Dr. Shiva Prakash S

Mechanical Engineering, Multidisciplinary, Agricultural and Biological Sciences, Engineering

In addition to the publications listed above, Dr. Shiva Prakash S. has contributed to several peer-reviewed journals and international conference proceedings, many of which are indexed in Scopus and reflected in Google Scholar. His research broadly spans metal matrix composites, corrosion and surface engineering, advanced manufacturing, renewable energy systems, and applied mechanical design. Notable additional and recent contributions include:
Studies on microstructure, mechanical behavior, and corrosion performance of aluminum- and copper-based hybrid metal matrix composites reinforced with ceramic particulates and nanomaterials.
Research on coatings and surface modification techniques for improving wear and corrosion resistance of aluminum alloys in aggressive environments.
Experimental and analytical investigations on composite materials, including polymer and natural fiber–reinforced composites, focusing on mechanical characterization and application-oriented design.
Contributions to manufacturing process optimization, including casting, friction stir welding, and tool/design analysis.
Interdisciplinary works addressing energy systems, automation, and sustainable engineering solutions, published in reputed international conference proceedings and journals.
All Scopus-indexed publications are updated through Scopus Author ID: 57220963874, and recent publications are reflected via Google Scholar, ensuring continuous visibility of his ongoing research co

Grant Details

Title of the Project: Developing a System to Prevent Accidents from Sleep Driving

Funding Agency: Karnataka State Council for Science and Technology (KSCST), Indian Institute of Science (IISc), Bengaluru

Duration: 2022 – 2023

Type: Research Grant

Role: Principal Investigator / Faculty Research Contributor

Project Summary:
The project focused on the design and development of an intelligent safety system aimed at reducing road accidents caused by driver drowsiness. The work involved integrating sensing, monitoring, and alert mechanisms to detect fatigue-related driving behavior and provide timely warnings. The outcomes of the project contribute to road safety, intelligent transportation systems, and socially relevant engineering solutions.

Patents

A Wood Stove Design for Water Heating System
Indian Patent Publication No. 94739, 2023
An energy-efficient and cost-effective design aimed at domestic water heating using solid fuel, with improved thermal utilization and sustainability.

Multi-Purpose Agricultural Robot
Indian Patent Application No. 201741018087 A, 2018
A robotic system designed to perform multiple agricultural operations, enhancing productivity, reducing manual labor, and supporting precision farming.

Combined Solar and Wind Energy Water Pumping System
Indian Patent Application No. 201741018082 A
A hybrid renewable energy–based water pumping solution intended for rural and off-grid applications, ensuring reliable water supply with minimal environmental impact.

Products / Prototypes

Industry Collaboration

Professional association with Paramount Scientific Instruments Pvt. Ltd., Bengaluru, facilitating practical exposure to testing instruments, calibration procedures, and industry-standard practices that enrich teaching and laboratory activities.

Interaction with industries through technical support, demonstrations, and problem-solving, contributing to industry-aligned academic projects and student skill development.

Guidance for industry-oriented student projects, particularly in materials engineering, composites, automation, and renewable energy systems.

Institute / Academic Collaboration

Active collaboration within New Horizon College of Engineering, Bengaluru, contributing to curriculum development, outcome-based education, and interdisciplinary research activities.

Engagement with University of Visvesvaraya College of Engineering (UVCE), Bengaluru, in connection with doctoral research and academic interactions.

Research and academic association with institutions through joint publications, conferences, and faculty development programs.

Organisation and Professional Body Collaboration

Funded research collaboration with Karnataka State Council for Science and Technology (KSCST), IISc Bengaluru, under a sponsored project addressing road safety and driver fatigue.
Active membership and participation in professional bodies such as ISTE, Institution of Engineers (India), and International Association of Engineers (IAENG)

Dr. Shiva Prakash S. has nearly three years of industrial experience in the field of scientific and testing instrumentation, with strong exposure to customer-centric technical services and team leadership.

Service Manager
Paramount Scientific Instruments Pvt. Ltd.
(January 2004 – August 2005 | 1 year 8 months)
Responsible for leading a team of service engineers, coordinating installation, demonstration, calibration, and servicing of scientific testing instruments. Actively involved in customer interaction, troubleshooting, and delivering technical solutions to meet organizational and client objectives.

Service Engineer
Paramount Scientific Instruments Pvt. Ltd.
(January 2003 – January 2004 | 1 year)
Gained hands-on experience in installation, calibration, servicing, and user training of testing instruments. Developed strong practical skills in diagnostics, maintenance procedures, and technical support, along with effective interaction with clients across diverse industries.

Social Benefits

Development of driver drowsiness prevention systems contributes directly to road safety, helping reduce accidents and potential loss of life.

Innovations such as renewable energy–based water pumping systems and energy-efficient wood stove designs support rural and semi-urban communities by promoting sustainability and access to basic utilities.

Research on corrosion-resistant and wear-resistant materials enhances the safety and reliability of components used in infrastructure, transportation, and industrial applications.

Student mentoring and outreach activities cultivate socially responsible engineers with strong ethical and technical foundations.

Economic Benefits

Research on metal matrix composites and advanced materials supports the development of lightweight, durable, and cost-effective components for automotive, aerospace, marine, and manufacturing sectors.

Patented technologies and functional prototypes have the potential to reduce production and maintenance costs, improve energy efficiency, and extend service life of engineering systems.

Industry-relevant teaching and applied research help bridge the academia–industry gap, producing graduates who are job-ready and industry-oriented, thereby supporting economic growth.

Academic Benefits

High-quality publications in Scopus-indexed journals and international conferences contribute to the global body of knowledge in mechanical and materials engineering.