Texas Tech University

Mechanical
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 Engineering at the
Edward E. Whitacre Jr. College of Engineering

Mechanical 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 engineering degree from Texas Tech is your foundation for impact.

UndergraduateGraduate

Design What Moves

ENGINEER WITH PURPOSE

Innovate 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

 

Research Areas

 

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Advanced Energy Systems

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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Healthcare Engineering

We use engineering to solve problems in medicine, patient care, and health. Our work creates new tools and technologies to improve healthcare systems.

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Computational Sciences

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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Complex Fluids and Soft Materials

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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Novel Materials and Manufacturing

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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Systems Engineering

We improve how complex systems work, from vehicles to energy grids. Our work includes control, optimization, and renewable energy systems.

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