Engineering, Manufacturing, Technology

The Advanced Grid Management credential offers a structured introduction to the principles and applications of Advanced Distribution Management Systems (ADMS) and Distributed Energy Resource Management Systems (DERMS) within modern grid operations. Participants develop practical competency in system monitoring, control, optimization, and cybersecurity, supported by real-world case studies and vendor-led learning experiences. The program is designed for professionals seeking to advance their technical knowledge and strengthen their role in grid modernization efforts across utilities, consulting, and related sectors.

Allen Bradley 411 Fundamentals
An eight-week workshop designed for individuals seeking a solid foundation in PLC systems. Whether you're new to industrial automation or looking to expand your technical skills, this course offers hands-on experience in PLC programming, troubleshooting, and real-world applications. Through expert-led instruction and practical exercises, you’ll gain a working knowledge of PLC hardware, logic design, and system integration, equipping you to confidently contribute to industrial control environments.

Microgrids Systems:  Foundations is an introductory course for aspiring energy systems workers entering the sector or industry professionals seeking insights and decision support. Through the methods and practices of Systems Engineering, it provides a practical overview of Microgrid Systems, the various potential architectures, the related technologies, their applications, and their growing role in modernizing and supporting the energy sector.  

Cleveland State University's Introduction to Quantum Computing microcredential offers an accessible, hands-on exploration of quantum computing for learners with a foundational understanding of linear algebra and matrices. The course breaks down complex quantum concepts into intuitive, interactive modules that introduce the principles of quantum information science. Participants will investigate how quantum systems operate, why they differ from classical computing, and how they are poised to transform areas such as secure communication and cryptography.

The semiconductor industry is a cornerstone of modern innovation and economic growth in manufaccturing, powering everything from smartphones and medical devices to electric vehicles and advanced defense systems. As the backbone of digital technology, semiconductors are essential to global supply chains and national security.

The semiconductor industry is an emerging driver of growth in advanced manufacturing.

Smart Manufacturing integrates advanced automation, data analytics, and interconnected digital systems to create more efficient and adaptive production environments. As industries continue to modernize, Smart Manufacturing will increasingly focus on real-time data use, predictive maintenance, flexible production lines, and the integration of renewable energy and distributed resources. This shift supports greater efficiency, reduced downtime, improved product quality, and more resilient supply chains. The future of Smart Manufacturing will require a workforce skilled in digital tools, system-level thinking, and continuous improvement across both operational and strategic roles.

Microelectronics lies at the heart of modern technology, enabling everything from smartphones and electric vehicles to medical devices and advanced computing. This course is designed for professionals from diverse fields who are looking to transition into the rapidly evolving semiconductor industry. You don't need a background in electrical engineering—just curiosity and a willingness to learn. We will explore the fundamentals of solid-state physics, semiconductor materials, and how tiny electronic components like transistors, diodes, and integrated circuits function and are manufactured. Through accessible explanations and practical examples, you'll gain a strong foundation in how microelectronic devices are designed, fabricated, and used in real-world systems. The semiconductor industry is a dynamic, high-impact field with growing demand for talent across design, manufacturing, testing, and systems integration. Whether you come from software, mechanical engineering, physics, or another discipline, this course will give you the knowledge and confidence to understand and contribute to the world of microelectronics.

Tooling U-SME Certification Training at CSU

Cleveland State University’s Tooling U-SME certification training delivers competency-based learning that benefits both learners and employers. Participants build practical, job-ready skills in advanced manufacturing and engineering, verified through performance-based assessments. For learners, this means gaining nationally recognized credentials that clearly demonstrate their abilities and open doors to career growth. For employers, it provides a reliable way to measure workforce capabilities, streamline hiring, and upskill teams to meet evolving industry demands. By focusing on competencies rather than seat time, CSU helps create a stronger, more agile manufacturing workforce for Ohio.