Academics
Choose the Degree Just Right for You
Select from our more than 50 degrees and certificates to develop or advance your engineering career. Learn from some of the world's leading experts in their fields. Get hands on. Conduct research that advances the field. All at one of the nation's top-ranked engineering programs.
All Degrees
Bachelor of Science in Engineering
-
Develop high-flying technology—from aircraft and spacecraft to satellites and more.
-
Design the devices, technology and tools that help people live healthier lives.
-
Use not just chemistry but all the sciences to solve problems in practically every industry, from manufacturing to pharmaceuticals to renewable energy to food production.
-
Transform the world by creating the infrastructure that supports a safe and sustainable society.
-
Use hardware and software to develop faster, smarter, more capable computers.
-
Move energy—in everything from integrating renewable power sources into the grid to designing the electrical systems that power the devices, tools and vehicles we rely on every day.
-
Combine the unique problem-solving approach of physics with engineering science and design to address new problems in our rapidly changing technological base.
-
Be a problem solver with a tool belt that includes a broad range of engineering fundamentals. Examples of career areas include pollution remediation, transportation, low-cost housing, elective medical care and crime control.
-
Explore materials structure, properties and processing, including how materials impact many important technologies—from smartphones and car parts to satellites and solar panels.
-
Build and test all kinds of machines and mechanical systems, from next-generation engines to artificial joints to high-tech manufacturing plants.
-
Design, analyze, optimize and control complex systems for applications such as energy, manufacturing, transportation, robotics and biological systems.
-
Manipulate molecules to improve or create products for just about every conceivable application, from carpets and clothes to synthetic organs and tissues to jet fuselages and smartphone displays.
Bachelor of Science
-
Harness the power of big data and analytics for applications in nearly every industry, from manufacturing to health care to energy.
-
Turn computational systems—everything from desktops to tablets to mobile phones—from pieces of hardware into tools that solve problems and improve people’s lives.
Bachelor of Arts
-
Combine a technical degree with a broader liberal arts education to creatively analyze and solve computing problems.
Master of Science
-
Delve further into aircraft and spacecraft design, aerodynamics, fluid mechanics, combustion science and more to take your career to the next level.
-
Advance your career in biomedical engineering, one of the fastest growing professions today, through one of the first biomedical engineering programs in the world.
-
Lead the translation of biomedical engineering research breakthroughs to clinical implementation.
-
Become a leader in the emerging field of wireless health with a focus on biomedical sensors, wireless communications, product development and regulatory policies and requirements.Coursework administered 100% online
-
From electrochemical engineering to process analysis and design, further your career as a process expert with this master's degree.
-
Prepare to be a leader in civil and environmental engineering by advancing your technical skills in structural engineering, advanced design, testing and analysis.
-
Dive deeper into computing systems, from VLSI design to programmable logic, computer architecture, embedded systems, design for testability and reconfigurable processors.
-
Increase your understanding of computation systems—bioinformatics, computational neuroscience, databases, software engineering, data mining and visualization, and pervasive networks and distributed systems.
-
From computational intelligence and robotic control to solid-state devices and micro/nano sensors, learn more about the rapidly growing world of electrical engineering.
-
Become expert at the design, technology and manufacturing of wearable devices, from embedded systems to software and hardware security with this new and in-demand degree.Coursework administered 100% online
-
Become a leader in the emerging field of wireless health with a focus on biomedical sensors, wireless communications, and software and hardware security.Coursework administered 100% online
-
Craft your own unique degree from all our class offerings across our seven departments.
-
Advance your career—and technological innovations—with a more in-depth knowledge of the properties and capabilities of metals, ceramics, semiconductors and composite materials.
-
From biologically inspired robotics to experimental and computational solid mechanics, learn the next level of mechanical engineering.
-
Explore and learn how to apply the fundamental principles of fire protection engineering, fire behavior and dynamics, protection and suppression systems, polymeric materials structure and more.
-
Further your understanding of systems analysis, design and control engineering to develop advanced solutions to real-world problems in a variety of disciplines, including energy and power, industrial, transportation, manufacturing, robotics and bioengineering systems.
-
From polymer synthesis to chemistry to self-assembly and nano-materials, learn beyond-the-polymer-basics to broaden your career.
-
Focus on polymer chemistry and materials, and the chemistry of flammability and fire suppression in this specialized, in-demand degree program.
