Anika Tabassum Orchi
Anika Tabassum Orchi
Embedded System Engineer
Embedded System Engineer
Dhaka, Bangladesh
Available for work
About me
About me
I am currently serving as the Project Lead of URO Bangladesh, developing innovative air taxi solutions. I am a final-year B.Sc. student in Computer Science and Engineering at United International University. My work spans IoT, robotics, embedded systems, AI, and software engineering, with notable projects including UIU MATE ROV (UIU Mariner), UIU CanSat, Krishi Sheba, Recon Solar Shield, Prosthetic Arm, and Free IELTS App.
My current research interests revolve around Embedded Systems and Artificial Intelligence, focusing on their applications in real-world problems.
Feel free to contact me if you are interested in my work.
Experience
Experience
United International University
URO Bangladesh - Air Taxis
january 2024 - January 2025
Project Lead
URO Bangladesh is an innovative aerospace initiative focused on developing unmanned aerial systems (UAS) for payload delivery and urban air mobility (UAM) solutions, including prototype air taxis. The project aims to advance Bangladesh’s capabilities in autonomous aerial transport, logistics, and sustainable aviation technology. As the Project Lead, I directed the multidisciplinary development process, from concept design to system integration and flight testing.
Led the design and engineering of payload delivery drones, focusing on aerodynamics, stability, and efficient propulsion systems for autonomous operation.
Supervised the development of an experimental air taxi prototype, integrating flight control algorithms, communication modules, and safety mechanisms.
Managed the electrical and embedded control systems, including power distribution, telemetry, and sensor-based flight stabilization.
Coordinated cross-functional teams of mechanical, electrical, and software engineers to ensure synchronization between design, simulation, and real-world testing.
United International University
Treasurer - UIU IEEE Student Branch
january 2024 - January 2025
Treasurer
URO Bangladesh is an innovative aerospace initiative focused on developing unmanned aerial systems (UAS) for payload delivery and urban air mobility (UAM) solutions, including prototype air taxis. The project aims to advance Bangladesh’s capabilities in autonomous aerial transport, logistics, and sustainable aviation technology. As the Project Lead, I directed the multidisciplinary development process, from concept design to system integration and flight testing.
Led the design and engineering of payload delivery drones, focusing on aerodynamics, stability, and efficient propulsion systems for autonomous operation.
Supervised the development of an experimental air taxi prototype, integrating flight control algorithms, communication modules, and safety mechanisms.
Managed the electrical and embedded control systems, including power distribution, telemetry, and sensor-based flight stabilization.
Coordinated cross-functional teams of mechanical, electrical, and software engineers to ensure synchronization between design, simulation, and real-world testing.
United International University
URO Bangladesh - Air Taxis
january 2024 - January 2025
Project Lead
URO Bangladesh is an innovative aerospace initiative focused on developing unmanned aerial systems (UAS) for payload delivery and urban air mobility (UAM) solutions, including prototype air taxis. The project aims to advance Bangladesh’s capabilities in autonomous aerial transport, logistics, and sustainable aviation technology. As the Project Lead, I directed the multidisciplinary development process, from concept design to system integration and flight testing.
Led the design and engineering of payload delivery drones, focusing on aerodynamics, stability, and efficient propulsion systems for autonomous operation.
Supervised the development of an experimental air taxi prototype, integrating flight control algorithms, communication modules, and safety mechanisms.
Managed the electrical and embedded control systems, including power distribution, telemetry, and sensor-based flight stabilization.
Coordinated cross-functional teams of mechanical, electrical, and software engineers to ensure synchronization between design, simulation, and real-world testing.
Electromedical Solutions
Prosthetic Arm - Bio Robotics
August 2025 - December 2025
Project Lead
The Prosthetic Arm Development Project was an initiative focused on creating an affordable, responsive, and human-assistive robotic arm to help individuals with limb disabilities regain mobility and independence through advanced control systems and embedded electronics. As the Project Lead, I oversaw the complete design, development, and testing of the prosthetic system, combining engineering innovation with social impact.
Led the overall project design and planning, defining technical goals, assigning team roles, and managing progress across hardware, software, and mechanical subsystems.
Developed the control architecture using microcontrollers and sensors to achieve precise and natural hand movements through muscle signal (EMG) and sensor-based input.
