Cameron University

What you'll study

Study areas cover fundamental engineering sciences, applied mechanics and system design. Typical topics include statics and dynamics, strength of materials, fluid mechanics, thermodynamics and heat transfer, numerical methods and engineering materials. Courses are usually paired with laboratory modules, computer-aided design and simulation, and a capstone design project that integrates multidisciplinary knowledge into a practical engineering solution.

Entry requirements

Admissions expect a strong foundation in mathematics and physical science. Applicants commonly need a high-school diploma or equivalent with calculus and physics, transcripts demonstrating academic readiness, and any institution-specified minimum GPA. Some programmes may require placement tests, prerequisite coursework, or submission of a personal statement; transfer applicants should review credit-transfer policies for prior engineering or science classes.

Career prospects

Graduates are prepared for roles in design engineering, manufacturing, product development, energy systems, HVAC, automotive and aerospace sectors, as well as technical consulting. With experience or postgraduate study, pathways open to project leadership, research and development, systems engineering and specialist roles in materials, robotics or thermal systems. Graduates typically pursue professional engineering licensure where applicable.

Scholarships & funding angle

Engineering students should explore merit-based scholarships, department awards, and external scholarships from professional societies and industry partners. Paid internships, cooperative education placements and undergraduate research assistantships are important funding sources that also build employability. Prospective students should contact the university’s financial aid office and engineering department for guidance on available awards and application timing.