Hi there, I am
Arunish Rajput I build with code and robots.
Computer Science student specializing in AI systems and robotics automation. Creating innovative solutions at the intersection of hardware and software.
# AI-powered robot control def process_sensor_data(data): # Analyze environment result = AImodel.predict(data) return result
About Me
Building the future through code & robotics
I'm a Computer Science student passionate about creating intelligent systems that solve real-world problems. My journey began with simple coding projects and has evolved into complex robotics and AI development.
Currently focused on the intersection of machine learning and cloud computing, I'm developing autonomous systems that can learn and adapt to their environment.
Education
Computer Science BTech, xyz University (Expected 2029)
Focus Areas
Machine Learning, Robotics, Computer Vision, Embedded Systems
Featured Project
Autonomous Delivery Robot
My Journey
2022
Curiosity & Exploration
Discovered a passion for technology in ATL of my school, built small projects, and experimented with various fields to find my interests.
2023
Deep Dive into Tech
Explored programming, learned about AI, cloud infrastructure, and started working on hardware-software integration.
2024
Project & Learning Phase
Built multiple projects, including a Self driving car & a cute little robot. Explored web development, IOT, ROS, and automation.
2025
Taking the Leap
Preparing to start my college journey, building strong foundation in programming and technology, and working on AI Powered Advanced Vision Assist for Blind people.
Technical Skills
A combination of software development, hardware engineering, and AI expertise allows me to build intelligent systems from the ground up.
Programming
Proficient-level coding in multiple languages with a focus on efficient, maintainable solutions.
Robotics & Hardware
Design and implementation of automated physical systems with precision control.
AI & Machine Learning
Development of intelligent systems that learn, adapt, and make decisions.
Tools & Frameworks
Git
Docker
NumPy
PyTorch
OpenCV
React
Soft Skills
Communication
Clear presentation of complex technical concepts
Problem Solving
Creative solutions to complex engineering challenges
Teamwork
Collaborative approach in cross-functional teams
Innovation
Forward-thinking approach to technology integration
Featured Projects
Innovative solutions at the intersection of software, hardware, and artificial intelligence.
Autonomous Delivery Robot
A self-navigating robot designed to deliver packages within campus buildings. Uses computer vision and SLAM algorithms.
Gesture Recognition System
Machine learning system that recognizes hand gestures for human-computer interaction. 93% accuracy in real-time applications.
Smart Home Energy System
IoT-based home automation system that optimizes energy usage. Reduced power consumption by 27% in testing.
IoT Data Visualization
Real-time dashboard for monitoring sensor data. Features interactive charts and customizable alerts.
NLP Sentiment Analyzer
Fine-tuned BERT model for analyzing customer feedback sentiment. Deployed as an API for business intelligence.
Precision Robotic Arm
Low-cost 3D-printed robotic arm with 5 degrees of freedom. Can be programmed for precision tasks.
Robotics Journey
Building intelligent machines that interact with the physical world through sensors, actuators, and automation.
DASH – The Customizable Biped Robot
An open-source 3D-printed, Arduino-powered biped robot inspired by OTTO DIY, with obstacle avoidance, motion control, and modular customization.
Mechanical Design
From concept sketches to CAD models, I design robots with precision, durability, and functionality in mind.
- SolidWorks & Fusion 360 for 3D modeling
- Stress analysis & optimization
- 3D printing & rapid prototyping
Electronics & Control
Designing custom PCBs and control systems to provide precise, efficient operation of robotic mechanisms.
- ARM & Arduino microcontroller programming
- Sensor integration & fusion
- PID control & path planning algorithms
Software & AI Integration
Enhancing robots with artificial intelligence for autonomous operation and adaptive learning capabilities.
- ROS (Robot Operating System)
- SLAM for navigation & mapping
- Computer vision for object detection
Project Showcase
Autonomous Mapping Drone
Indoor navigation & 3D mapping
Drone capable of autonomous navigation in GPS-denied environments using LIDAR and visual odometry.
View ProjectSmart Robotic Manipulator
Vision-guided robotic arm
A robotic arm that uses computer vision to identify, track, and manipulate objects with millimeter precision.
View ProjectCompetitions & Achievements
2nd Place - Autonomous Navigation
Developed a self-driving fully autonomous car that successfully navigated an obstacle course using only sensory input, without pre-loaded maps or GPS which leads to IBM Internship.
1st Place - Smart Car
Got this award for my project 'Smart Car' and is invited to IIT Kanpur for the Nationals
Interested in Robotics Collaboration?
I'm always looking to connect with fellow robotics enthusiasts, researchers, or potential collaborators on innovative projects.
AI Research
Exploring the frontiers of artificial intelligence with a focus on practical applications and ethical development.
