ROVER

ROVER, a cutting-edge space exploration vehicle poised to redefine the future of interstellar discovery. Engineered with scientific precision, ROVER is designed to traverse the most daunting and unexplored terrains, unlocking the mysteries of distant planets and assessing the potential for extraterrestrial life.

As dedicated members of the Mars Society, committed to propelling humanity's exploration and eventual settlement of the Red Planet, Team Drishti embarks on a mission to ignite innovation and inspire the next generation of space pioneers through participation in the esteemed Indian Rover Challenge (IRC).

With a proven track record of excellence, including notable achievements such as 4th place in 2018, 8th in 2019, 9th in 2020, 12th in 2023, and 17th in 2024, our team consistently demonstrates our unwavering commitment to pushing the boundaries of possibility in the realm of space exploration. Additionally, at ROBOFEST 3.0, organized by GUJCOST, Team Drishti showcased our ingenuity by participating with two teams and clinching both the first prize and an impressive 4th place consolation.

ROBOCON

Robocon (Asia Pacific robotic contest) is organised by the Asia Pacific broadcasting union (ABU). A collection of over 20 countries of Asia pacific region participate in the contest. Each year the competition has a different problem statement on the basis of hosting country's culture or global problems. The competition is held in 2 stages - the national stage which decides the team/college that would be representing the country in international competition (final stage) held in last week of August every year.

Team Drishti, representing NIT Surat, has been participating in this prestigious competition since 2006, continually setting higher benchmarks each year. In Robocon 2024, Team Drishti achieved a remarkable 13th rank at the national stage, showcasing their exceptional skills and dedication among a highly competitive field. In Robocon 2018, the team ranked 12th nationally among 108 teams.

AI-ML

AI is the study of how to train the computers so that computers can do things which at present human can do better and Machine learning is to learn from data on certain task to maximize the performance of machine on this task. We all fascinate over Iron Man’s J.A.R.V.I.S. (Just A Rather Very Intelligent System) or we wonder at how Siri works. These are nothing but the best examples of Intelligent systems which make use of algorithms of machine learning and natural language processing and computer vision. Since 2016 Team Drishti has been working on projects which mark steps towards getting to know the amazing world of A.I. and computer vision which include hand written digit recognition, stock price prediction, home automation, Music tagging, Maze solver, Automated check-in System,MRI segmentation, A.I. image colorization, cosmic rays classification, Plant Leaf Analyzer Network , Gesture Interpreter for Specially Abled.

CIVIL

When we thought of any technical club, there is a perception that the tech club only deals with robotics and mechanical machines. Still, we in DRISHTI have done numerous projects that explore the current happenings in civil engineering.

Team Drishti has designed and constructed a Double Decker Bridge which simulates the multiple modes of transport through single connectivity, Designed & Analysed using STAAD.Pro and auto CAD software.

Team Drishti has secured a place among the Top 10 Finalist with remarkable performance in Seismic-2024, Bridge-it & Conquer-it held at AKKAR, IIT Bombay in 2024

AERO

Human pictured about the flying of birds and they started thinking about the thought to fly like them. It was 1903 when wright brothers did their first Flight Test and then aerodynamics became the hot chattered topic. From a car on the road to electricity through windmill everything involves the principles of aerodynamics.

Thus, to stimulate the development in the field of Aerodynamics, here in Drishti we study the aerodynamics and make it applicable in various aspects. We work on development of Different RC planes depending on their applications. We basically design, analyse and manufacture the RC planes. Since the developed technology of the quadcopter is expensive, we are developing our own Flight controller for the Quadcopter which can be further developed for autonomous RC Plane. We have also participated in Boeing Aeromodelling Competition. Considering that Aerodynamics is not only limited to Sky, we also work to develop our own Solid Propellent Rockets.