Department of Mechanical & Aerospace Engineering
Explore mechanical engineering degrees in Texas focused on robotics, thermal systems, aerospace, biomechanics, and energy — where design, innovation, and real-world engineering come together.
Mechanical & Aerospace engineers design and build the machines that power our world — from next-gen robotics and vehicles to renewable energy systems and medical devices. With deep expertise in design, dynamics, manufacturing, and materials, our students graduate ready to lead in industry or research. Whether you're launching a startup or working at a national lab, a Mechanical & Aerospace engineering degree from Texas Tech is your foundation for impact.
UndergraduateGraduateInnovate across industries — from robotics and aerospace to energy and biomechanics — with one of the most versatile and high-impact engineering degrees in the world.
$96K/yr.
Average Starting Salary
State-of-the-Art
Materials Testing Lab, Controls Lab, Thermo-Fluid Lab, & Manufacturing Lab
Aerospace Engineering
Engineering Minor Offered
We study new ways to power the future, like batteries, fuel cells, and clean energy. Our work also looks at energy storage, propulsion, and making systems work better.
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We develop powerful computer methods to predict system performance. Our work also uses big data to solve real-world engineering problems.
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We study how fluids move and interact in systems like engines and turbines. Our work covers turbulence, heat transfer, sprays, and aerodynamics.
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We design, make, and test new materials for energy, propulsion, and medicine. This includes high-pressure materials, biomaterials, and 3D printing.
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We improve how complex systems work, from vehicles to energy grids. Our work includes control, optimization, and renewable energy systems.
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October 02, 2026
The American Institute of Aeronautics and Astronautics (AIAA) has elected Texas Tech researcher Victor Maldonado as a 2027 Associate Fellow, an achievement that only 17% of members earn.
September 09, 2026
Texas Tech University researcher Dr. Zhongkui Hong has received a $594,288 grant from the National Heart, Lung, and Blood Institute, part of the National Institutes of Health, to investigate how interactions between cells and their surroundings contribute to atherosclerosis. The research could help identify new approaches to preventing or slowing the disease.
September 04, 2026
August 18, 2026
The project, “Actively Regulated Electrochemical Interfaces for Robust All-Solid-State Batteries Using Physics-Informed Learning,” aims to revolutionize all-solid-state batteries used for electric transportation, aviation and the grid.
Discover how your contribution can change the lives of students who are engineering a global future!
Department of Mechanical & Aerospace Engineering
