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ICSEST-2026, an international platform connecting researchers, industry leaders, and policymakers to advance sustainable engineering, smart technologies, and interdisciplinary innovation.
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This technical workshop provides a structured and practice-oriented introduction to solar photovoltaic (PV) system design, with emphasis on grid-connected applications. The session focuses on real-world engineering workflows, datasheet-driven calculations, and code-aware design principles.
The workshop is designed to support students, researchers, and professionals seeking a clear and replicable approach to PV system sizing, layout, and performance evaluation.
By the end of the workshop, participants will be able to:
No prior PV design experience is required. Basic electrical knowledge is recommended.
Delivered by: Dr. Mir Sayed Shah Danish and Team
Dr. Mir Sayed Shah Danish is an energy systems expert and academic author with extensive experience spanning applied engineering practice and higher education. His work focuses on solar photovoltaic system design, sustainable energy systems, and technical capacity building through structured, standards-aligned methodologies. He has led and contributed to multiple academic, professional, and industry-oriented training initiatives in renewable energy and smart technologies.
Biography: https://www.mdanish.me/
Workshop participation requires conference registration. Additional workshop registration details will be announced on the conference website.
Solar photovoltaic systems, PV system design, grid-connected solar, renewable energy training, sustainable energy engineering
