I'm an undergraduate student in IoT and Robotics Engineering at the University of Frontier Technology, Bangladesh, and the founder of RoboSimunomy. I focus on applying Artificial Intelligence, Machine Learning, Deep Learning, IoT, Robotics, Aerospace, Embedded Systems, and Autonomous UAV development to real-world problems.
I work across Python, n8n AI agentic automation, MQTT, C, C++, Java, Unity, ROS2, Gazebo, RViz2, and PX4 for simulation and autonomous control, and build with Arduino, ESP32, Raspberry Pi, and Pixhawk hardware — alongside full-stack development with Laravel and Flutter.
Two of my papers — on IoT-based health monitoring and low-cost RC aircraft telemetry — have been submitted to and published at IEEE conferences (ICEFronT 2026, ICCIT 2025). RoboSimunomy grew directly out of this research: it's where these ideas turn into apps, games, and eventually hardware that people can use.
B.Sc. in IoT and Robotics Engineering
University of Frontier Technology, Bangladesh · Aug 2023 – May 2027 (Expected)
H.S.C. (Science) — GPA 5.00
Nasirabad College, Mymensingh · Aug 2020 – Feb 2022
S.S.C. (Science) — GPA 5.00
Monsurpur A.H.T High School, Netrokona · Jan 2018 – Feb 2020
Languages
Python, C, C++, Java, PHP, SQL, C#, Dart
ML & Data
NumPy, Pandas, Matplotlib, TensorFlow, Scikit-learn
Simulation
Unity, Gazebo, CoppeliaSim, ROS2 (RViz2), Mission Planner, Wokwi
Hardware
Arduino, ESP32, Pixhawk, Raspberry Pi, sensors & motors of many kinds
Other
n8n AI Agents, OpenCV, Git & GitHub, Flutter, Laravel
University of Frontier Technology, Bangladesh
Built a Bluetooth-controlled robotic car, sensor-controlled autonomous rover, obstacle-avoidance rover, and light/line-following robots, integrating Arduino, ESP32, Raspberry Pi 4B, Pi Camera, servo/DC motors, sensors, and relay modules.
University of Frontier Technology, Bangladesh
Built AI agents with n8n — SMS-based chat systems, social media automation, YouTube upload agents, chatbots, and drone image analysis pipelines — integrating Hugging Face LLMs and the Twilio API to deliver accessible AI via SMS for rural users without internet.
University of Frontier Technology, Bangladesh
Manually built, assembled, and tuned a lightweight RC SU-27 jet and a GPS-enabled quadcopter from scratch, integrating Pixhawk and Mission Planner for flight stabilization and telemetry.
UFTB / TGG Organization
Developed and published a 3D car racing game, a 2D role-based access game, and an XR drone simulator using Unity and C# — released as WebGL games, with the XR drone simulator published on Itch.io.
PyPI · Amazon Appstore
Published a Python package named emon on PyPI, and published Online Tools, Calculator, and Namata apps on the Amazon Appstore with AdMob monetization.
Robotics, drones, and AI/ML systems — the same research this founder's work feeds directly into RoboSimunomy's product roadmap.
Apr 2026
Runs an LLM locally with prompt-based fine-tuning to control a drone from natural-language commands via a ROS2 Jazzy / Gazebo simulation.
Apr 2026
Onboard CNN-based image validation and a tiny VLM for scene analysis, prioritizing textual insight transmission for deep-space bandwidth limits.
Apr 2026
A cardboard-bodied assistant robot with Arduino-driven hand/face servos and a voice-to-voice conversational system.
Feb 2026
Capstone project: Wi-Fi restoration, Tesla-coil wireless swarm charging, and 300g payload delivery, with VGG16 disaster classification and a VLM for damage assessment.
2025
A low-cost IoT telemetry and risk-prediction system for RC aircraft, published at ICCIT 2025.
Jan 2026
Routes SMS queries to specialized models for education, farming, health, and emergencies — instant AI answers without smartphones or internet.
Aug 2024 – Jun 2025
Manually built, assembled, and tuned a lightweight RC SU-27 jet, with Pixhawk integration for flight stabilization and telemetry.
Nov 2025 – Present
Designed a GPS-enabled quadcopter from scratch with responsive flight control, ESCs, and brushless motors.
A. B. S. Emon, S. Enam, L. Enam, “Health Monitor: A Hybrid Edge-Cloud IoT Framework for Real-Time Health Monitoring Using Stacked Ensemble Learning” (submitted, under review).
2026 International Conference on Engineering and Frontier Technologies (ICEFronT), Mawlana Bhashani Science and Technology University, Tangail, Bangladesh, June 25–26, 2026.
A. B. S. Emon, S. C. Das, A. Hasib, Md. Ashiqussalehin, “Aerobotics: A Low-Cost IoT-Based Real-Time Telemetry and Risk Prediction System for RC Aircraft Using ESP32 and Machine Learning.”
2025 28th International Conference on Computer and Information Technology (ICCIT), Cox's Bazar, Bangladesh, 2025, pp. 1–6.
