Systems Engineering
Master of Engineering (M.E.), Master of Science (M.S.), Doctor of Philosophy (Ph.D.) – Systems Engineering
Career Opportunities
The field of systems engineering addresses the current trend toward increasingly complex systems that exists across a variety of disciplines, including aerospace, energy, environment, and biosciences. The demand for qualified systems engineers outweighs the current supply of educated and experienced individuals.
With our graduate Systems Engineering degrees, you will be prepared to meet the growing industry demand for trained systems engineers who can develop and implement disciplined development processes to manage complex engineered systems and produce a quality and reasonably priced product. You will gain the skills and training to overcome engineering issues at a systems level that can be applied to virtually any field of engineering.
Energy Systems is one broad area where Systems Engineering is particularly salient. The need for clean sustainable energy is one of the great technical challenges of the 21st century. Enormous progress has been made in recent years in technologies such as biofuels, solar, and wind energy generation, but a great deal of further research is required to make the vision of large scale renewable energy systems a practical reality. Many of these research areas, such as the development of smart, reliable, secure distribution grids, require a systems engineering approach, due to the inherent complexity and multidisciplinary nature of the problems.
Systems Engineering was named by CNNMoney.com as the number one best job in America in 2009. This is based on the opportunity for growth and a good salary.
We'll be in touch within 2 business days.
- or contact -
Mike Macklin
(970) 491-7583
michael.macklin@colostate.edu
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Degree at a Glance
Delivery
Online. On-campus attendance is not required to complete this program.
Completion requirements
M.E. – 30 credits
M.S. – 30 credits, including a thesis or independent study
Ph.D. – 72 credits, including a dissertation
Tuition
$957 per credit
(financial aid and military discount available)
Time frame
Program duration varies based on previous coursework, intensity of study, and course availability. Summer courses are not required.
The Ph.D. program can be completed in a minimum of four years. The estimated completion based on part-time enrollment is six years. Degree must be completed within ten years of admission term. Program duration may vary based on previous coursework, intensity of study, and course availability.
Designed for
Individuals charged with managing complex systems or engineering project management or interested in transitioning to a career in systems engineering. Fields of interest include aerospace, energy, environment, natural resources, and bioscience/health.
What you will earn
You will earn the same regionally-accredited Colorado State University degree that a student on the Fort Collins campus is awarded. Your diploma and transcript are identical to those awarded to on-campus students.
