Northern Arizona University

What you'll study

The programme emphasises advanced technical training, applied problem solving and professional skills. Core study typically includes advanced mathematics and numerical methods, engineering design and analysis, materials and manufacturing, systems and controls, and engineering data analysis. Students may choose electives or a specialisation pathway that focus on areas such as structural mechanics, thermofluids and energy systems, controls and instrumentation, electronics and embedded systems, or engineering management, depending on the options offered by the department.

Most students complete a combination of coursework and a culminating experience: a thesis, a research project, or a substantial applied engineering project. Typical modules and topics you can expect include:

• Advanced engineering mathematics and computational methods
• Finite element analysis and numerical simulation
• Advanced materials and structural behaviour
• Dynamics, controls and systems engineering
• Thermodynamics and heat transfer for energy systems
• Embedded systems, sensors and signal processing
• Project management, ethics and professional practice
• Research methods, technical communication and laboratory practicum

Structure

The degree is structured to accommodate full-time and part-time study and normally offers both thesis and non-thesis tracks. A typical full-time load combines core courses with electives in the chosen focus area and a research or capstone project. Students work closely with faculty supervisors on research or applied projects and have access to laboratory facilities and computing resources for modelling and testing.

Entry requirements

Applicants should hold a recognised undergraduate degree in engineering or a closely related scientific or technical discipline. Typical application requirements include official academic transcripts, a statement of purpose outlining academic and career goals, and at least two academic or professional references. Departments may expect a minimum grade-point average for admission; where academic preparation is varied, applicants might be asked to take preparatory coursework.

Additional requirements for international applicants include evidence of English language proficiency through an approved test or equivalent qualification. Some candidates may be asked to provide a résumé/CV and a sample of previous technical work or a portfolio. GRE scores may be optional or considered in some cases depending on departmental policy.

Career prospects

Graduates of an engineering master's programme from Northern Arizona University move into a range of technical and leadership roles. Common career paths include design and development engineer, systems engineer, project or program engineer, manufacturing and production engineer, and research or testing engineer. Employers span private industry, consulting firms, utilities, defence and aerospace contractors, and public-sector agencies.

The degree also prepares students who wish to continue to doctoral research or transition into technology management, product development and specialised technical consulting. NAU's emphasis on applied projects and industry-relevant skills supports graduates seeking immediate workplace impact as well as those aiming to pursue further research credentials.

Why study at Northern Arizona University

Northern Arizona University offers a personalised graduate experience with small class sizes and close faculty mentoring. The university provides access to up-to-date laboratories, computational resources and collaborative research opportunities that connect engineering students with interdisciplinary centres and regional industry partners.

Students benefit from a campus environment that supports hands-on learning, internships and applied projects, along with professional development services to help with career planning and employer engagement. NAU's location within a state with growing engineering and technology sectors also facilitates networking and practical experience through internships and cooperative projects.