University of Kansas

What you'll study

The programme offers a balance of advanced coursework and research, with options for a thesis (research) route or a coursework/professional project route, allowing students to tailor their studies to academic or industry goals. Core topics typically include advanced dynamics and control, finite element methods and structural analysis, heat transfer and fluid mechanics, machine design and kinematics, and materials and manufacturing processes.

• Core and elective modules — Advanced dynamics, Computational methods in engineering (finite element analysis, CFD basics), Advanced thermodynamics and heat transfer, Machine design and vibration, Materials science for engineers, Robotics and mechatronics.
• Laboratory and practical work — Experimental techniques, instrumentation and data analysis in dedicated engineering laboratories, hands‑on projects using CNC, additive manufacturing and control platforms.
• Research and project options — Thesis pathway involves supervised research, preparation of a written thesis and a defence or final presentation; non‑thesis pathway typically requires an applied capstone or professional project and additional coursework.
• Interdisciplinary opportunities — Students may take courses or collaborate with research groups in aerospace, biomedical engineering, energy systems, robotics and manufacturing technology, reflecting the school’s emphasis on cross‑disciplinary problems.

Entry requirements

Applicants should normally hold a bachelor's degree in mechanical engineering or a closely related engineering or science discipline from an accredited institution. A strong academic record in core undergraduate subjects (mechanics, thermodynamics, materials, mathematics) is expected.

• Academic transcripts — Official transcripts demonstrating prior coursework and degree conferral.
• References — Two to three academic or professional references describing readiness for graduate study and research potential.
• Personal statement and CV — A statement of purpose outlining academic interests, intended area of study and career goals, plus a current curriculum vitae.
• English language — For applicants whose first language is not English, an approved English language test score (for example, IELTS or TOEFL) or equivalent evidence of proficiency is required.
• Standardised tests — GRE requirements vary; prospective applicants should check the department’s current guidance. Relevant professional experience can strengthen an application for the coursework/professional route.

Career prospects

Graduates go on to technical and leadership roles across sectors including automotive and aerospace engineering, energy and power generation, manufacturing and advanced materials, robotics and automation, and consulting. Employment roles often include design engineer, systems engineer, analysis/CAE engineer, thermal‑fluids engineer, product development engineer and manufacturing/process engineer.

Many students also use the Master’s as a pathway to doctoral study and academic research. The programme’s combination of lab experience, computational skills and project work prepares graduates both for immediate industry impact and for continued study in specialised research areas.

Why study at University of Kansas

The University of Kansas offers a mechanical engineering programme embedded in a research‑active engineering school with a focus on real‑world applications and collaborative research. Students benefit from modern laboratory facilities, access to computational resources and research centres that foster work in robotics, dynamics and control, thermal‑fluids and advanced manufacturing.

Located in Lawrence with good connections to regional industry and the Kansas City engineering community, the department supports internships, industry projects and partnerships that enhance employability. Small cohort sizes and accessible faculty supervisors enable personalised mentoring, while campus career services and engineering alumni networks assist with job placement and professional development.