Master of Engineering and Management
-
Learn the business context and leadership skills needed to uniquely position yourself for rapid advancement in technology-based organizations with this interdisciplinary, joint degree.
Master of Engineering
-
Develop technical as well as business, management and teamwork skills to advance your career and broaden your understanding of the practice of engineering in today's business environment.
Doctor of Philosophy
-
Fully explore and add to the field with concentrated research in fluids and thermal sciences, turbulence and fluid machinery.
-
Advance the knowledge that will improve human health through cutting-edge research, clinical collaborations and rigorous curriculum.
-
Steer the future of chemical and biomolecular engineering breakthroughs in energy, advanced materials, biological engineering and more.
-
Conduct research on the cutting edge of structural engineering, geotechnical engineering, engineering mechanics and environmental engineering.
-
Lead the field of computer engineering advancements, including computer architecture, networks, digital signal processing and digital, embedded and VLSI systems design.
-
Focus your expertise on algorithms, artificial intelligence, biomedical informatics, computer networks and distributed systems, databases and data mining, or software engineering.
-
Advance your expertise in niche areas of electrical engineering, from circuits and instrumentation to robotics and micro- and nano-systems.
-
Advance the forefront of materials science and engineering by developing new theories and models or innovative approaches to materials processing, microcharacterization or engineering of materials with novel properties.
-
Hone your expertise in mechanical engineering by specializing in biomechanics; dynamics, control and manufacturing; or solid mechanics.
-
Expand your competencies and conduct research in control systems engineering,systems analysis, optimization, signal processing and the design of smart, secure and connected systems.
-
Push the field of polymer science by making breakthroughs in polymer synthesis, chemistry, physics and engineering.
Graduate Certificates
-
Jump-start your career in the new field of wearable computing with this three-course certificate.Coursework administered 100% online
-
Broaden your career with three courses in this emerging field that integrates high-tech wireless products into the health care delivery system.Coursework administered 100% online
Doctor of Medicine/Master of Science
-
Qualified medical students can also earn their master's degree in biomedical engineering concurrently.
Doctor of Medicine/Doctor of Philosophy
-
Students with outstanding qualifications can earn their MD and PhD in Biomedical Engineering in conjunction with the School of Medicine.
Undergraduate Degrees
Bachelor of Science in Engineering
-
Develop high-flying technology—from aircraft and spacecraft to satellites and more.
-
Design the devices, technology and tools that help people live healthier lives.
-
Use not just chemistry but all the sciences to solve problems in practically every industry, from manufacturing to pharmaceuticals to renewable energy to food production.
-
Transform the world by creating the infrastructure that supports a safe and sustainable society.
-
Use hardware and software to develop faster, smarter, more capable computers.
-
Move energy—in everything from integrating renewable power sources into the grid to designing the electrical systems that power the devices, tools and vehicles we rely on every day.
-
Combine the unique problem-solving approach of physics with engineering science and design to address new problems in our rapidly changing technological base.
-
Be a problem solver with a tool belt that includes a broad range of engineering fundamentals. Examples of career areas include pollution remediation, transportation, low-cost housing, elective medical care and crime control.
-
Explore materials structure, properties and processing, including how materials impact many important technologies—from smartphones and car parts to satellites and solar panels.
-
Build and test all kinds of machines and mechanical systems, from next-generation engines to artificial joints to high-tech manufacturing plants.
-
Design, analyze, optimize and control complex systems for applications such as energy, manufacturing, transportation, robotics and biological systems.
-
Manipulate molecules to improve or create products for just about every conceivable application, from carpets and clothes to synthetic organs and tissues to jet fuselages and smartphone displays.
Bachelor of Science
-
Harness the power of big data and analytics for applications in nearly every industry, from manufacturing to health care to energy.
-
Turn computational systems—everything from desktops to tablets to mobile phones—from pieces of hardware into tools that solve problems and improve people’s lives.
Bachelor of Arts
-
Combine a technical degree with a broader liberal arts education to creatively analyze and solve computing problems.
Master's
Master of Science
-
Delve further into aircraft and spacecraft design, aerodynamics, fluid mechanics, combustion science and more to take your career to the next level.
-
Advance your career in biomedical engineering, one of the fastest growing professions today, through one of the first biomedical engineering programs in the world.
-
Lead the translation of biomedical engineering research breakthroughs to clinical implementation.
