About
Prof. Kiran A. S. is an academician and researcher with over 10 years of experience in teaching, research, and academic administration. He holds a B.E. in Mechanical Engineering from Sri Jayachamarajendra College of Engineering (SJCE), Mysuru, and an M.Tech. in Machine Design from P.E.S. College of Engineering (PESCE), Mandya. He is currently at the Ph.D. submission stage in Mechanical Engineering Science with a specialization in Energy Management at JSS Science and Technological University (JSS STU), Mysuru, having successfully completed his Open Seminar and Ph.D. Comprehensive Viva Voce.
His research interests include Machine Design, Energy Management, Energy Conservation, Energy and Exergy Analysis, Sustainable Manufacturing, Renewable Energy Systems, Composite Materials, Industrial Energy Efficiency, and Heat Exchanger Network Optimization. His research focuses on developing energy-efficient and sustainable solutions for industrial and institutional applications.
Prof. Kiran has published and presented research papers in the areas of energy conservation, energy and exergy analysis, sustainable manufacturing, assembly line optimization, and composite materials, including contributions to Scopus-indexed journals and reputed conference proceedings such as AIP Conference Proceedings and Taylor & Francis publications. He is also the inventor of two published Indian innovation patent applications related to renewable energy-based atmospheric water extraction systems.
He has successfully guided VTU- and KSCST-sponsored undergraduate projects, fostering innovation and experiential learning among students. His teaching portfolio includes Computer Aided Engineering Drawing, Finite Element Method, Theory and Dynamics of Machines, Mechanical Vibrations, CAD/CAM, Mechanical Measurements and Metrology, Metal Casting and Forming, Automotive Engineering, and Operations Research.
In academic administration, he has served as NBA Coordinator, NAAC Criteria-2 Coordinator, Internship Coordinator, Industrial Visit Coordinator, Academic and DHI Software Coordinator, and Technical Fest Coordinator. He is committed to outcome-based education, research, innovation, and sustainable engineering, with a strong focus on developing competent engineers equipped to address emerging technological challenges.
An Unexplored Sector for Energy Conservation – MSME of India
This paper explores the energy conservation potential of Micro, Small and Medium Enterprises (MSMEs) in India, a sector with significant energy consumption and substantial opportunities for efficiency improvement. The study highlights the importance of identifying energy-saving opportunities, improving energy management practices, and adopting energy-efficient technologies to reduce operational costs and environmental impacts. It emphasizes the role of systematic energy audits and sustainable energy practices in enhancing the overall energy performance of MSMEs.
Link: https://doi.org/10.47392/IRJAEH.2024.0120
Energy Conservation Opportunities for an Indian Dairy Industry
This research investigates energy conservation opportunities in an Indian dairy industry through the assessment of major energy-consuming processes and systems. The study focuses on identifying potential areas for energy savings and improving overall energy efficiency. The work was presented at the Doctoral Research Conference in Engineering, Technology, and Sciences (DRC-2025), held at JSS STU, Mysuru. The paper was published through AIP Conference Proceedings, indexed in Scopus, contributing to research in industrial energy management and sustainable manufacturing.
AIP Conference Proceedings (Scopus Indexed)
Optimization of Assembly Line Layout of Toroidal Transformer
This study focuses on optimizing the assembly line layout of toroidal transformers to improve material flow, workplace utilization, operational efficiency, and productivity. The research evaluates the existing manufacturing layout and proposes improvements to minimize unnecessary movement and streamline the assembly process. The work was presented at the International Conference on Advances in Mechanical Engineering & Material Sciences (ICAMEMS-2025), held at VVCE, Mysuru. The research was published in Taylor & Francis conference proceedings/journal, indexed in Scopus.
Taylor & Francis (Scopus Indexed)
Energy Conservation Potential in Educational Institutions of India – A Case Study
This paper examines the potential for energy conservation in educational institutions in India through a case-study approach. It focuses on identifying major energy-consuming areas and evaluating opportunities for improving energy efficiency and reducing energy consumption. The study highlights the importance of energy management practices, efficient equipment, and awareness among institutional stakeholders for achieving sustainable energy use. The paper was presented at the 6th International Conference on Smart and Sustainable Developments in Materials, Manufacturing, and Energy Engineering (SME-2025), held at NITTE University, Mangalore, and accepted for publication in AIP Conference Proceedings, indexed in Scopus.
AIP Conference Proceedings (Scopus Indexed)
Energy and Exergy Analysis with Heat Exchanger Network Optimization of an Indian Dairy Industry
This research presents an integrated energy and exergy analysis of an Indian dairy industry, with a focus on identifying energy losses and opportunities for process improvement. Heat exchanger network optimization is employed to improve energy utilization and enhance overall process efficiency. The study demonstrates the application of thermodynamic analysis and process optimization techniques for reducing energy consumption and improving sustainability in industrial operations. The work contributes to the development of energy-efficient strategies for the dairy processing sector and supports sustainable industrial energy management.
