduates of this program often pursue advanced roles in engineering technology, technical management, and specialized technical positions that don’t require PE licensure.

What computer science and technology skills will I learn?

Students learn Programming in C for Engineers, computer systems, Modeling and Simulation, Rapid Prototyping with FPGA (Field Programmable Gate Arrays), and various industry software tools. These technology fundamentals prepare you to work with modern engineering systems and equipment.

Keiser University holds institutional accreditation by the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) to award associate, bachelor’s, master’s, and doctoral degrees, including those in Applied Engineering. Learn more about Keiser University accreditation. The SACSCOC accreditation ensures Keiser University meets rigorous quality standards, which is crucial for students as it affects access to federal financial aid, the transferability of credits to other accredited schools, and recognition of degrees for graduate programs and employers. This accreditation signifies that the institution adheres to standards that ensure educational quality and institutional effectiveness.

While the Applied Engineering program doesn’t require programmatic accreditation, the program still offers a robust and practical curriculum designed to equip students with the knowledge and skills needed for successful careers in engineering technology and related fields.