Reinforcement Learning for Robotics Control (on the way...)
Developing adaptive learning algorithms that enable robots to optimize movement patterns and interact safely with humans in dynamic environments.
Research Focus
Combining deep reinforcement learning with simulated physics environments to train robot movement controllers that generalize to real-world conditions.
Key Results
Achieved 87% improvement in motion efficiency and 62% reduction in training time compared to conventional approaches.
Research Focus Areas
Computer Vision
Developing robust vision systems that can recognize objects, understand scenes, and interpret human gestures in varied environments.
- Object detection in cluttered scenes
- Real-time hand gesture recognition
- Semantic segmentation for robotics
Reinforcement Learning
Creating intelligent agents that learn optimal behaviors through trial-and-error interactions with their environment.
- Deep Q-Networks for decision making
- Policy gradient methods for robotics
- Multi-agent cooperative learning
Natural Language Processing
Building systems that can understand, interpret, and generate human language for more natural human-machine interaction.
- Voice command systems for robots
- Sentiment analysis for feedback
- Context-aware conversation systems
Publications & Projects
Adaptive Reinforcement Learning for Dynamic Robot Control
2024Novel approach combining model-based and model-free reinforcement learning techniques to achieve faster convergence and better generalization in robotic control tasks.
Ethical AI Development
As an AI enthusiasts, I'm committed to developing systems that are not only innovative but also ethical, transparent, and beneficial to society.
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Transparency
Developing AI systems with explainable decision-making processes that can be understood by users.
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Bias Mitigation
Working to identify and eliminate biases in training data and algorithms to ensure fair treatment.
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Safety & Security
Implementing robust testing methodologies and safeguards to ensure AI systems operate safely.
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Human-Centered Design
Creating AI systems that complement human capabilities rather than replace them.
Interested in AI Research Collaboration?
I'm open to research collaborations, discussions about AI ethics, or mentoring opportunities in machine learning and robotics.
Education & Learning Journey
A foundation of formal education combined with continuous self-learning and practical application.
Bachelor of Technology in Computer Science
Xyz University | 2025 - 2029 (Expected)
Specialization
Artificial Intelligence & Robotics
GPA
9.4/10.0
Honors
pahle college to jane do 😄
Research
AI Research Assistant (hopefully🙂)
Key Coursework
Academic Projects (Fake data)
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Senior Thesis: Reinforcement Learning Approaches for Adaptive Robotic Control
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Capstone Project: Computer Vision System for Autonomous Drone Navigation
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Research Paper: Natural Language Interfaces for Smart Home Automation
Professional Certifications (Fake data)
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TensorFlow Developer Certificate
Google | 2022
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Deep Learning Specialization
Coursera | 2021
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Robotics Software Engineer
Udacity | 2021
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AWS Certified Developer
Amazon Web Services | 2022
Academic Timeline (Fake data)
Freshman Year
2025-2026 (Current)
- • Foundational programming courses
- • Introduction to robotics and AI
- • Joined Robotics Student Association
- • First place in hackathon (AI chatbot)
Sophomore Year
2026-2027
- • Advanced algorithms and data structures
- • Machine learning fundamentals
- • Research assistant position at AI Lab
- • Published first research paper
Junior Year
2027-2028
- • Advanced robotics and computer vision
- • Summer internship at tech company
- • Led university robotics team
- • Started thesis research on RL
Senior Year
2028-2029
- • Thesis development and defense
- • Leading advanced robotics project
- • TA for Introduction to AI course
- • Preparing for graduate studies
Leadership & Organizations
Atal Tinkering Lab, K.V. No.1, Gaya
Student Ambassador (2022-2024)
Leading a team of 50+ students in STEM competitions and projects.
Students' Council Member
School Caption (2024)
Ex-School Caption as a part of Students' Council Member at K.V. No.1, Gaya
Awards & Recognitions
ATL Marathon National Competition 2021-22
20222nd Place - Autonomous Navigation
RBVP (formerly JNNSMEE) Regional level Competition
20231st Place - Smart Car
Continued Learning
Learning is a lifelong journey. Here are some of the areas I'm currently exploring to expand my knowledge and skills.
Quantum Computing
Exploring quantum algorithms and their potential applications in AI and optimization problems.
Neuromorphic Computing
Studying brain-inspired computing architectures for more efficient AI systems.
Edge AI
Learning to deploy lightweight AI models on resource-constrained edge devices for real-time applications.
Looking for Academic Collaboration?
I'm interested in research collaborations, conference partnerships, and academic discussions related to AI, robotics, and automation.
Get In Touch
Interested in collaborating on a project or just want to say hello? I'd love to hear from you!