T M AL ANAM

A self-taught UAV and robotics specialist with international experience in Mars rover competitions and a strong focus on high-performance drones, custom battery packs, and STEM-driven innovation—founder of Robotonbd.

ABOUT MY JOURNEY

I’m T M Al Anam, a passionate UAV and robotics enthusiast with deep expertise in drone systems, battery technology, and autonomous machines. My journey has been largely self-taught—driven by relentless curiosity, hands-on learning, and a desire to build what others only imagine.

As the team leader of the UIU Mars Rover Team, I had the privilege of competing in prestigious international events like the Anatolian Rover Challenge (ARC) in Turkey and the University Rover Challenge (URC) in the United States. These experiences not only sharpened my technical and leadership abilities but also immersed me in cutting-edge robotics and space exploration. I’m also a proud member of The Mars Society, which continues to fuel my interest in interplanetary systems and exploration.

Alongside robotics, I’ve achieved notable success in the UAV domain—designing and building drones that have won multiple national competitions. From high-endurance quadrotors to heavy-lift X8 platforms, my designs emphasize innovation, reliability, and real-world performance. I also specialize in custom battery pack design tailored for robotics and drone applications—balancing high-discharge rates with long runtime efficiency.

Today, I lead Robotonbd, a company dedicated to empowering makers, students, and professionals with high-quality tools for drones, robotics, and STEM education. Whether it’s engineering a Mars rover, powering a long-range drone, or mentoring a new team.

I build with purpose, and I build to inspire.

My Experience

March 2020 - Present

Founder, Robotonbd

As the founder of Robotonbd, I have been leading the design, development, and commercialisation of FPV drone technology and robotics solutions. My role involves hardware prototyping, embedded systems, and business development to provide high-quality drone components and automation solutions to hobbyists and professionals.

December 2022 - January 2024

Co-Team Lead, UIU Mars Rover Team

United International University

Led the research and development efforts of the UIU Mars Rover Team, focusing on system integration, AI-powered navigation, and robotic arm control. Worked closely with multidisciplinary teams to design and build a fully autonomous rover for international competitions

July 2021 - July 2022

Secretary of Research & Development, UIU Robotics Club

Habiganj Government High School

Oversaw research and innovation projects within the UIU Robotics Club, mentoring students in robotics design, embedded systems applications. Led workshops and technical training sessions to foster innovation among club members.

October 2021 - August 2022

Unmanned Systems Techie, Agile Robotics & Security Solutions

Worked on advanced unmanned aerial and ground systems, contributing to the development of intelligent robotics for security and surveillance applications. Focused on system automation, sensor integration, and real-time data processing.

September 2021 - January 2024

Aerial & Communication Team Lead, UIU Mars Rover Team

United International Univesity

Managed the aerial and communication systems for the UIU Mars Rover Team, developing robust autonomous X8 UAV for reconnaissance capabilities to enhance the rover’s performance in exploration and autonomy tasks.

2014 -2016

Team Lead, HGHS Drone Team

Habiganj Government High School

In 2014, I founded the HGHS Drone Team with five of my friends, aiming to build our own drone while we were in Class 9. Our goal was to compete in the 2015 National Science Fair. After months of research and development, we successfully flew our first drone in March 2015. At that time, we were the third team in Bangladesh to build and fly a drone—and the first-ever school students to achieve this milestone. Our efforts paid off when we secured first place in our district at the 2015 National Science Fair, marking a significant achievement for young innovators in the field of robotics and aerial technology.

My Education

2022-

B.Sc in Computer Science and Engineering

United International University

2016-2018

Higher Secondary Certificate

Brindaban Government College

2006-2016

Secondary School Certificate

Habiganj Government High School
The Shining Star Tutorial Home

My Skills

Web Development & E-commerce : WordPress & WooCommerce, Bug Find and Fix
Battery Pack Design : Expertise in designing custom Li-ion, LiPo, and LiFePO4 battery packs for robotics and drone applications, focusing on both high-efficiency and high-discharge-rate performance
Team Leading: Technological Project Lead

Success

PROJECTS

Internet-Based UAV/Drone Control System
Mars Rover Prototypes(MAVEN, TELOS) [Ref] [Ref] [Ref]
CanSat Prototype [Ref]
Ground Control Station-Based UAV/Drone [Ref]
Computer-Controlled High-Endurance X8 Drone(ICARUS) [Ref]
Unmanned Submarine / ROV [Ref] [Ref] [Ref]
High-Altitude Multi-Copter [Ref] [Ref]
Heavy Payload X8 Drone [Ref] [Ref]
High-Endurance Fixed-Wing Drone
Full 3D Printed Fixed-Wing Drone [Ref]
Custom Li-ion Battery Pack for UAV [Ref] [Ref] [Ref]
High-Efficiency Battery Pack for Mars Rover [Ref]
Robotic Arm
Raspberry Pi Cluster Computer

AWARDS & HONORS

District Champion at 36th National Science and Technology Fair 2015, Habiganj District
National Champion at Children Science Congress 2016 (Project: Internet Controlled Drone) [Ref]
Champion(R&D) at BASIS National ICT Award 2018 (Project: Internet Controlled Drone) [Ref] [Ref]
Champion at Tech Business Idea Contest, Robolution 2019, MIST [Ref]
13th Position in the University Rover Challenge 2022, Hanksville, Utah, USA [Ref] [Ref] [Ref]
9th Position in the University Rover Challenge 2023, Hanksville, Utah, USA [Ref] [Ref] [Ref]
3rd Position in the Anatolian Rover Challenge 2023, Ankara, Turkey [Ref] [Ref] [Ref]
Best Material Selection Award in the Anatolian Rover Challenge 2023, Ankara, Turkey
Successful Completion of FAA Part 107 Small Uas Recurrent(2023) [Ref]