University of Kansas

What you'll study

The Master’s in Engineering Science is structured to combine core analytical training with flexible elective study tailored to the student’s background and career aims. Students typically take advanced courses in applied mathematics and numerical methods, systems engineering, materials and mechanics, computational modelling and simulation, and engineering design. The programme supports both thesis and non‑thesis routes: the thesis option emphasises original research supervised by a faculty adviser and culminates in a written thesis and defence, while the non‑thesis option focuses on advanced coursework and may include a capstone project.

• Core topics: advanced calculus and linear algebra for engineers, numerical methods, engineering statistics and optimisation.
• Common electives: finite element analysis, fluid dynamics, heat transfer, materials science, control systems, embedded systems, and machine learning for engineering applications.
• Research and methods: experimental techniques, computational modelling, research design, and scientific communication for thesis students.
• Project work: industry‑oriented projects or multidisciplinary capstone modules for non‑thesis students.

Entry requirements

Applicants should hold a recognised bachelor’s degree in engineering, a closely related science, or have substantial undergraduate preparation in mathematics and engineering fundamentals. Typical application materials include official academic transcripts, a statement of purpose describing research interests or professional goals, and at least two academic or professional letters of recommendation. A curriculum vitae or résumé is usually required. International applicants must meet the University’s English language proficiency requirements.

Where academic background does not exactly match programme expectations, applicants may be admitted with provisional requirements to complete specified undergraduate or bridge-level courses. Applicants intending to pursue the thesis option should identify and contact potential faculty advisers in advance to discuss research alignment.

Career prospects

Graduates of the Engineering Science master’s develop a combination of analytical, computational and practical skills that prepare them for a broad range of roles. Common career paths include research and development engineer, systems or controls engineer, materials engineer, design engineer, data scientist in engineering contexts, and technical project manager. The degree also offers a strong foundation for those who choose to continue to doctoral study or to move into applied research positions in university, national laboratory or industrial research groups.

The programme’s interdisciplinary emphasis is particularly valuable for students aiming to work at the interface of multiple engineering areas, or for professionals seeking technical leadership roles in manufacturing, energy, aerospace, biomedical technology and advanced infrastructure sectors.

Why study at University of Kansas

The University of Kansas provides an environment that supports interdisciplinary engineering education and close faculty mentorship. Students benefit from access to modern laboratories and computing resources, opportunities to collaborate with faculty across engineering departments, and connections with regional industry partners that support applied projects and internships.

The school emphasises hands‑on learning, research opportunities for master’s students, and professional development through seminars, workshops and career services. Small cohort sizes in graduate courses enable personalised supervision and help students build the technical depth and professional networks needed for career progression or further research training.