The Federal University of Technology Owerri (FUTO)’s School of Electrical Systems Engineering Technology (SESET) recently conducted a highly impactful Power Systems Workshop in June 2025, reinforcing its position as a leader in electrical engineering education and research in Nigeria. This workshop was designed to equip students, faculty, and industry professionals with advanced knowledge and practical skills in power systems engineering, addressing critical challenges in energy generation, distribution, and management.
SESET: A Hub for Electrical Systems Excellence
SESET, an autonomous school carved out from the former Department of Electrical and Electronic Engineering, houses specialized departments including Electrical (Power Systems) Engineering, Computer Engineering, Electronics Engineering, Mechatronics, and Telecommunications Engineering. The school’s mission is to produce self-reliant graduates ready to innovate and serve humanity through technology, with a strong focus on power systems as a backbone of national development.
The Power Systems Workshop aligns perfectly with SESET’s philosophy of blending theoretical rigor with practical training to produce graduates who can seamlessly transition from classroom to industry. It also supports FUTO’s broader vision of transforming Nigeria’s economy from consumer-oriented to production-oriented through technological advancement.
Workshop Objectives and Content
The workshop aimed to deepen participants’ understanding of power system fundamentals, emerging technologies, and modern analytical tools. Key topics covered included:
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Power Generation and Renewable Energy Integration: Exploring traditional and renewable energy sources, with emphasis on solar, wind, and hybrid systems, reflecting global trends toward decarbonization.
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Power System Analysis and Stability: Techniques for modeling, simulating, and ensuring the stability of electrical grids, including load flow analysis and fault diagnosis.
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Smart Grid Technologies: Introduction to automation, real-time monitoring, and intelligent control systems that enhance grid reliability and efficiency.
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Energy Management and Optimization: Strategies for optimizing power generation and consumption, reducing losses, and improving sustainability.
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Power Distribution Network Design: Practical insights into designing robust distribution systems capable of accommodating increasing loads, including institutional networks like FUTO’s own campus grid.
The workshop incorporated hands-on sessions using industry-standard software tools such as ETAP for power flow simulation and analysis, enabling participants to apply theoretical concepts to real-world scenarios.
Addressing FUTO’s Growing Energy Needs
As FUTO expands with new schools and facilities, its electricity demand has surged, necessitating improved power infrastructure. The workshop addressed these institutional challenges by discussing recent projects such as the installation of a new 132/33kV substation and large-scale solar-based renewable energy systems supported by the Rural Electrification Agency and FUTO’s Alumni Association.
Participants examined the design of an enhanced distribution network tailored to FUTO’s campus, focusing on seamless energy integration and reliability. This case study highlighted the importance of locally relevant research and solutions in power systems engineering.
Collaboration and Industry Engagement
The workshop featured contributions from experienced faculty, industry experts, and alumni working in power utilities and renewable energy sectors. This collaboration enriched the learning experience by providing diverse perspectives on technical challenges and innovations.
SESET’s commitment to fostering industry-academia partnerships was evident, with discussions on how such collaborations can drive research, innovation, and workforce development in Nigeria’s power sector.
Impact on Students and Professionals
For students, the workshop offered valuable exposure to contemporary power systems engineering concepts and tools, enhancing their readiness for careers in power generation, transmission, distribution, and renewable energy. Faculty members benefited from professional development opportunities, enabling them to incorporate the latest knowledge into their teaching and research.
Industry participants gained insights into emerging technologies and best practices, fostering knowledge exchange that can improve operational efficiency and sustainability in their organizations.
Future Directions and Innovation
Building on the success of the workshop, SESET plans to expand its power systems training programs, incorporating advanced topics such as microgrids, energy storage, and electric vehicle integration. The school aims to establish specialized laboratories equipped with modern simulation and testing equipment to support cutting-edge research and hands-on learning.
SESET also intends to strengthen its research portfolio by engaging in collaborative projects with national and international partners focused on sustainable energy solutions and smart grid development.
Conclusion
The Power Systems Workshop conducted by FUTO’s School of Electrical Systems Engineering Technology in June 2025 was a landmark event that advanced knowledge, skills, and collaboration in power systems engineering. By addressing both theoretical foundations and practical challenges, the workshop empowered participants to contribute effectively to Nigeria’s evolving energy landscape.
SESET’s proactive approach to education, research, and industry engagement ensures that FUTO remains at the forefront of producing graduates and innovations that drive national technological advancement and sustainable development.
References:
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School of Electrical Systems Engineering Technology (SESET), Federal University of Technology Owerri
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FUTO Campus Power Distribution Network Development (NIJESR Journal, 2024)
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ETAP Power System Simulation Software
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Rural Electrification Agency of Nigeria Partnership with FUTO
