UW Engineering Departments at a Glance
Which path will you take?
William E. Boeing Department of
Aeronautics & Astronautics »
Students in the William E. Boeing Department of Aeronautics & Astronautics design, develop, test, and produce aircraft, rockets, spacecraft and satellites. Aerospace technology also has "earthbound" applications like making race cars and windmills more aerodynamic. Study subjects include aerodynamics, aircraft and spacecraft design, flight dynamics and controls, structural analysis and design, and aircraft and spacecraft propulsion.
- Bioengineering »
Office: 107 W.H. Foege Bioengineering Building (map), (206) 685-2000 Chair: Cecilia Giachelli Degrees: Bachelor of Science in Bioengineering
Combined BS/MS in Bioengineering
Master of Science in Bioengineering
Master of Applied Bioengineering (MAB)
Master of Pharmaceutical Bioengineering (PharBE)
Doctor of Philosophy in Bioengineering
Other Academic Opportunities
Professional Master's and Certificate Programs
Bioengineers integrate principles from across engineering disciplines and the natural sciences to advance healthcare technology and delivery. Following a foundation in chemistry, biology, physics, physiology, fluid and solid mechanics, mass and heat transport, electronic circuits, and bio-signals, students may choose to study tissue and protein engineering, muscle regulation, biomaterials, implantable and wearable prosthetics, drug and gene delivery, medical imaging, therapeutic ultrasound, nano- and molecular engineering, microfluidics, computational modeling, synthetic biology, point-of-care diagnostic devices, and global health.
|Office:||105 Benson Hall (map), (206) 543-2250|
|Degrees:||Bachelor of Science in Chemical Engineering|
Master of Science in Chemical Engineering
Doctor of Philosophy in Chemical Engineering
UW Chemical Engineering students transform raw materials into useful products including pharmaceuticals, food, fuel cells, and cosmetics. Subjects include petroleum, pulp and paper, pharmaceuticals, environmental engineering, consumer products, biotechnology, electronic materials, nuclear chemical engineering, polymers, composites, colloids, and interfaces.
|Office:||201 More Hall (map), (206) 543-2390|
|Chair:||Laura N. Lowes|
|Degrees:||Bachelor of Science in Civil Engineering
Bachelor of Science in Environmental Engineering
Master of Science in Civil Engineering
Doctor of Philosophy in Civil & Environmental Engineering
Online Master's Degrees in Civil Engineering;
Professional and Certificate Programs
UW Civil & Environmental Engineering prepares students to address pressing issues that affect the daily lives of people, from earthquakes to water quality to transportation. To ensure sustainable cities and healthy environments, students learn to address the challenges presented by aging national infrastructure and the needs of urban systems and communities around the globe. Specific areas of study include structures, transportation, environmental engineering, geotechnical engineering, construction, and water resources, hydrology and hydraulic systems.
Computer Science & Engineering »
|Office:||AC101 Paul G. Allen Center (map), (206) 543-1695|
|Degrees:||Bachelor of Science in Computer Engineering|
Combined Bachelor's/Master's in Computer Science & Engineering (BS/MS)
Doctor of Philosophy in Computer Engineering
Professional Master's Programs
Computing and IT Certificate Programs
The Paul G. Allen School of Computer Science & Engineering (CSE) educates students to become leaders in the design and implementation of the computing systems that touch every aspect of modern society. Our courses cover everything from the mathematical foundations of what computers can and cannot do; to hands-on experiences building software and hardware artifacts with a range of programming languages and tools; to advanced courses in software engineering, human-computer interaction, computer graphics and animation, artificial intelligence, machine learning, large-scale data management, natural language processing, computer networking, computational biology, robotics, computer security and privacy, and much more.
|Office:||AE100R Paul G. Allen Center (map), (206) 221-5270|
|Degrees:||Bachelor of Science in Electrical Engineering|
Master of Science in Electrical Engineering
Doctor of Philosophy in Electrical Engineering
Professional Masters Program in Electrical Engineering
UW EE students design, produce, and operate devices and systems that use electric and electromagnetic energy for sensing, processing, visualizing and use of information. Subjects of study include circuits, systems and controls (robotics); signal and image processing; electronics, electronic devices, and photonics; computers; energy systems; electromagnetics and optics.
Putting people first, HCDE students and faculty research, design, and engineer interactions between humans and technology. HCDE faculty and students are advancing design knowledge by using innovative techniques to study human activity and then translating that knowledge into meaningful information and system designs.
|Office:||G10 Mechanical Engineering Building (map), (206) 543-1427|
|Chair:||Linda Ng Boyle|
|Degrees:||Bachelor of Science in Industrial Engineering|
Master of Industrial & Systems Engineering
Master of Science in Industrial Engineering
Doctor of Philosophy in Industrial Engineering
UW ISE students learn to use mathematical tools to extract meaning from a sea of data and find the keys to unlocking a system's true potential. Industrial and systems engineers integrate people, materials, information, equipment, and energy to design, implement, and improve systems. ISE's focus on the big picture makes industrial engineering one of the most people-oriented engineering disciplines. ISE students study system productivity improvement, experiment design, linear and stochastic optimization, modeling, statistical quality control, reliability, simulation, human factors, scheduling and inventory control, and supply chain systems.
|Office:||302F Roberts Hall (map), (206) 685-8272|
|Degrees:||Bachelor of Science in Materials Science & Engineering|
Applied Master's Program in Materials Science & Engineering
Doctor of Philosophy in Materials Science & Engineering
UW MSE students develop new materials, process methods, equipment, and material uses. Subjects include biomimetics and biomaterials; ceramic properties; composite materials; electronic, optical and magnetic materials; materials characterization, chemistry, modelling; metals & alloys; and polymers.
|Office:||143 Mechanical Engineering Building (map), (206) 543-5090|
|Degrees:||Bachelor of Science in Mechanical Engineering|
Master of Science in Mechanical Engineering
Master of Science in Engineering
Doctor of Philosophy in Mechanical Engineering
UW ME students explore fundamental principles of mechanical engineering and their application to modern technological problems. Students collaborate on interdisciplinary work where they research, design, prototype, and manufacture devices and systems that provide creative solutions to these problems. ME is a broad discipline, and the curriculum focuses on the study of dynamics, controls, and robotics; manufacturing processes and advanced materials; energy and environmentally-friendly, "green" engineering; and engineering for health with biotechnologies and biomechanics.
|Office:||116/130 Anderson Hall (map), (206) 543-7081|
|Interim Director:||Elizabeth Van Volkenburgh|
|Degrees:||Bachelor of Science in Forest Resources degree with a major in Bioresource Science and Engineering
Additional School of Forest Resources degrees
The major is designed for students seeking training in chemical and physical sciences, and chemical engineering as applied to manufacturing fiber products, fuels and chemicals from biomass resources. It emphasizes the application of mathematics, chemistry and engineering to paper and related bioresource-based industries, and our students learn the fundamental science and engineering of biomass and conversion processes.