Hey, I’m Anudeep
An enthusiastic Mechanical Engineer passionate about tackling challenging tasks and continuously learning in the fields of Mechatronics, Systems Integration, Robotics and Design.
My Goal
Short Term
In the short term, I aim to contribute to groundbreaking technologies and innovative products that challenge my expertise and encourage me to adopt new approaches and methodologies. I aspire to collaborate with leaders in the field of mechanical engineering early in my career, ensuring I remain at the forefront of technological advancements and seamlessly integrate the dynamic evolution of technology into my work.
Long Term
In the long term, I aspire to transform a conventional product by redefining its purpose and impact, inspiring the next generation of innovators to challenge established norms. My goal is to empower students and professionals alike to think beyond traditional boundaries, confidently pursuing ideas that reshape the perspectives of the conventional world.
Sequential Path Detection Algorithm
Sequential Path Detection System – Built a vision-based hand-tracking system using MediaPipe and Python to detect ordered path completion with real-time Arduino LED feedback.
Mechatronics Projects
Self-driving RC car using LiDAR, IMU and encoders
Autonomous RC Car – Built a LiDAR-based autonomous RC car using ROS2, implementing SLAM, localization, and path planning with sensor fusion (LiDAR, IMU, encoders) for reliable real-world navigation.
Autonomous fighter bot
A fighter bot integrated with shooting, driver, localization and obstacle avoidance systems working in symphony with complex algorithms run on Arduino and Raspberry Pi.
Micro-slicing analysis and interpretation using GANs
Trained, tested and reproduced images using Generative Adversarial Networks given a set of parameters associated to the micro-structural aspects of an Aero-foil using micro-slicing techniques to understand input parameters.
Vortex Induced Vibrations
Analysis and validation of the formation of vibrating vortices when air is impeded against a vibrating sphere using appropriate boundary conditions and fluid properties.
Design, FEA & CAD Projects
Unidirectional flow simulation using SIMSCALE
Simulation of the Unidirectional flow-slider problem to relate the behaviour of velocity and pressure streamlines in theory and simulations.