Microgrid Systems Certificate

Microgrid Systems Certificate

Microgrid systems represent a key disruptive technology in addressing the challenges of modern energy infrastructure. Efforts to transform the traditional grid are often summarized by the ¡°3 Ds¡±: digitalization, decentralization, and decarbonization. Microgrids are uniquely positioned to support these goals by enhancing power generation capacity, providing resilience through ¡°island mode¡± operation, and integrating renewable energy with exceptional flexibility.

To address the growing need for skilled professionals in this field, Cleveland State University's Department of Mechanical Engineering at the Washkewicz College of Engineering and the Division of Continuing and Extended Education, under a cooperative agreement with Telepath Systems, Inc, and in collaboration with the International Council on Systems Engineering (INCOSE), Cleveland Engineering Society (CES) and industry representatives, CSU has developed a multi-level, competency-based Microgrid Microcredential program, beginning with a six-week FOUNDATION level course, which includes qualification for the INCOSE ASEP (Associate Systems Engineering Professional) Certificate.

Program Highlights: Participants will gain a thorough understanding of microgrid architecture, operational strategies, core principles of systems engineering for microgrids, and the integration of renewable energy sources. : Learning Modeling & Simulation with Digital TWINS for Microgrids. 

Program Objectives: The Microgrid Systems Micro-certification curriculum aims to provide students with a comprehensive understanding of microgrid systems, integrating technical knowledge of electric power with systems engineering principles and methods. The program will facilitate students acquiring the essential knowledge to engage in and effectively contribute to microgrid development projects at multiple levels, including the use of Digital Twin modeling capabilities. 

Key Features: 

1. Learning of Modeling & Simulation with Digital TWINS for Microgrids
2. Application of Systems Methods for Analysis and Design, with Models

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Six Week Microgrids Certificate 1: Foundation (July 11-August 15, 2025)

Classes meet from 2 PM to 5 PM as follows:

• July 11, 18, and 25
• August 1, 8, and 15

The course will be taught by highly qualified subject matter experts, each holding at least a Master's degree in Engineering and extensive, relevant industry experience in Energy Systems and Microgrid applications.

This hands-on program provides a unique opportunity to prepare for the future of energy systems. Join us to gain the knowledge and skills necessary to lead in the transition to resilient and sustainable energy solutions.

The cost is $1540, including course content, materials, and labs.

REGISTER HERE (Foundations, Microgrids Certificate 1)

Clicking "Register Here" will direct you to a separate registration page. Page down to "Register Now" link or the "Registration" button and follow the prompts to create your registration account, complete your enrollment, and submit payment.

Prerequisites:

• Completion of undergraduate engineering coursework at a Junior level ¨C OR
• Completion of a technical Associate Degree from an accredited community college - OR
• Equivalent experience of 5 years in a technical capacity in the industry, with an energy focus

Organizations wanting to register an employee(s) via purchase order should email a request to Nancy Pratt at n.pratt@csuohio.edu. Registrations of three or more people from the same organization qualify for a 10% discount.

Request Certificate 1 Foundation Outline by emailing your request to n.pratt@csuohio.edu

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Expert Instruction: The course is developed and taught by leading faculty and industry experts, blending theoretical foundations with practical skills. As the foundational offering in a stackable credential series, the program equips participants to progressively advance their expertise in designing, managing, and optimizing modern microgrid systems.

Micro-credential Module Structure

• Lectures: Interactive presentations with visual aids
• Homework:  Reading assignments with problem-solving tasks
• Group Discussions: Encourage sharing of ideas and experience
• Case Studies: Real-world examples to illustrate concepts
• Hands-on Activities: Simulations or Modeling exercises of Microgrids

Assessments

• Quizzes: Short quizzes at the end of each session to reinforce learning
• Mid-term and Final Exam:  Brief exams to assess learned knowledge
• Final Project:  A group assignment to design a basic microgrid system using class learnings