John Hopkins University

What you'll study

The undergraduate engineering curriculum provides a core of mathematics, physics, chemistry and computing, followed by engineering fundamentals and a progressive design sequence. In the first years you typically take calculus, differential equations, linear algebra, introductory physics and chemistry, programming, materials science and engineering mechanics. Core engineering courses cover statics and dynamics, thermodynamics, circuits, signals and systems, fluid mechanics and systems design, depending on your chosen major.

After completing foundational work you move into major-specific modules. Typical specialisations available at the Whiting School of Engineering include biomedical engineering, mechanical engineering, electrical and computer engineering, chemical and biomolecular engineering, civil and systems engineering, environmental engineering and materials science and engineering. Each major includes laboratory courses, senior design projects and electives that allow you to apply theory to open-ended problems.

Undergraduates are encouraged to take humanities and social science breadth requirements to develop communication, ethics and leadership skills. Independent study, capstone design, team-based projects and supervised research with faculty are important elements of the degree, and many students take interdisciplinary electives in data science, entrepreneurship, public health or medicine.

Entry requirements

Admission is competitive and seeks students with strong achievement in secondary school mathematics and science. Typical preparation includes advanced courses in calculus (or equivalent), physics and chemistry, plus exposure to computing or engineering where possible. Successful applicants present a strong overall academic record, compelling personal statements, and at least one or two academic references.

Applicants apply through the university’s undergraduate admissions process and should review the specific materials required by the admissions office. International applicants must demonstrate English proficiency and submit qualifications that the university can evaluate against its entry standards. Prospective students are advised to contact admissions or the engineering school for the most current guidance on prerequisites, recommended courses and examination credentials.

Career prospects

Graduates from the Bachelor’s in Engineering go on to a wide range of careers in industry, research and public service. Common roles include design and development engineer, systems engineer, software or hardware engineer, process engineer, structural or civil engineer, and biomedical device developer.

Many graduates proceed to graduate study in engineering, computer science, business or medicine; others join startups, established technology firms, consulting companies, government agencies or non-profit organisations. The programme’s emphasis on project work, laboratory experience and research prepares students for roles that require problem solving, technical communication and team leadership. Career services and alumni networks also support internship and job placement.

Why study at John Hopkins University

Johns Hopkins University’s Whiting School of Engineering combines rigorous undergraduate teaching with extensive research opportunities. Students can work alongside faculty on funded research projects, join engineering design teams and access modern laboratories and facilities. The university’s strong ties to hospitals, research institutes and industry partners enable interdisciplinary collaboration, particularly in areas such as biomedical engineering, data science and environmental health.

The campus environment supports entrepreneurship and professional development through incubators, career services and active alumni networks. Located in Baltimore with close links to regional industry and research centres, the programme offers practical internship opportunities and pathways into graduate education or technical careers globally.