The Department of Mechanical Engineering, in partnership with Engineering-LAS Online Learning is introducing a new online graduate certificate in Energy Systems Engineering. In this 12 credit program, students take two core courses online and choose two electives from a variety of online courses.
One of the challenges facing society in the 21st century is providing sustainable energy for a growing world population. Widely reported warnings have emphasized the need to develop new sources of energy, while at the same time preventing or reversing the degradation of the environment. Energy systems are pervasive, affecting nearly every aspect of society. The increasing complexity of these systems, along with increasing environmental constraints, requires practicing professionals in the field that have knowledge, skills and abilities specific to energy system design, evaluation, construction and management.
Admission to the Energy Systems Engineering Graduate Certificate program is contingent upon the following requirements:
- Bachelors of Science degree in Engineering OR Bachelors of Science degree, non-Engineering with:
- 11 semester credits in math (through differential equations)
- 16 semester credits in physics, chemistry and engineering sciences.
- Minimum of 3.0 undergraduate grade-point average (GPA) – official documentation from previous studies that meets the requirements of the Graduate College. (4.0 scale).
- International (non-English speaking) students need to take the Test of English as a Foreign Language (TOEFL) or the International English Language Testing System (IELTS). Minimum scores for admission are: paper based TOEFL – 550; internet TOEFL – 80; or IELTS – 6.5.
Admission and application procedures can be found on the Graduate College website. Students may take up to 9 credits as a non-degree seeking student, so it is possible to begin your studies before formal admittance into the program.
The Energy Systems Engineering Graduate Certificate consists of a minimum of 12 approved graduate credits. Students must maintain a grade average of B or higher in all coursework.
Required courses (6 credits)
- ME 531X Advanced Energy Systems and Analysis (3 credits), offered every fall
- ME 510X Energy Engineering Economics and Policy (3 credits),offered every spring
Two elective courses selected from a number of courses offered by different departments at ISU.
Note that if a student’s undergraduate degree did not include a course in thermodynamics, three (3) credits must be ChE 381, MatE 311, or ME 332 or an equivalent thermodynamics course at another university. Elective courses include:
- AerE 381 Introduction to Wind Energy
- AerE 546 Computational Fluid Dynamics and Heat Transfer I
- AerE 547 Computational Fluid Dynamics and Heat Transfer II
- BRT 501 Fundamentals of Biorenewable Resources
- BRT 535 Thermochemical Processing of Biomass
- ChE 357 Transport Phenomenon II
- ChE 554 Integrated Transport Phenomenon
- ConE 354 Building Energy Systems
- EE 455 Introduction to Energy Distribution
- EE 456 Power System Analysis I
- EE 457 Power System Analysis II
- EE 458 Economic Systems for Electric Power Planning
- EE 553 Steady State Analysis
- EE 554 Power System Dynamics
- EE 556 Power Electronic Systems
- EE 653 Advanced Topics in Electric Power Systems Engineering
- ME 332 Engineering Thermodynamics II
- ME 433 Alternative Energy Conversion
- ME 530 Advanced Thermodynamics
- ME 540 Solar Energy Systems
- ME 542 Advanced Combustion
- ME 546 Computational Fluid Mechanics and Heat Transfer I
- ME 547 Computational Fluid Mechanics and Heat Transfer II
- ME 637 Convection Heat Transfer
- NucE 401 Nuclear Radiation Theory and Engineering
- NucE 430 Nuclear Engineering and Society
- Other on-campus courses can also be used to fulfill the electives requirement.
- Some of the courses are offered once per year, others once every two years.
- Completion of introductory courses may be required for no credit of students who are deficient in the respective course prerequisites.
- Credits gained could count towards a subsequent master’s degree.
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