Supervised the electrical and embedded system design, including circuit layout, power management, and signal processing for smooth actuator response.
Coordinated prototyping, testing, and calibration, ensuring functionality, safety, and comfort for end users while maintaining cost-efficiency.
Electromedical Solutions
Prosthetic Arm - Bio Robotics
August 2025 - December 2025
Project Lead
The Prosthetic Arm Development Project was an initiative focused on creating an affordable, responsive, and human-assistive robotic arm to help individuals with limb disabilities regain mobility and independence through advanced control systems and embedded electronics. As the Project Lead, I oversaw the complete design, development, and testing of the prosthetic system, combining engineering innovation with social impact.
Led the overall project design and planning, defining technical goals, assigning team roles, and managing progress across hardware, software, and mechanical subsystems.
Developed the control architecture using microcontrollers and sensors to achieve precise and natural hand movements through muscle signal (EMG) and sensor-based input.
Supervised the electrical and embedded system design, including circuit layout, power management, and signal processing for smooth actuator response.
Coordinated prototyping, testing, and calibration, ensuring functionality, safety, and comfort for end users while maintaining cost-efficiency.
United International University
UIU MARINER - Marine Robotics
May 2024 - Octobor 2025
Team Lead
UIU Mariner is a student-led team from United International University (UIU) that develops underwater robots and floats for exploration and marine research. The team participated in the MATE ROV 2025 Competition, achieving World Championship in Technical Documentation and 5th place globally in Project Demonstration, highlighting our excellence in both design and execution.
Led the electrical build, PCB design, and control system of the ROV, ensuring reliable operation and integration.
Designed the robotic arm’s inner circuit and provided guidance on mechanical design to optimize performance.
Planned project strategies, assigned tasks, and coordinated team efforts to maintain smooth workflow.
Monitored and evaluated team progress weekly, ensuring timely completion of tasks and seamless integration across all subsystems.
United International University
UIU MARINER 2025 - Marine Robotics
May 2024 - Octobor 2025
Team Lead
UIU Mariner is a student-led team from United International University (UIU) that develops underwater robots and floats for exploration and marine research. The team participated in the MATE ROV 2025 Competition, achieving World Championship in Technical Documentation and 5th place globally in Project Demonstration, highlighting our excellence in both design and execution.
Led the electrical build, PCB design, and control system of the ROV, ensuring reliable operation and integration.
Designed the robotic arm’s inner circuit and provided guidance on mechanical design to optimize performance.
Planned project strategies, assigned tasks, and coordinated team efforts to maintain smooth workflow.
Monitored and evaluated team progress weekly, ensuring timely completion of tasks and seamless integration across all subsystems.
United International University
UIU MARINER - Marine Robotics
May 2024 - Octobor 2025
Team Lead
UIU Mariner is a student-led team from United International University (UIU) that develops underwater robots and floats for exploration and marine research. The team participated in the MATE ROV 2025 Competition, achieving World Championship in Technical Documentation and 5th place globally in Project Demonstration, highlighting our excellence in both design and execution.
Led the electrical build, PCB design, and control system of the ROV, ensuring reliable operation and integration.
Designed the robotic arm’s inner circuit and provided guidance on mechanical design to optimize performance.
Planned project strategies, assigned tasks, and coordinated team efforts to maintain smooth workflow.
Monitored and evaluated team progress weekly, ensuring timely completion of tasks and seamless integration across all subsystems.
United International University
UIU CanSat - Nano Satellite
Jun 2023 – March 2024
Software, Communication and Embedded System Designer
UIU CanSat is a student-led initiative from United International University (UIU) that designs and launches miniature satellites to simulate real-world space missions. The project focuses on collecting and transmitting atmospheric data during descent, enabling students to gain hands-on experience in aerospace, telemetry, and embedded systems.
Developed the onboard software to manage sensor data acquisition, telemetry encoding, and in-flight control logic for stable operation.
Engineered the communication protocol between the CanSat and the ground station, ensuring accurate real-time transmission and data integrity throughout the mission.
Designed and optimized the embedded circuitry, integrating sensors, power systems, and microcontrollers for reliable performance under high-vibration conditions.
Collaborated with the mechanical and recovery teams to ensure seamless integration of all subsystems and successful post-flight data recovery.
