SUMMARY
Some universities do accept a Bachelor's degree in Engineering Technology for admission into a Master's program in Engineering, but this varies significantly by institution. A strong foundation in calculus, physics, and other core engineering subjects is often required, as many Engineering Technology programs focus more on applied skills rather than theoretical knowledge. Students may need to supplement their education with additional coursework in subjects like differential equations and thermodynamics to meet prerequisites for advanced engineering studies.
PREREQUISITES
- Understanding of core engineering principles, including calculus and physics.
- Familiarity with the differences between Engineering Technology and traditional Engineering degrees.
- Knowledge of specific engineering coursework such as thermodynamics and fluid mechanics.
- Awareness of admission requirements for Master's programs in Engineering.
NEXT STEPS
- Research specific universities that accept Engineering Technology degrees for Master's programs.
- Investigate the required coursework for transitioning from Engineering Technology to Engineering graduate programs.
- Explore options for completing additional math and physics courses to strengthen your application.
- Learn about the differences in curriculum between Engineering Technology and traditional Engineering degrees.
USEFUL FOR
Prospective graduate students in engineering, academic advisors, and individuals considering a transition from Engineering Technology to a Master's program in Engineering.