Professional Solar PV System Design: From Engineering Principles to Sustainable Energy Solutions
Technical Keynote / Webinar
International Conference on Sustainable Engineering and Smart Technologies (ICSEST-2026)
This technical keynote (webinar) addressed the professional design of solar photovoltaic (PV) systems, with particular attention to the relationship between fundamental engineering principles and the practical development of sustainable energy solutions. The presentation provided participants with a structured view of PV system design, beginning with the principal engineering considerations and extending to practical aspects of system configuration, component selection, sizing, performance, safety, and application.
Particular emphasis was placed upon the importance of approaching solar PV design as an integrated engineering process rather than as a collection of isolated calculations. The session discussed the role of technical data, design assumptions, operating conditions, and sound engineering judgement in developing reliable and sustainable photovoltaic systems.
The keynote was followed by a question-and-discussion period, allowing participants to raise technical and practical questions concerning PV system design and its application in contemporary sustainable-energy projects.
The session formed part of the technical program of the International Conference on Sustainable Engineering and Smart Technologies (ICSEST-2026), held at the University of British Columbia in Vancouver, Canada.
Date and Time
Location
Hosts
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- 6133 University Boulevard
- Vancouver, British Columbia
- Canada V6T 1Z1
- Building: AMS Student Nest, University of British Columbia
- Room Number: 2314 – Second Level
- Click here for Map
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Event Contact: Dr. Mir Sayed Shah Danish
Chair, IEEE Fukuoka Section Joint Chapter, RFID741/PE31
Research and Innovation Chair, Research and Education Promotion Association (REPA), USA
Email: danish@mdanish.me
ICSEST-2026: https://icsest.org/ - Co-sponsored by Research and Education Promotion Association (REPA) LLC
Speakers
Danish of Research and Education Promotion Association (REPA) LLC
Professional Solar PV System Design: From Engineering Principles to Sustainable Energy Solutions
Dr. Mir Sayed Shah Danish delivered a technical keynote on professional solar photovoltaic system design, addressing the progression from fundamental engineering principles to practical and sustainable PV system solutions. The presentation considered the technical reasoning required for system configuration, sizing, component selection, performance evaluation, safety, and responsible engineering practice.
Biography:
Dr. Mir Sayed Shah Danish is an interdisciplinary researcher, academic leader, and innovation strategist working across sustainable energy systems, artificial intelligence, machine learning, robotics, environmental systems, and engineering innovation. He serves as Research and Innovation Chair at the Research and Education Promotion Association (REPA), USA, where his activities include intelligent systems, sustainability, technical capacity building, and applied research collaboration.
His academic and professional work includes solar photovoltaic system design and sustainable-energy engineering, with emphasis on connecting engineering principles, computational methods, and practical implementation. He is a Chartered Engineer (CEng), Senior Member of IEEE, and Member of the Institution of Engineering and Technology (IET), and has authored scientific publications, books, technical guides, and other academic works.
Email:
Address:1401 21st St, Suite 6172, Sacramento, California, United States, 95811
Agenda
9:00–9:05 AM — Introduction and opening of the keynote session
Brief introduction of the speaker and the subject of the technical keynote.
9:05–9:50 AM — Keynote Presentation
Professional Solar PV System Design: From Engineering Principles to Sustainable Energy Solutions.
9:50–10:00 AM — Questions and Discussion
Technical questions from participants, discussion of practical PV design considerations, and concluding observations.
ICSEST-2026 | 24 September 2026 | University of British Columbia, Vancouver, Canada
Technical session organized in support of knowledge exchange in sustainable energy and intelligent engineering.