Obsessed with Flexible Sensors,
Backed by Engineering
If robot talks, I make sure it makes sense.
Hi, I am Greywolf, I will be guiding you today
If robot talks, I make sure it makes sense.
Hi, I am Greywolf, I will be guiding you today
Contributed to Prosthetic Exo-Leg: A Multi-Functional Robotic Leg-Suit, published in IEEE TENCON 2023. Awarded Best Paper for innovation in biomedical robotics.
3rd Place as Electronics Team Lead of BRACU Mongol Tori. Led design, testing, and deployment of robotics systems on an international stage.
Founder of CyborgBD, providing cost-efficient AI and automation solutions. Led robotics clubs and competitions with 400โ700+ participants, mentoring students and driving innovation.
Designed robotics projects for clients and instructed university-level students (MayโAug 2024).
Designed Arduino and microprocessor-based courses (30 projects) and taught 50+ students (Apr 2022โMar 2023).
Coordinated and taught robotics workshops to 400+ students (AprโAug 2019).
Founded robotics startup providing cost-efficient AI and automation solutions (2022โPresent).
Robotic exo-leg for patients with transfemoral amputation. IEEE TENCON 2023 Best Paper.
Published in IEEE TENCON 2023
๐ View Publication
Robotic exo-leg for patients with transfemoral amputation. IEEE TENCON 2023 Best Paper.
A semi-autonomous rover engineered for extraterrestrial terrain exploration with sensor fusion and robust navigation systems.
Autonomous box designed to test soil & air for life detection on other planets.
Arduino Uno project detecting metallic contamination in meals, with LoRa-based data transmission.
Robotic exo-leg for transfemoral amputees. Published in IEEE TENCON 2023 and awarded Best Paper.
A semi-autonomous rover engineered for extraterrestrial terrain exploration with sensor fusion and robust navigation systems.
Microcontroller-based landmine detection robot with metal & ultrasonic sensors, LoRa/Bluetooth transmission, GPS tracking, and path mapping. Used in competitions.
Remote-controlled soccer-playing robot with RF based motor controllers. Competed internationally.
Microcontroller based low cost device to detect metal, with LoRa-based data transmission.
Autonomous box designed to test soil & air for life detection on other planets.
Mini tank robot for delivering supplies in disaster zones and firefighting in unreachable areas.
A high-torque combat robot designed with precision control, strategic maneuvering, and resilient mechanical architecture.
An intelligent IR-guided robot optimized for real-time path detection, speed control, and adaptive decision-making.
Senior Executive โ Directed national robotics competitions (500+ participants) and founded Research & Project Management Dept.
General Secretary โ Organized large indoor games tournaments (700+ participants), increasing engagement by 40%.
Cadet Corporal โ Trained under Bangladesh Army; received BNCC scholarship for academic excellence.
I am an Electrical & Electronics Engineering graduate from BRAC University (2018โ2023), specializing in robotics, embedded systems, and AI-driven automation.
My research includes the award-winning Prosthetic Exo-Leg presented at IEEE TENCON 2023. Experienced in robotics competitions, IoT systems, and embedded design.
Passionate about flexible sensor, biomedical engineering, robotics, UGV, UAV, and automation technologies.
BU stands first among all Asian universities and it is the only Bangladeshi university to be enlisted with the finals qualifiers in URC 2020
Michigan Mars Rover Team and Stanford Student Robotics of the United States stood first and second with 96 and 94 points respectively in the competition, held annually in the country's southern Utah state.
Brac University (BU) Mongol-Tori rover has been ranked 3rd globally in this years University Rover Challenge (URC) 2020, after first ranked University of Michigan and runners up Stanford University.