Gallery

Achievements

The team won the 25th Intelligent Ground Vehicle Competition (IGVC), which is the world's biggest unmanned ground vehicle competition held at Oakland University, Michigan USA.
ASME-SDC 2013, Malaysia
Team Sedrica receiving the Mahindra E2O car for further development and testing as we stood among the top 11 finalists in the Mahindra RISE driverless car challenge.
The place where history was created by UMIC in 2017. This is the stage for the ASME-SDC World Finals at Tampa Convention Center Florida.
The freshmen team that participated in the ASME- Student Design Competition 2019 along with their bot 'DEEPU'
The team won the 25th Intelligent Ground Vehicle Competition (IGVC), which is the world's biggest unmanned ground vehicle competition held at Oakland University, Michigan USA.
Techfest International Robowars, 2015-16
The team won the Asia Pacific regionals of Student Design Competition (SDC) in 2017 organized by American Society of Mechanical Engineering (ASME) beating all other teams of the Asia Pacific region.
The team won the Student Design Competition - World Finals Pentathlon organised by ASME's International Mechanical Engineering Congress and Exposition that was held in Tampa, Florida, USA on 5th November 2017.
Holding the Victory Cup for securing the 1st Position in ASME-SDC Asia Pacifics-2019
The team that participated in IGVC 2014 with their vehicle Pushpak-3
The winning run of Team Sedrica at IGVC 2017, held at Oakland University in Michigan, USA. The team stood first in the Autonomous Navigation Challenge.
ASME-SDC 2012, Houston
The team won the Asia Pacific regionals of Student Design Competition (SDC) in 2019 organized by American Society of Mechanical Engineering (ASME) beating all teams across the Asia Pacific region.
Deepu: The one where we won

Team

Team UMIC, 2017-18
Senior members of team UMIC, 2017-18
4 generations of UMIC
Members of the team that participated in IARC-2018
Founding members of team AeRoVe. Major missing: Trishant Roy
UMIC Sophies 2017-18
Informal excursions
Team UMIC 2016-2017 with SeDriCa
Farewell treat: The last meet
The team of IGVC 2016 with the first version of SeDriCa

Robots

The calligraphy bot, a device capable of accepting inputs from a computer and writing the specified characters using the exact positioning of the inputs.
The Electric All Terrain Vehicle (EATV): the prototype was designed to demonstrate its usefulness for supplying food packages and other aides to affected areas while also carrying heavy payloads for the army.
The bot that led the team to victory in ASME-SDC 2017 Asia Pacific round
The first sensor array of Mahindra E2O
DEEPU: The bot that led the team to victory in the Asia Pacific round of ASME-Student Design Challenge; Notice the unconventional use of mecanum wheels which allowed the bot to move freely in the arena.
The first heavy duty trainer plane developed by team Aerove for testing the parachute deployment mechanism for the Barcelona Smart Drone Challenge
The Electric All Terrain Vehicle (EATV): the prototype was designed to demonstrate its usefulness for supplying food packages and other aides to affected areas while also carrying heavy payloads for the army.
Team UMIC's entree to the ASME-SDC 2012, better known as the 'Energy Relay', led the team to victory in the Asia Pacific round
BEAST: A bot with pnuematic flippers which participated in International Robowars - Techfest 2015 -16 and stood as the First Runner Up.
Pushpak 2 - UMIC's entree to the IGVC 2013
Fully equipped autonomous car- SeDriCa (Right)
DEEPU: The bot that led the team to victory in the Asia Pacific round of ASME-Student Design Challenge; Notice the storage space for balls as well as the deployable walls for precisely dropping them.
Autonomous landing of the heavy duty plane with 2m wingspan developed by team Aerove for the Barcelona Smart Drone Challenge
Autonomous Ball picking Robot
'Remote Inspection Vehicle', the bot that helped us bag 2nd position in the World finals of ASME-SDC 2013 held at USA
Backpack Rover: A remotely operated vehicle designed specifically for military purposes. A soldier can carry it in his backpack and deploy it to access locations that cannot be visually accessed, and thus avoid unnecessary enemy contact.
Pushpak 2 - UMIC's entree to the IGVC 2013
Fully equipped autonomous car- SeDriCa (Left)
Jataayu V1: The first complete full size protoype developed by team Aerove for the Barcelona Smart Drone Challenge
Capable of autonomous indoor navigation and having a payload capacity of 2.4 kgs, team UMIC Aerial proposed this design for the Flipkart Grid 2.0 Autonomous Indoor Drone Robotics Challenge

Miscellaneous

First look of Mahindra E2O (thec then to be SeDriCa)
Simulating autonomous navigation of a ground robot in a factory environment
Explaining visiting school students SeDriCa project
Showcasing the autonomous quadcopter project of AeRoVe at IIT Bombay's Tech & RnD Exposition 2019
Sucessfully simulating the problem statement of Flipkart Grid 2.0 autonomous indoor challenge on Gazebo Simulator using PX4 - SITL.
SeDriCa presented before Hon. Prime minister of India Shri. Narendra Modi
Members of the team displaying our work in the mess area of Hostel 15 & 16 to spark the fire of curiosity and innovation in the minds of the freshmen
Accurate real-time Object Detection from autonomous drone
Quadcopter localizing itself with respect to the surroundings using visual odometry
BackPackRover a project with NCETIS for DST and Indian Military, presented at 17th International Security Expo 2016 in Pragati maidan, New Delhi
UMIC Recruitment test 2019
Character Detection on autonomous Drone