-
Become a leader in the emerging field of wireless health with a focus on biomedical sensors, wireless communications, product development and regulatory policies and requirements.Coursework administered 100% online
-
From electrochemical engineering to process analysis and design, further your career as a process expert with this master's degree.
-
Prepare to be a leader in civil and environmental engineering by advancing your technical skills in structural engineering, advanced design, testing and analysis.
-
Dive deeper into computing systems, from VLSI design to programmable logic, computer architecture, embedded systems, design for testability and reconfigurable processors.
-
Increase your understanding of computation systems—bioinformatics, computational neuroscience, databases, software engineering, data mining and visualization, and pervasive networks and distributed systems.
-
From computational intelligence and robotic control to solid-state devices and micro/nano sensors, learn more about the rapidly growing world of electrical engineering.
-
Become expert at the design, technology and manufacturing of wearable devices, from embedded systems to software and hardware security with this new and in-demand degree.Coursework administered 100% online
-
Become a leader in the emerging field of wireless health with a focus on biomedical sensors, wireless communications, and software and hardware security.Coursework administered 100% online
-
Craft your own unique degree from all our class offerings across our seven departments.
-
Advance your career—and technological innovations—with a more in-depth knowledge of the properties and capabilities of metals, ceramics, semiconductors and composite materials.
-
From biologically inspired robotics to experimental and computational solid mechanics, learn the next level of mechanical engineering.
-
Explore and learn how to apply the fundamental principles of fire protection engineering, fire behavior and dynamics, protection and suppression systems, polymeric materials structure and more.
-
Further your understanding of systems analysis, design and control engineering to develop advanced solutions to real-world problems in a variety of disciplines, including energy and power, industrial, transportation, manufacturing, robotics and bioengineering systems.
-
From polymer synthesis to chemistry to self-assembly and nano-materials, learn beyond-the-polymer-basics to broaden your career.
-
Focus on polymer chemistry and materials, and the chemistry of flammability and fire suppression in this specialized, in-demand degree program.
Master of Engineering and Management
-
Learn the business context and leadership skills needed to uniquely position yourself for rapid advancement in technology-based organizations with this interdisciplinary, joint degree.
Master of Engineering
-
Develop technical as well as business, management and teamwork skills to advance your career and broaden your understanding of the practice of engineering in today's business environment.
PHD Degrees
Doctor of Philosophy
-
Fully explore and add to the field with concentrated research in fluids and thermal sciences, turbulence and fluid machinery.
-
Advance the knowledge that will improve human health through cutting-edge research, clinical collaborations and rigorous curriculum.
-
Steer the future of chemical and biomolecular engineering breakthroughs in energy, advanced materials, biological engineering and more.
-
Conduct research on the cutting edge of structural engineering, geotechnical engineering, engineering mechanics and environmental engineering.
-
Lead the field of computer engineering advancements, including computer architecture, networks, digital signal processing and digital, embedded and VLSI systems design.
-
Focus your expertise on algorithms, artificial intelligence, biomedical informatics, computer networks and distributed systems, databases and data mining, or software engineering.
-
Advance your expertise in niche areas of electrical engineering, from circuits and instrumentation to robotics and micro- and nano-systems.
-
Advance the forefront of materials science and engineering by developing new theories and models or innovative approaches to materials processing, microcharacterization or engineering of materials with novel properties.
-
Hone your expertise in mechanical engineering by specializing in biomechanics; dynamics, control and manufacturing; or solid mechanics.
-
Expand your competencies and conduct research in control systems engineering,systems analysis, optimization, signal processing and the design of smart, secure and connected systems.
-
Push the field of polymer science by making breakthroughs in polymer synthesis, chemistry, physics and engineering.
Doctor of Medicine/Master of Science
-
Qualified medical students can also earn their master's degree in biomedical engineering concurrently.
Doctor of Medicine/Doctor of Philosophy
-
Students with outstanding qualifications can earn their MD and PhD in Biomedical Engineering in conjunction with the School of Medicine.
Graduate Certificates
-
Jump-start your career in the new field of wearable computing with this three-course certificate.Coursework administered 100% online
-
Broaden your career with three courses in this emerging field that integrates high-tech wireless products into the health care delivery system.Coursework administered 100% online
Online Degrees
We offer 4 master's degrees fully online.
Admissions
Learn more about admissions requirements and apply now.
Go further with our integrated BS/MS program
For highly motivated undergraduate students, get your master's degree sooner by taking up to nine credit hours of master's level classes during your senior year of undergrad. Learn more >>