Best General Engineering Degree Programs in Maryland in 2026
General engineering degrees in Maryland can lead toward computer and electrical systems, mechanical design, aerospace or materials while retaining a broad Engineering bachelor’s award. These rankings review Loyola University Maryland in Baltimore, the University of Maryland Eastern Shore in Princess Anne and Frostburg State University in western Maryland.
All three offer complete Engineering bachelor’s degrees with defined specializations or concentrations. Compare the actual technical requirements and campus arrangements alongside the degree name: an electrical concentration within an Engineering B.S. is a different award from a separately named Electrical Engineering B.S.
How we ranked general engineering bachelor’s programs in Maryland
This selection reviews three complete Engineering bachelor’s programs with technical specializations and applied design study. It excludes first-year engineering entry and does not treat a university’s separate disciplinary or collaborative degree as the same program.
Loyola leads for its shared experimental methods and systems analysis requirements and clearly described two-semester multidisciplinary capstone. UMES follows for its broad common core, four specializations and prescribed laboratory study. Frostburg adds a distinct materials option alongside electrical systems and a practical concentration-based curriculum.
Tuition is $30,905 per semester for 12–18 credits. Housing, meals and other personal or course-related expenses are separate; the university does not charge a separate comprehensive fee.
Loyola Maryland’s Engineering B.S. keeps two technical directions within a single engineering award: Computer and Electrical Engineering, and Mechanical Engineering. Students share requirements in experimental methods and systems analysis before applying their specialization to a two-semester senior design project. Teams prepare an open-ended project proposal in fall and complete and test the design in spring, with faculty guidance and written and oral reporting. The Baltimore program’s curriculum makes design decisions part of the technical work, including attention to safety, ethics and the social setting in which a system will operate.
Where it stands out
Consider Loyola if you want a broad engineering degree with a clearly identified mechanical or computer-and-electrical direction. The required experimental methods and team capstone provide a common foundation, while the optional Hauber Fellowship offers a separate opportunity to investigate a faculty-guided research question during summer.
What to weigh
This BSE does not offer an unrestricted menu of every engineering specialty. Compare the two current specializations with your intended work before choosing the broad award name. The summer research fellowship is competitive, and a personal cost estimate should add housing and meals to the published full-time tuition.
The BSE offers specializations in Computer and Electrical Engineering or Mechanical Engineering.
Experimental Methods and Engineering Systems Analysis are required across the engineering specializations.
Mechanical coursework includes thermodynamics, materials, solid and fluid mechanics and mechanical design; the computer and electrical direction includes programming, circuits, electronics, probability and signals.
Areas of focus
Computer and Electrical Engineering
Mechanical Engineering
Admission & progression
The university considers high-school academic performance alongside essays, recommendations, activities and demonstrated character and leadership.
The first-year application includes a high-school transcript, personal statement and counselor recommendation; SAT or ACT scores are optional.
Design & practical experience
Engineering Design Project I and II form a required two-semester capstone with multidisciplinary teams.
Teams prepare a fall proposal, then complete and test the design in spring, with written and oral reporting.
The competitive Hauber Fellowship supports a ten-week summer undergraduate research project; it is an optional opportunity rather than a guaranteed placement.
The university lists $18,341 annual nonresident tuition and a $9,173 regional rate for eligible Delaware and Virginia Eastern Shore residents. Annual mandatory undergraduate fees are $3,579.50 in addition to tuition; housing, meals and applicable course expenses are separate.
UMES offers a 124-credit Engineering B.S. that uses a common core before specialization in aerospace, computer, electrical or mechanical engineering. Programming and digital logic sit alongside statics, dynamics, materials, instrumentation and controls. The specialization adds five courses and a laboratory, while Senior Design I and II remain part of the shared engineering requirements. The broad BS-E is still listed as a current award alongside the university’s newer, separate Biomedical, Electrical and Mechanical Engineering bachelor’s degrees. That distinction matters when requesting a curriculum or discussing which program’s accreditation applies.
Where it stands out
Consider the Princess Anne program if you want substantial exposure to both physical systems and electronics before concentrating your technical electives. Its four specialization options can support different interests within the same engineering award, and Maryland and eligible regional residents have separate published tuition schedules to evaluate.
What to weigh
Ask specifically for the Engineering BS-E plan when comparing the electrical or mechanical specialization with UMES’s separate disciplinary degrees. They are different awards. A proposed specialization must satisfy its course and laboratory requirements, and the resident tuition figure excludes mandatory fees, housing, meals and other expenses.
The 124-credit Engineering B.S. includes a 48-credit common engineering core and a 17-credit specialization block.
Core requirements span programming, circuits, digital logic, statics, dynamics, materials, instrumentation and controls.
Each specialization requires five courses and a laboratory chosen within its prescribed options.
Areas of focus
Aerospace
Computer
Electrical
Mechanical
Admission & progression
The university publishes a 2.5 freshman GPA requirement, with special admission pathways such as Summer Bridge for applicants below that level.
Transfer admission requires at least a 2.0 GPA. First-year preparation includes four units each of English and mathematics, and three each of natural and social sciences.
Admission is test optional and applications are reviewed on a rolling basis after required materials are complete.
Design & practical experience
Required laboratories accompany basic circuits, digital logic, analog and digital electronics, and controls.
Senior Design I and II form a two-course design sequence in the engineering core.
The specialization includes a laboratory; available directions include embedded systems, communications, or robotics and automation depending on the chosen plan.
The published nonresident tuition is $23,306 annually, with a $17,198 regional rate for eligible residents of specified nearby states within 120 miles. Mandatory university fees and applicable engineering course fees are additional. This is the Frostburg engineering award, distinct from the University of Maryland collaborative program’s tuition arrangements.
