22 Master's degrees offered by the university

The Geosensing Systems Engineering M.Sc. at the University of Houston offers advanced training in high-tech mapping and sensing. This public programme provides both thesis and non-thesis pathways, typically spanning two years of study. Students gain expertise in geospatial data through rigorous academic and research-based training.

The Engineering Technology - Network Communications program of the University of Houston is a STEM-qualifying degree that offers specializations in Biotechnology (BTEC), Mechanical Engineering Technology (MET), Computational Health Informatics (CHI), and Network Communications (NECO).

The Engineering Technology - Mechanical Engineering Technology program of the University of Houston builds upon our recognized mechanical baccalaureate degree, providing students with the highly developed expertise in design and analysis of mechanical systems.

Bauer College is home to the Gutierrez Energy Management Institute (GEMI), which provides Master of Science in Global Energy Leadership of the University of Houston  graduate curriculum in energy management that is now internationally recognized.

The Civil Engineering M.Sc. at University of Houston offers advanced technical training in a public study mode. This programme provides flexible pathways through thesis or non-thesis tracks, focusing on structural, geotechnical, and water resources. Students benefit from expert faculty guidance over a five-year duration.

The Subsea Engineering programme at the University of Houston is a specialized 10-course graduate curriculum. This non-thesis degree is available in both face-to-face and online study modes. Designed for engineering graduates, it provides a robust foundation in offshore technology over a standard duration of one to two years.

The Technology Project Management program at University of Houston is designed specifically to prepare individuals with undergraduate degrees in a wide-range of disciplines for responsible leadership roles in technology-based and professional workplaces.

The Environmental Engineering programme at the University of Houston offers advanced technical training through both thesis and non-thesis pathways. This Master of Science degree provides flexible study mode options for public students, typically spanning two to two and a half years of comprehensive academic development.

The Engineering Technology - Biotechnology program at University of Houston may be completed under the thesis option or project option.

The Biomedical Engineering programme at the University of Houston offers advanced training through a public study mode. This Master’s degree focuses on developing global leaders for the healthcare economy. Students can choose between thesis and non-thesis tracks, benefiting from a curriculum tailored to industry demands.

The M.Ed. in Curriculum and Instruction - Learning, Design and Technology at the University of Houston is a five-semester postgraduate programme. Delivered through a flexible public study mode with online and face-to-face options, it prepares professionals to create and deliver effective technology-based instruction.

The M.Sc. in Mechanical Engineering at the University of Houston provides advanced technical expertise through a flexible 30-credit curriculum. Students can choose between research-focused or coursework-intensive tracks. This public programme offers full-time study modes designed to enhance professional engineering careers.

The Industrial Engineering programme at University of Houston is a coursework-based M.Sc. designed for professionals seeking advanced expertise. This 30-credit degree is delivered in a public study mode, focusing on practical applications in systems and operations without the requirement of a research thesis.

The Computer and Systems Engineering programme at the University of Houston is an interdisciplinary Master's degree. This public study mode course offers both thesis and non-thesis tracks for flexible learning. It provides advanced specialisation in computer engineering for those with technical backgrounds.

The Materials Science and Engineering programme at the University of Houston offers an advanced interdisciplinary curriculum. This master level course focuses on the mechanical and electronic behaviour of engineered materials. Delivered via a public study mode, it provides expert training in polymers and alloys.

The Petroleum Engineering programme at the University of Houston is a master level course delivered in a public study mode. This advanced curriculum focuses on technical mastery and research skills, offering a thesis-based pathway for students aiming to excel in the global energy sector or pursue doctoral studies.

The Engineering Data Science M.Sc. at the University of Houston is a professional STEM programme designed for the data revolution. This 30-credit course offers both thesis and non-thesis tracks. Delivered in a public study mode, it provides high-level training in predictive modelling and data-driven design over 1.5 to 2 years.

The Electrical Engineering M.Sc. at the University of Houston offers advanced technical training through thesis and non-thesis pathways. This postgraduate programme provides flexible study options in a public university setting, allowing students to specialise in one of ten distinct areas to meet their professional goals.

The Chemical Engineering programme at University of Houston offers advanced training for professionals. This master level course is delivered in a public study mode, providing flexible schedules for working students. It focuses on process engineering and advanced materials to enhance technical expertise in the field.

The Global Energy Management programme at the University of Houston is a specialized Master of Science degree designed for the public sector. This flexible curriculum spans 18 to 22 months, offering comprehensive training in sustainable energy and management studies to advance professional leadership in the global energy industry.