AYUSH C S • ROBOTICS & AI

INITIALIZING SYSTEMS...

NMAMIT Nitte | B.Tech Robotics & Artificial Intelligence | Batch 2024–28

AYUSH C S

Robotics & AI Engineer in the Making
B.Tech Robotics & Artificial Intelligence Student

I am a Robotics & Artificial Intelligence student passionate about designing intelligent machines that can sense, understand, and interact with the real world. My work combines robotics, embedded systems, computer vision, artificial intelligence, ROS2, and mechanical design to transform ideas into practical robotic systems.

"Building the bridge between intelligent software and physical machines."

Robotics Artificial Intelligence Computer Vision Autonomous Systems ROS2 Jazzy SLAM Embedded Systems Machine Learning RViz URDF Robotic Manipulation Mechanical Design

Explore My Projects View My Experience Download Resume Contact Me

01. Journey

About Me

Currently in 5th semester of B.Tech in Robotics & AI at NMAM Institute of Technology (NMAMIT), Nitte.

Engineering Physical Intelligence

Currently in my 5th semester of B.Tech in Robotics & AI at NMAM Institute of Technology (NMAMIT), Nitte.

Robotics has been more than a subject for me — it's been a lifelong passion. Since childhood, I've been fascinated by machines that can move, sense, and think. That curiosity grew into hands-on building: wiring hardware, writing embedded C firmware on ESP32 and Arduino, developing Python computer vision pipelines, and building ROS2 nodes from scratch.

Student Profile

Full Name AYUSH C S

Institution NMAMIT, Nitte

Degree B.Tech Robotics & AI

Batch 2024 – 28

Semester 5th

CGPA 9.2 / 10.0

Availability Open for Internships

02. Matrix

Who I Am as an Engineer

Academic excellence, club leadership, hands-on hardware builds, and professional R&D execution.

Core Academic Focus

B.Tech Robotics & AI — NMAMIT, Nitte

CGPA: 9.2 / 10.0

Top academic standing with dedicated focus on autonomous systems and intelligent hardware.

Practical Interests

Building Physical Robots Embedded Programming Developing AI Apps Sensor Integration Actuator Control Mechanical CAD Design 3D Printing Robot Simulation Autonomous Navigation

Leadership & Campus Involvement

Sub-Core Member, Robotics Club (1 Year): Hands-on club involvement: participated in hardware builds, robot challenges, and peer-driven robotics projects.
Technical Events, RISE Association (1 Year): Organized and managed technical events, driving student engagement in engineering and innovation activities.
Branch Representative, Technical Events: Represented the Robotics & AI branch in inter-department technical events and coordination.
National Competitor: Participated in the National Level SPRW Robotic Competition.

Current Goal

To build more robots and real technology — continuously learning, experimenting, and pushing the boundaries of what I can create with embedded systems, AI, and ROS2.

Future Goal

To build my own technology-based company rooted in robotics and AI — creating products and systems that make a real difference in the world.

03. Capabilities

Technical Skills

Core competencies across robotics software, computer vision, embedded firmware, AI, and hardware design.

01 — Robot Software & Middleware ● Autonomy & SLAM Stack

🤖

Robot Software & Middleware

Modular node architectures, digital-twin URDF transforms, Gazebo physics simulation, and autonomous NAV2 / SLAM navigation stacks.

⚡ ROS2 🚀 ROS2 Jazzy 📊 RViz 🤖 URDF 🌐 Gazebo 🧭 NAV2 🗺️ SLAM

02 — Perception & Vision ● Computer Vision & Sensing

👁️

Perception & Vision

Real-time image filtering, fiducial marker tracking, and camera-based vision pipelines for robotic spatial localization and autonomy.

👁️ Computer Vision 🔬 OpenCV 📸 Camera-Based Robotics 📍 ArUco Marker Detection

03 — Programming & Firmware ● High Performance & Embedded

💻

Programming & Firmware

High-level algorithmic coding for AI alongside deterministic, low-latency firmware on microcontrollers and real-time buses.

🐍 Python ⚙️ Embedded C

04 — Intelligence & Learning ● Neural Architectures & AI

🧠

Intelligence & Learning

Applied machine learning algorithms, deep neural network concepts, and intelligent decision-making systems for autonomous robots.

🧠 Machine Learning 🔮 Deep Learning Fundamentals 🕸️ Neural Network Concepts

05 — Mechanical & Electronics Design ● 3D CAD & Electronics

📐

Mechanical & Electronics Design

Parametric 3D mechanical modeling, structural prototyping, custom PCB schematic capture, and numerical engineering modeling.

📐 Fusion 360 ⚡ KiCad 📊 MATLAB

04. Engineering Builds

Featured Projects

Hands-on autonomous systems, companion robots, vision algorithms, and embedded control builds.

05. Experience

Experience

Practical industrial engineering work at Fubotics Private Limited, Bangalore.

Robotics R&D Engineer Intern

Fubotics Private Limited | Bangalore, India | Duration: 2 Months (June – July 2026)

Key Responsibilities & Achievements:

System architecture design and R&D prototyping for real-world robotics challenges in confined environments.
Obstacle navigation analysis, motor sizing, and high-torque DC motor driver selection.
3D CAD modeling in Fusion 360 for compact structural linkages and component specifications.
Sensor integration for real-time video inspection feeds and microcontroller telemetry.

"The internship helped transform my understanding from individual components into thinking about robotics as a complete integrated engineering system."

06. Education

Academics & Certifications

Rigorous academic foundation in Robotics & AI alongside continuous skill certifications.

Bachelor of Technology (B.Tech)

Robotics & Artificial Intelligence

NMAM Institute of Technology (NMAMIT), Nitte | Batch: 2024 – 28

CGPA: 9.2 / 10.0

Senior Secondary (12th Grade)

80% — CBSE | Sri Chaitanya, Bangalore

Secondary (10th Grade)

86% — CBSE | Prarthana School, Bangalore

Certifications

✅ ROS2 Level 1 & Level 2 — ROS2 Jazzy

Nodes, Topics, Services, Actions, & Robot Architecture

✅ Computer Vision & OpenCV

ArUco Marker Localization, Feature Extraction & Visual SLAM

✅ Autodesk Fusion 360

Parametric 3D CAD, Kinematic Linkages, & Mechanical Assemblies

✅ Machine Learning Fundamentals

Deep Neural Networks, Loss Optimization, & Predictive Models

✅ Python for Robotics & AI Computation

High-Performance Scientific Automation, NumPy, & AI Model Integration

07. Personal

Personal Interests

Beyond engineering and robotics, activities that sharpen strategic thinking, discipline, and creativity.

Badminton 🏸 Chess ♟️ Anime 🎌 Exploring Technology 🚀 Building DIY Projects 🛠️

08. Connect

Contact Me

Interested in robotics, artificial intelligence, computer vision, embedded systems, or autonomous systems? Feel free to reach out.

Get In Touch

I am always interested in connecting with engineers, researchers, and organizations working in robotics, AI, computer vision, and embedded control.