United International University
UIU CanSat - Nano Satellite
Jun 2023 – March 2024
Software, Communication and Embedded System Designer
UIU CanSat is a student-led initiative from United International University (UIU) that designs and launches miniature satellites to simulate real-world space missions. The project focuses on collecting and transmitting atmospheric data during descent, enabling students to gain hands-on experience in aerospace, telemetry, and embedded systems.
Developed the onboard software to manage sensor data acquisition, telemetry encoding, and in-flight control logic for stable operation.
Engineered the communication protocol between the CanSat and the ground station, ensuring accurate real-time transmission and data integrity throughout the mission.
Designed and optimized the embedded circuitry, integrating sensors, power systems, and microcontrollers for reliable performance under high-vibration conditions.
Collaborated with the mechanical and recovery teams to ensure seamless integration of all subsystems and successful post-flight data recovery.
United International University
Treasurer - UIU IEEE Student Branch
january 2024 - January 2025
Treasurer
The IEEE Student Branch of UIU is a student-led organization that promotes innovation, research, and leadership among engineering students through technical events, workshops, and competitions under the global IEEE network. As the Treasurer, I was responsible for managing the branch’s financial operations, ensuring transparency, and supporting the smooth execution of all technical and outreach initiatives.
Managed and tracked the branch’s financial resources, preparing detailed budgets and expense reports for workshops, projects, and events.
Secured funding and sponsorships from both university administration and external partners to support student-led research and competition participation.
Collaborated with the executive committee to plan and execute large-scale IEEE events, ensuring financial feasibility and resource optimization.
Maintained transparent financial documentation, ensuring accountability and compliance with IEEE and university financial policies.
United International University
Treasurer - UIU IEEE Student Branch
january 2024 - January 2025
Treasurer
The IEEE Student Branch of UIU is a student-led organization that promotes innovation, research, and leadership among engineering students through technical events, workshops, and competitions under the global IEEE network. As the Treasurer, I was responsible for managing the branch’s financial operations, ensuring transparency, and supporting the smooth execution of all technical and outreach initiatives.
Managed and tracked the branch’s financial resources, preparing detailed budgets and expense reports for workshops, projects, and events.
Secured funding and sponsorships from both university administration and external partners to support student-led research and competition participation.
Collaborated with the executive committee to plan and execute large-scale IEEE events, ensuring financial feasibility and resource optimization.
Maintained transparent financial documentation, ensuring accountability and compliance with IEEE and university financial policies.
United International University
Treasurer - UIU IEEE Student Branch
january 2024 - January 2025
Treasurer
The IEEE Student Branch of UIU is a student-led organization that promotes innovation, research, and leadership among engineering students through technical events, workshops, and competitions under the global IEEE network. As the Treasurer, I was responsible for managing the branch’s financial operations, ensuring transparency, and supporting the smooth execution of all technical and outreach initiatives.
Managed and tracked the branch’s financial resources, preparing detailed budgets and expense reports for workshops, projects, and events.
Secured funding and sponsorships from both university administration and external partners to support student-led research and competition participation.
Collaborated with the executive committee to plan and execute large-scale IEEE events, ensuring financial feasibility and resource optimization.
Maintained transparent financial documentation, ensuring accountability and compliance with IEEE and university financial policies.
United International University
Joint Secretary - UIU Robotics Club
january 2024 - January 2025
Treasurer
The UIU Robotics Club is a student-driven organization at United International University that fosters innovation in robotics, automation, and AI through workshops, competitions, and research-based projects. As the Joint Secretary, I played a key role in managing club operations, coordinating events, and supporting both administrative and technical activities to enhance member engagement and project development.
Coordinated robotics workshops, training sessions, and competitions, promoting hands-on learning and interdisciplinary collaboration among students.
Assisted in administrative management, including event planning, member registration, and documentation of club activities.
Collaborated with the executive team to organize university-wide robotics initiatives and represent the club in inter-university competitions.
Supported technical projects by helping members with embedded systems, electronics, and control mechanisms in ongoing robotics builds.
United International University
Treasurer - UIU IEEE Student Branch
january 2024 - January 2025
Treasurer
The UIU Robotics Club is a student-driven organization at United International University that fosters innovation in robotics, automation, and AI through workshops, competitions, and research-based projects. As the Joint Secretary, I played a key role in managing club operations, coordinating events, and supporting both administrative and technical activities to enhance member engagement and project development.
