Controls Postdoctoral Scholar, Center for Microgrid Research

OVERVIEW

The University of St. Thomas invites qualified candidates to apply for a Postdoctoral Scholar position at the Center for Microgrid Research. The position will support the Center’s research on reliability, security, and resilience of microgrid systems. This includes advanced control system design, modeling and analysis, control architecture design and communication-based control and optimization, system integration and testing. 

 

The successful candidate will be required to conduct independent research, develop new ideas and contribute to research proposals, engage with faculty, staff, and students, prepare manuscripts for publication, and present their work at conferences.

 

JOB SUMMARY

The St. Thomas Center for Microgrid Research (CMR) is seeking candidates for a postdoctoral scholar position in the area of microgrid control. The scholar will be part of a rapidly growing team of engineers and researchers and will have a unique opportunity to work simultaneously on a real-world industry-grade microgrid and state-of-the-art Hardware-in-the-loop HIL testbeds.

 

Essential functions:

• Develop innovative solutions and technical approaches to design, modeling, and implementation of advanced control systems in microgrid applications.
• Create a digital twin of the current and planned microgrid and test control systems on the digital twin and real-world microgrid
• Serve as lead author on project reports, journal articles, conference papers, and presentations.
• Develop experimental test plans to collect data to validate modeling and analysis work.
• Leads and supports technical proposals for developing new projects
• Meet grant goals and deliverables by completing assigned research tasks and reports.
• Supervise and lead student researchers (undergraduate and graduate).
• Work closely with the Center’s director and the CMR team.
• Contributes to the overall success of the Center by performing other essential duties and responsibilities as assigned.

JOIN OUR COMMUNITY

The University of St. Thomas offers a competitive and comprehensive benefits program, which includes:

• Up to 100% tuition remission for employees and dependents upon eligibility
• Up to 50% tuition remission for spouses upon eligibility
• A generous Employer retirement contribution of 9.4% of annual salary upon eligibility
• Medical, dental, and vision options
• Employer-paid disability, life, and AD&D benefits

This position is grant-funded. We anticipate this to be a one year, benefits-eligible term appointment, dependent on the needs of the department. The position duration is renewable to up to 3 years depending on performance, department needs, and availability of funds.

 

Salary Range: $54,830 to $57,576

 

The University of St. Thomas has provided a salary range that represents its good faith estimate of what the University may pay for the position at the time of posting. The specific salary offered will be determined based on factors such as the qualifications of the selected candidate, departmental budget, internal salary equity considerations, and available market information.

 

ABOUT US:

The University of St Thomas School of Engineering:

 

The University of St Thomas School of Engineering (SOE) is a primarily undergraduate teaching institution focusing on engineering education within the context of a liberal arts framework. As part of the largest private university in Minnesota, the School of Engineering comprises nearly 15% of the campus population. The UST School of Engineering offers undergraduate and masters level programs in the areas of Electrical Engineering, Data Science, Software Engineering, Mechanical Engineering, Civil engineering, and Manufacturing Engineering.

 

The Center for Microgrid Research:

 

The Center for Microgrid Research is in the midst of an exciting growth phase with more than $25 Million grants from the National Science Foundation (NSF), Department of Defense (DOD), and Minnesota Department of Commerce. In the next year, it is anticipated that the CMR team will grow to more than 10 full-time staff and 15 student researchers. Through the awards, the Center’s infrastructure is expanding in capability and size. The microgrid’s on-site generation capacity is increasing to more than 1.5 MW to feed power to 5 buildings on campus, covering more than 400,000 sq. ft. of space. The expanded microgrid will be made up of 2 smaller microgrids and have 4 points of connection with the local utility resulting in a unique networked-microgrids layout. The research and development infrastructure is