Marquette.edu // Graduate School // Programs //

Engineering Graduate Degree Programs

A world of engineering challenges awaits...which ones will you tackle?

From talented graduate student to transformational leader, we invite you to take the Marquette Engineering journey. You'll leave here prepared to rise quickly in your chosen field. And to lead the change in engineering a better world.

REQUEST INFORMATION

I'M READY TO APPLY

Master's and PhD Programs

Biomedical Engineering

Degree Programs: ME, MS and PhD

In partnership with the Medical College of Wisconsin, the biomedical engineering program is interdisciplinary in nature, involving the application of engineering and mathematics to the solution of problems related to medicine and biology.

Biomedical Engineering specializations

Civil, Construction and Environmental Engineering (CCEE)

Degree Programs: MS and PhD

Prepare for a profession that impacts the planet and its people in ways and to extents that few other professions can. Full-time and part-time study options available.

CCEE Graduate specializations

Electrical and Computer Engineering

Degree Programs: MS and PhD

Designed to provide graduate students with both broad fundamental knowledge and up-to-date information on current and emerging technologies. Full-time and part-time study options available.

Mechanical Engineering

Degree Programs: ME, MS and PhD

Mechanical Engineering is the branch of engineering dealing with the analysis, design, manufacture, and improvement of machines.

Mechanical Engineering specializations

Health Care Technologies Management

Degree Programs: MS and PhD

Currently not accepting new applications.

The healthcare technologies management Master of Science program is a collaborative effort between Marquette University and the Medical College of Wisconsin that combines management, technology and health care.

View by Specialization

Expand all | Collapse all

Biomedical Engineering

Master of Science

Bioinstrumentation/Computers
Biomechanics/Biomaterials
Rehabilitation Bioengineering
Systems Physiology

Master of Engineering

Biocomputing
Bioimaging
Bioinstrumentation
Biomechanics
Biorehabilitation

PhD Program

Bioengineering
Bioinstrumentation/Computers
Biomechanics/Biomaterials
Functional Imaging
Rehabilitation Bioengineering
Systems Physiology

Civil, Construction and Environmental Engineering

Construction Engineering and Management
Environmental Engineering
Structural Engineering and Structural Mechanics
Transportation Engineering and Materials

Electrical and Computer Engineering

No formal specializations offered; however, students may focus their course work in one or more of the following areas:

Signal Processing
Control Theory
Electromagnetic Fields and Waves
Power and Energy Systems
Solid State Devices and Sensor Systems Algorithms
Machine Learning

Mechanical Engineering

Mechanical Engineering Master of Science

Energy Systems Engineering

Mechanical Engineering Master of Engineering

Manufacturing and Materials Systems Engineering

Mechanical Engineering PhD

Mechanical Systems Engineering

Reimagine graduate education: engineering certificates for practicing engineers

Take the next step in your engineering career and have the skills to lead organizations through the challenges and complexities facing the world. Now more than ever, organizations need engineers with both technical acumen and leadership capabilities to drive innovative solutions to the world's greatest challenges.

Flexible, affordable certificates

Designed for practicing engineers, this certificate's program delivery can be flexible and completed part-time in two years, or as quickly as 12 months.

In an effort to support engineers completing their certificates, the Dean of the Opus College of Engineering is offering up to 5 tuition scholarship credits for those enrolled in a 12 credit certificate. For more information, please speak with our Admissions Specialist.

Machine Learning for Engineering Applications

Grab the opportunity to achieve a greater technical understanding of the elements of machine learning, which includes algorithms, intelligent systems, neural networks, pattern recognition, and deep learning.

Renewable Energy Technology and Integration

Develop the capabilities required to solve complex energy problems in this growing career.

Systems Engineering

Apply mathematical and scientific principles to the interdisciplinary engineering design, development, and operation of systems that efficiently satisfy stakeholder needs, fulfill the intended operation, and have a long and useful operating life.

Clinical Immersion in Medical Device Design

Identify new design opportunities, improve medical devices, or create new approaches to solve problems often encountered by clinicians and medical professionals in medical device product development.