Tanishka Aggarwal

Passionate and driven engineering student with a strong commitment to innovation and impactful problem-solving. Recognized for adaptability, creativity, and a collaborative approach to tackling complex challenges. Deeply devoted to continuous learning and leveraging technology to drive meaningful change. Aspiring to excel in robotics and automation, with a vision to create solutions that enhance lives and contribute to a better future.

KSRCTC        05/2024, 

Participated in the KSRCTC state-level competition with a vine robot project selected for presentation., Gained valuable experience in showcasing innovative robotics solutions in a competitive environment.

ICETECH      05/2023, 

Secured 3rd prize in the ICETECH competition at Christ University for designing a multi-terrain RC car., Collaborated on the 3D printing, programming, and design of the RC car, showcasing innovation and technical expertise., Demonstrated strong teamwork and project management in delivering a functional multi-terrain vehicle. 

ICETECH     05/2022, 

Participated in the ICETECH competition with a 3D-printed robotic arm, controllable via a mobile phone., Demonstrated expertise in robotics, 3D printing, and mobile-based control systems.

Vine Robot                    05/2023-Present, 

Created and built a vine robot designed to navigate intricate environments., Developed the robot's structure and actuators to replicate vine-like growth patterns, enabling efficient obstacle interaction., Implemented control systems and programming for autonomous or remote navigation., Acquired expertise in robotics, soft robotics, and environmental interaction technologies.

3D Printer                      05/2024- 11/2024, 

Designed and constructed a custom 3D printer, including frame assembly and motor installation., Configured and flashed Marlin firmware on the Ender 3 V2.4.7 motherboard., Handled wiring, circuit integration, and troubleshooting to ensure optimal performance., Acquired practical experience in 3D printing technology and additive manufacturing.

Multi Terrain Vehicle     05/2023, 

Our team designed and built a rover with autonomous navigation capabilities, allowing it to traverse its environment without user input., Additionally, it can be manually controlled via a local web server hosted on the onboard ESP32 module. 

KUKA KR6 R900          05/2022,

 In my third semester of robotics engineering, we did hands-on training with the KUKA KR6 R900 manipulator., I learned all its basic controls the movement along all axis, along with pick and place application and figure drawing with the manipulator. 

Automatic Arm             06/2022, 

Created a Robotic Arm with the help of a 3D printer and servo motors which can be controlled using a web server through a ESP32 or through a physical interface which has potentiometers which interfaces to Arduino and controls the servo motors. 

RC Car                          05/2022, 

Created a RC car to compete in a RC race car competition which had various different terrains in a timed lap.

• ANDROID CONTROL ROBOT
• MAKING OF AUTONOMOUS BOTS
• DAIMLER DTICI