Frostburg State’s Engineering B.S. pairs a shared quantitative and design foundation with a choice of Electrical Engineering or Materials Engineering concentration. The common curriculum includes introductory design, energy engineering, numerical methods, computer-aided design, calculus and physics. Electrical study moves through circuits, electronics, signals, embedded systems and controls, with laboratories and a senior project. Materials study instead examines manufacturing and the behavior and processing of metals, ceramics and polymers. These are concentrations within Frostburg’s own broad engineering degree, separate from its collaborative mechanical engineering arrangement with the University of Maryland.
Where it stands out
Consider Frostburg if your interest lies in electronic systems or the materials and manufacturing processes behind physical products. The concentration structure provides a defined technical direction within an engineering award, and the published Maryland and regional tuition schedules give eligible students useful cost comparisons.
What to weigh
Confirm both the concentration and the teaching location when speaking with an adviser: the electrical program also has a separate transfer-completion arrangement at Anne Arundel Community College. The review here concerns Frostburg’s campus program. Its own engineering tuition should not be replaced with rates for the separate University of Maryland collaborative degree.
The broad Engineering B.S. offers Electrical Engineering and Materials Engineering concentrations.
Common requirements include introductory engineering design, energy engineering, numerical methods, computer-aided design, calculus, differential equations, physics and chemistry.
The electrical direction covers circuits, digital logic, electronics, signals, communications, embedded systems and controls; the materials direction includes manufacturing, microfabrication and metal, ceramic and polymer materials.
Areas of focus
Electrical Engineering
Materials Engineering
Admission & progression
First-year preparation requires four units each of English and mathematics, three social-science units and three science units, with two laboratory sciences.
The university reviews academic preparation, challenging coursework, life experiences and interests when considering an application.
Design & practical experience
The electrical concentration includes circuit laboratories, instrumentation and prototyping, followed by a senior capstone that takes a concept toward a working prototype.
Materials students have access to Compton Science Center facilities for materials and manufacturing work.
Internships and laboratory assistant positions are optional experiences to discuss with the department.
What matters in general engineering bachelor’s programs in Maryland
A complete engineering award
Each review identifies the exact degree and distinguishes its concentrations from separate engineering degrees.
Required applied work
Laboratories, experimental methods and senior design provide concrete evidence of how technical concepts are used.
A usable campus and cost comparison
Locations, regional tuition eligibility and collaborative arrangements are explained where they affect the choice.
How general engineering degrees in Maryland divide into technical directions
Loyola’s current BSE offers Computer and Electrical Engineering or Mechanical Engineering specializations. UMES offers aerospace, computer, electrical and mechanical specializations within its BS-E. At Frostburg, the broad Engineering B.S. has Electrical Engineering and Materials Engineering concentrations. The common award name therefore does not mean the available technical directions are identical.
UMES also lists separate Biomedical, Electrical and Mechanical Engineering bachelor’s degrees. Request the plan for the exact award under consideration before comparing course requirements or accreditation. Frostburg’s collaborative mechanical engineering program with the University of Maryland is similarly distinct from Frostburg’s own Engineering B.S.
Look beyond the specialization label to laboratories and senior design
Loyola requires Experimental Methods and Engineering Systems Analysis across its specializations. Its capstone teams develop a fall proposal and complete and test the project in spring. UMES prescribes laboratories within its core and requires Senior Design I and II, with an additional laboratory inside the specialization block. Frostburg’s electrical concentration includes circuit work, instrumentation and a senior capstone; its materials direction turns attention toward manufacturing and material behavior.
Students interested in devices that combine mechanical motion, sensing and electronics should compare the available course sequence with mechatronics programs. A broad engineering label alone does not establish how much controls, programming or mechanical design a particular concentration requires.
Compare Baltimore, the Eastern Shore and western Maryland
These programs occupy different parts of the state. Loyola is in Baltimore, UMES is in Princess Anne on the Eastern Shore and Frostburg State is in western Maryland. A campus visit or advising conversation should address access to the required laboratories, commuting arrangements and the sequence of courses that must be taken in person. Frostburg’s separate Anne Arundel electrical completion option needs its own transfer and location review.
UMES and Frostburg publish Maryland resident rates and regional schedules with different eligibility rules. Loyola uses its private-university full-time tuition schedule. Add mandatory fees, housing, meals and applicable engineering course charges before comparing aid offers. The engineering degree cost guide explains how to keep tuition and the wider attendance budget distinct.
Questions, answered
What else should you know?
Are UMES electrical and mechanical specializations separate bachelor’s degrees?+
The specializations reviewed here belong to the broad Engineering BS-E. UMES also offers separately named Electrical and Mechanical Engineering bachelor’s degrees, so applicants should request the curriculum for the precise award they intend to pursue.
Which reviewed Maryland program offers a materials concentration?+
Frostburg State’s Engineering B.S. offers a Materials Engineering concentration, covering manufacturing and the properties and processing of materials.
Does Loyola offer a mechanical direction within its Engineering B.S.?+
Yes. Its current BSE includes Mechanical Engineering and Computer and Electrical Engineering specializations, with shared experimental methods, systems analysis and senior design work.
Can nearby out-of-state residents qualify for regional tuition?+
UMES and Frostburg publish regional undergraduate tuition schedules, but the eligible locations differ. Verify the university’s residency rules before using a regional figure in a budget.
Keep researching
Choosing a general engineering degree
Learn what a general engineering degree covers, how concentrations build technical depth and how broad bachelor's programs compare with specialized majors.
