📍 Bangkok, Thailand · 🎓 FIBO, KMUTT
Robotics & Automation Engineering student at KMUTT's Institute of Field Robotics (FIBO). Seeking research and study opportunities in robotics and autonomous systems, with particular interest in learning-based control, active perception, motion planning, and autonomous vehicles. Passionate about bridging theoretical control concepts with practical robotic implementations to develop intelligent systems that can operate reliably in real-world environments
| 🎓 Degree | B.Eng. Robotics & Automation · FIBO, KMUTT |
| 📊 GPA | 3.94 / 4.00 |
| 🏆 Award | Petchra Pra Jom Klao Scholarship for Innovation |
| 📅 Expected Graduation | 2027 |
| 🎯 Seeking | Robotics Engineer internship · Research collaboration |
I work across the full robotics stack — from sensor driver firmware to high-level autonomy. Below is what I've shipped or studied in depth.
👁️ Perception & Sensing
Lidar (Livox MID-360, 2D scanners) · Depth & tracking cameras (RealSense T265/D435) · IMU (BNO055, WT61PC) · RTK GNSS (SparkFun) · Sensor fusion pipelines · Driver development for ROS 2
🗺️ Localization, Mapping & SLAM
SLAM Toolbox · Cartographer · AMCL · EKF-based pose estimation · RTK-GNSS + IMU fusion for cm-level accuracy · HD map processing with Lanelet2
🧭 Navigation & Motion Planning
Nav2 stack · Global planners (A*, Dijkstra, NavFn) · Local planners (DWB, MPPI) · Path following (Pure Pursuit, Stanley, Combined) · Waypoint missions · Recovery behaviors
🎛️ Control Theory & Estimation
PID · Cascade control · LQR · MPC (learning) · Kalman & Extended Kalman Filter · State-space design · Trajectory generation (trapezoidal, S-curve) · System identification · Underactuated control (inverted pendulum)
🦿 Manipulation & Kinematics
Forward/inverse kinematics · Jacobian-based control · Robotics Toolbox (Corke) · Mobile manipulation concepts · MoveIt familiarity
🔌 Embedded Systems & Firmware
STM32 (Nucleo, HAL, CubeIDE) · ESP32 · Arduino · micro-ROS integration · RTOS concepts · Motor control (DC, BLDC, stepper, servo, CyberGear) · Protocols: CAN, MODBUS, UART, SPI, I²C · PCB design (KiCad) · Hardware-in-the-loop testing
🤖 AI & Machine Learning for Robotics
Deep Reinforcement Learning (course + projects) · LLM-powered agents (Gemini, Llama 3.1) · Retrieval-augmented pipelines · Computer vision for detection · Exploring humanoid VLA models (Isaac GR00T)
🎮 Simulation & Digital Twins
Gazebo (Classic & Ignition) · NVIDIA Isaac Sim · RViz2 · URDF/Xacro modeling · SDF worlds · Docker-based sim environments
📦 Robotics Software Engineering
ROS 2 (Humble, Iron, Jazzy) package architecture · Custom messages/services/actions · Lifecycle nodes · TF2 · Launch systems · colcon · Multi-machine deployment
🔧 DevOps & Platforms
Linux (Ubuntu) · Docker & docker-compose · Git workflows · VS Code devcontainers · CI basics · Bash scripting · System setup automation
🏗️ CAD & Mechanical
SolidWorks (assemblies, simulation) · KiCad (schematic + layout) · 3D printing for prototyping · Mechanical-electrical-software co-design
💬 Languages
C · C++ (11/14/17) · Python · MATLAB/Simulink · JavaScript · Shell
Control & Estimation PID · Cascade · LQR · MPC · Kalman / EKF · Trajectory Planning · Sensor Fusion
Embedded
CAN Bus · MODBUS · UART · I²C · KiCad PCB Design
