Rice University

What you'll study

The Mechanical Engineering curriculum at Rice builds core scientific and engineering fundamentals in the first years, followed by increasingly specialised and design-oriented coursework. Early study emphasises calculus, differential equations, physics, chemistry and computing, while the departmental core covers statics and dynamics, mechanics of materials, thermodynamics, fluid mechanics, heat transfer and systems and control.

• Core modules: statics and dynamics, solid mechanics, materials science, thermodynamics, fluid mechanics, heat transfer, control systems.
• Laboratory and practical work: mechanics labs, fluids and thermal labs, electronics and instrumentation, and maker-space projects that reinforce theoretical learning.
• Design and capstone: team-based senior design projects that integrate analysis, prototyping and testing, often addressing industry or faculty research challenges.
• Specialist and elective topics: computational methods and finite element analysis, mechatronics and robotics, manufacturing and additive manufacturing, energy systems, biomechanics and medical devices, micro/nano systems, and machine design.
• Undergraduate research and interdisciplinary options: opportunities to work with faculty on research projects, and to take courses or minors across related fields such as materials science, mechanical engineering design, computer science and bioengineering.

Entry requirements

Admission to Rice is competitive and evaluates applications holistically. Prospective Mechanical Engineering students should present a strong academic record with extensive preparation in mathematics (including calculus) and physics. Admissions materials typically include official transcripts, a personal statement, and teacher recommendations that speak to quantitative and problem-solving ability.

Applicants from outside the US should demonstrate English proficiency through recognised tests or equivalent experience where required. Successful applicants also commonly show evidence of extracurricular engagement, independent projects, internships, or competitive coursework (such as AP, IB, or other advanced programmes) that indicate readiness for a challenging engineering curriculum.

Career prospects

Graduates with a BS in Mechanical Engineering are prepared for a wide range of technical and leadership roles. Typical career destinations include design and development engineer positions, manufacturing and production engineering, systems and controls engineering, energy and power industry roles, and roles in robotics, aerospace, and automotive sectors.

• Work in biomedical device firms designing patient-focused mechanical systems.
• Energy and petrochemical companies in engineering, analysis and project development roles, particularly given Houston’s industry ecosystem.
• Advanced manufacturing, additive manufacturing and product development roles in start-ups and established firms.
• Consulting, technical sales, or project management for graduates who combine engineering background with business skills.
• Further study: many graduates pursue master’s or PhD programmes in mechanical engineering, materials, aerospace, bioengineering or related disciplines.

Why study at Rice University

Rice offers a student-centred engineering education with small class sizes, close interaction with faculty and plentiful opportunities for hands-on learning. The Oshman Engineering Design Kitchen and other campus fabrication and lab facilities support prototyping and team-based projects, while active undergraduate research programmes let students contribute to faculty-led work across mechanics, energy, materials and biomedical engineering.

Rice’s location in Houston provides strong links to the energy sector, medical device industry and aerospace companies, enhancing internship and employment pathways. The university also emphasises entrepreneurship and innovation, with campus resources and industry partnerships that help students translate ideas into start-ups or commercial ventures.