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Bachelor of Science in Engineering (BSE)

Our undergraduate engineering degrees are accredited by the Engineering Accreditation Commission of ABET


Biomedical Engineering

Duke Bioengineers Developed Nano-Scale Drug Delivery for Chemotherapy

Biomedical Engineering (BME) applies engineering science to problems in biology and medicine — including the design of medical instruments, artificial organs and tissues, and nanoparticles for drug delivery.

Study Areas

  • Biomechanics of blood flow, cells, and hard and soft tissues
  • Molecular, cellular and biosurface engineering, including tissue engineering and drug delivery
  • Electrobiology of the heart and nervous system
  • Medical imaging systems and biomedical optics
  • Medical informatics

Major in BME

Civil Engineering

Claudia Gunsch working in lab with student

Civil engineers (CE) plan, design, manage and maintain the construction and operation of systems that support our society — such as bridges, dams, buildings, airports, and wastewater treatment plants.

Study Areas

  • Structural engineering and mechanics
  • Environmental engineering and water resources

Major in CE

Environmental Engineering

Mark Wiesner

Environmental engineers (EnvE) work to balance the needs of growing human populations and the environment, addressing challenges such as pollution, traffic congestion, energy needs, and community planning.


Major in EnvE

Electrical & Computer Engineering

Holograms Like Those Seen on Credit or Bank Cards Created by a Metamaterial Construct

Electrical and computer engineers (ECE) encompass the largest engineering workforce in the United States. Duke ECE provides more opportunities and is more flexible and less restrictive than many other ECE programs in the United States.

Students use this flexibility to expand their horizons and explore personal interests more deeply.

Study Areas

  • AI and Machine Learning
  • Computer Engineering and Digital Systems
  • Signal Processing, Communications and Control Systems
  • Solid-State Devices and Integrated Circuits
  • Electromagnetic Fields
  • Photonics

Major in ECE

Mechanical Engineering

The Student Led Duke Motorsports Group Built A Car That Goes From 0 to 60 in 3.8 Seconds

Mechanical engineering (ME) is a broad and interdisciplinary field integrating all of engineering. The mechanical engineer is involved biotechnology, nanotechnology, as well as transportation, energy, and communication technologies.

Study Areas

  • Thermal and fluids systems
  • Mechanics and biomechanics
  • Dynamics, including nonlinear dynamics and control
  • Special attention is given to the aerospace and transportation vehicle industries

Major in me


Machine Learning & Artificial Intelligence (AI)

The Minor in Machine Learning & Artificial Intelligence provides undergraduates with an understanding of the core concepts of ML and AI, as well as a rigorous and coherent exposure to both fundamental theories and applications.

Minor in ML/AI


Electrical & Computer Engineering

The minor in Electrical and Computer Engineering (ECE) provides a Duke undergraduate with a broad, fundamental foundation, coupled with the opportunity to explore advanced topics tailored to their specific interests.

Study Areas

  • Computer engineering and digital systems
  • Signal processing and communications
  • Solid-state devices and integrated circuits
  • Control systems and robotics

Minor in ECE

Energy Engineering

Energy poses perhaps the greatest challenges of our time – from meeting demand to minimizing environmental impact. The Minor in Energy Engineering (EE) prepares future leaders to solve these problems. Graduates are well-prepared for careers focused on engineering solutions to energy-related issues.

Study areas

  • Energy generation and delivery
  • Energy conversion and efficiency
  • Energy engineering and the environment

Minor in EE

General Requirements

Writing (1)

This requirement is met by completing a University Writing Course.

Mathematics (5)

This requirement is met by completing Mathematics 111L(31), 112 (32), 212 (103), 216 (107) and 353 (108).

Natural Science (4)

This requirement is met by completing Chemistry 101DL (21L), Physics 151L (61L) and 152L (62L), and an elective course in one of the natural science departments which presents fundamental knowledge about nature and its phenomena, preferably including quantitative expression.

Note: Each department maintains a list of allowable courses that will satisfy the Natural Science requirement. Consult those department websites and/or departmental offices.

Humanities and Social Science (5)

This requirement is met by completion of five courses selected from at least three of the following four areas of knowledge: Arts, Literatures and Performance (ALP), Civilizations (CZ), Foreign Languages (FL), and Social Sciences (SS). At least one course must be classified SS. In order to provide depth in the subject matter, at least two of the five courses must be selected from a single department and at least one of those courses must be 200 or above. Courses selected must be those that present essential subject matter and substance of the discipline.

Engineering and Applied Sciences, Digital Computation (4)

This requirement is met by completion of one course from each of four of the following seven areas: digital systems, electrical science, information and computer science, mechanics (solid and fluid), materials science, systems analysis, and thermal science and transfer processes. Students are expected to have acquired digital-computer programming capability before their sophomore year. The programming capability is generally satisfied by Engineering 103L (53L).

Engineering Department Courses (15)

The department (BME, CEE, ECE or MEMS) administering the major field of study specifies this requirement. In general, it consists of both required and elective courses planned in consultation with the student's departmental adviser. Including the 4 credits in engineering and applied sciences listed under general requirements (see above paragraph), a total of 13.0 credits in engineering work are required.