Energy Engineering, Tech Science Press (Scopus Indexed Journal)
Design and Fabrication of Automatic Seed Sowing Machine with Variable Pitch
This work presents the design and fabrication of an automatic seed sowing machine incorporating a variable-pitch mechanism. The system was developed to improve the efficiency and consistency of seed placement while reducing manual effort in agricultural operations. The study demonstrates the application of mechanical design and fabrication principles to develop a practical agricultural machine. The work was published in the European Journal of Advances in Engineering and Technology, 2016, and also presented at FIESTA-16, a national-level technical fest.
European Journal of Advances in Engineering and Technology, 3(9), 2016, pp. 50–54.
Design and Fabrication of Weighing Machine Made Up of Epoxy Matrix Composite Material Embedded with Load Cell
This research presents the design and fabrication of a weighing machine using an epoxy-matrix composite material integrated with a load cell. The study explores the application of composite materials in developing lightweight and functional engineering components. The fabricated system demonstrates the integration of material selection, mechanical design, fabrication, and measurement principles. The work was published in the International Journal for Innovative Research in Science & Technology, Volume 3, Issue 02, July 2016, pp. 17–23.
International Journal for Innovative Research in Science & Technology, 2016.
Design and Fabrication of Coconut Grating Machine
This work focuses on the design and fabrication of a coconut grating machine intended to reduce manual effort and improve the efficiency of coconut processing. The project demonstrates the practical application of mechanical design, machine elements, fabrication techniques, and functional testing to address a common household and agricultural requirement. The work was presented at FIESTA-19, a national-level technical fest held at Bahubali College of Engineering, Shravanabelagola, in 2019.
FIESTA-19, Bahubali College of Engineering, Shravanabelagola.
Design and Fabrication of Automatic Board Duster
This project presents the design and fabrication of an automatic board duster aimed at reducing manual effort in cleaning classroom boards and improving convenience in educational environments. The work demonstrates the application of mechanical design, automation concepts, and fabrication techniques to develop a simple practical solution. The project was presented at FIESTA-16, a national-level technical fest held at Bahubali College of Engineering, Shravanabelagola, in 2018.
FIESTA-16, Bahubali College of Engineering, Shravanabelagola.
Design and Fabrication of Automatic Seed Sowing Machine with Variable Pitch
This project presents the design and fabrication of an automatic seed sowing machine with a variable-pitch mechanism for improving seed placement and reducing manual agricultural operations. The work demonstrates the application of mechanical design and fabrication principles to develop an efficient agricultural solution. The project was presented at FIESTA-16, a national-level technical fest held at Bahubali College of Engineering, Shravanabelagola, in 2016.
FIESTA-16, Bahubali College of Engineering, Shravanabelagola.
Research focuses on Energy Management, Energy Conservation, and Sustainability in industrial and institutional sectors.
Specializes in Energy and Exergy Analysis for improving energy efficiency and reducing energy losses.
Research interests include Heat Exchanger Network Optimization and sustainable industrial process improvement.
Investigates Sustainable Manufacturing and energy-efficient manufacturing systems and processes.
Research contributions extend to Composite Materials and their engineering applications.
Works on Renewable Energy Systems and innovative solutions for sustainable energy generation and utilization.
Research includes energy conservation opportunities in MSMEs, dairy industries, and educational institutions.
Published research in Scopus-indexed journals and conference proceedings and presented papers at national and international conferences.
Inventor of two Indian patent applications related to renewable energy-based atmospheric water extraction systems.
Promotes interdisciplinary research and industry–academia collaboration to develop practical solutions for sustainable engineering challenges.
Research Interests
Machine Design
Energy Management and Sustainability
Energy and Exergy Analysis
Sustainable Manufacturing
Renewable Energy Systems
Published Indian Patent – Renewable Energy-Based Atmospheric Water Extraction
Published an Indian innovation patent for a system and method that extracts water from atmospheric air using renewable energy, supporting sustainable water and energy solutions.
Published Indian Patent – Atmospheric Water Extraction System
Published an Indian innovation patent for an atmospheric water extraction system powered by renewable energy, demonstrating innovation in sustainable technology and renewable-energy applications.
KSCST-Sponsored Undergraduate Project Guidance
Guided a KSCST-sponsored undergraduate project on a flex sensor-controlled wheelchair for differently abled persons, promoting innovative assistive technology and student-centered engineering solutions.
VTU-Sponsored Undergraduate Project Guidance
Guided VTU-funded undergraduate projects, including a flex sensor-controlled wheelchair and disc-type oil skimmer machine, supporting practical innovation and experiential engineering education.
Assistant Professor
School of Engineering
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Mysuru