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Prof. Sugandh Malhotra


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Source: India,  

Tenure: 2016 to Present

Date: 2016

Medium: Photograph

Credits: IDC


Detailed Description

Professor Sugandh Malhotra is a respected faculty member at the Industrial Design Centre (IDC) at the Indian Institute of Technology Bombay (IITB). His expertise lies in industrial design, with a focus on human-centred design, sustainable design practices, and design research. At IDC IITB, Professor Malhotra is dedicated to educating students by integrating theoretical concepts with practical design applications, fostering their ability to create innovative and user-friendly solutions. Her research contributions are well-regarded, with his work exploring ways to enhance design sustainability and address complex design problems. Professor Malhotra actively participates in academic and professional communities through conferences and workshops, reflecting her commitment to advancing the field of industrial design and staying engaged with the latest trends and developments.



Projects

Trophy Design for Kala Utsav

The Trophy Design for Kala Utsav was led by Prof. Sugandh Malhotra from IDC IIT Bombay. Kala Utsav is a national initiative under the Ministry of Education, aimed at promoting the arts in school education. The design of the trophy aimed to reflect the spirit of creativity, artistic excellence, and cultural diversity celebrated in the event. Prof. Sugandh Malhotra, known for his expertise in product design, was tasked with creating a trophy that not only represented these values but also had a strong aesthetic appeal. His design approach typically involves a deep understanding of form, functionality, and symbolism, ensuring that each element of the trophy resonates with the ethos of Kala Utsav.

Three-wheeled electric delivery vehicle, with Strom Motors

The three-wheeled electric delivery vehicle, developed by Prof. Sugandh Malhotra from IDC IIT Bombay in collaboration with Strom Motors, is designed to cater to the growing demand for sustainable and efficient urban delivery solutions. This vehicle aims to address the needs of last-mile delivery while focussing on environmental sustainability and urban mobility challenges. The vehicle is powered by a battery-electric system, providing a zero-emission alternative to traditional delivery vehicles. The three-wheeled configuration allows for better manoeuvrability in congested urban environments, making it ideal for city deliveries. The vehicle is optimised for carrying light to moderate cargo, suited for e-commerce, groceries, and other urban delivery services.