Coordinated robotics workshops, training sessions, and competitions, promoting hands-on learning and interdisciplinary collaboration among students.
Assisted in administrative management, including event planning, member registration, and documentation of club activities.
Collaborated with the executive team to organize university-wide robotics initiatives and represent the club in inter-university competitions.
Supported technical projects by helping members with embedded systems, electronics, and control mechanisms in ongoing robotics builds.
United International University
Joint Secretary - UIU Robotics Club
january 2024 - January 2025
Treasurer
The UIU Robotics Club is a student-driven organization at United International University that fosters innovation in robotics, automation, and AI through workshops, competitions, and research-based projects. As the Joint Secretary, I played a key role in managing club operations, coordinating events, and supporting both administrative and technical activities to enhance member engagement and project development.
Coordinated robotics workshops, training sessions, and competitions, promoting hands-on learning and interdisciplinary collaboration among students.
Assisted in administrative management, including event planning, member registration, and documentation of club activities.
Collaborated with the executive team to organize university-wide robotics initiatives and represent the club in inter-university competitions.
Supported technical projects by helping members with embedded systems, electronics, and control mechanisms in ongoing robotics builds.
Education
Education
United City, Dhaka
2010 – 2012
Bachelors in Computer Science and Engineering
United International University
Focused on embedded systems engineering, IOT with AI and Automation Solutions
United City, Dhaka
2010 – 2012
Bachelors in Computer Science and Engineering
United International University
Focused on embedded systems engineering, IOT with AI and Automation Solutions
Dhanmondi, Dhaka, Bangladesh
2008 - 2019
Secondary and Higher secondary School
Oxford International School
Emphasized communication and leadership skills, programming, and digital media.
Dhanmondi, Dhaka, Bangladesh
2008 - 2019
Secondary and Higher secondary School
Oxford International School
Emphasized communication and leadership skills, programming, and digital media.
Expertise
Expertise
Embedded System Design
Building reliable and efficient embedded systems by integrating microcontrollers, sensors, and actuators with optimized firmware.
Embedded System Design
Building reliable and efficient embedded systems by integrating microcontrollers, sensors, and actuators with optimized firmware.
Firmware Development
Writing low-level, high-performance firmware for real-time applications with a focus on speed, reliability, and memory efficiency.
Firmware Development
Writing low-level, high-performance firmware for real-time applications with a focus on speed, reliability, and memory efficiency.
PCB Design & Prototyping
Designing and prototyping custom PCBs that bring hardware concepts to life — from schematic to final board using KiCad and EasyEDA.
PCB Design & Prototyping
Designing and prototyping custom PCBs that bring hardware concepts to life — from schematic to final board using KiCad and EasyEDA.
System Integration & Testing
Ensuring seamless interaction between hardware and software components with thorough testing, debugging, and performance tuning.
System Integration & Testing
Ensuring seamless interaction between hardware and software components with thorough testing, debugging, and performance tuning.
IoT Solutions
Creating connected devices that communicate through modern protocols, enabling automation and smart control systems.
IoT Solutions
Creating connected devices that communicate through modern protocols, enabling automation and smart control systems.
Stack
Stack
Awards
Awards
World Championship in Technical Documentation MateROV competition ( Underwater Robot ) 2025
Organized by the Marine Technology Society in the United States of America.
World Championship in Technical Documentation MateROV competition ( Underwater Robot ) 2025
Organized by the Marine Technology Society in the United States of America.
5th Worldwide in Project Demonstration in MATEROV Competition ( Underwater Robot )2025
Organized by the Marine Technology Soci ety in the United States of America.
5th Worldwide in Project Demonstration in MATEROV Competition ( Underwater Robot )2025
Organized by the Marine Technology Soci ety in the United States of America.
11th Worldwide International CanSat ( Nano Satellite ) Competition 2024
Organized by the American Astronautical Society in the United States of America
11th Worldwide International CanSat ( Nano Satellite ) Competition 2024
Organized by the American Astronautical Society in the United States of America
Regional Runner-Up in NASA Spaceapp Challenge 2024
A NASA-organized global hackathon, locally hosted atIndependent University, Bangladesh (IUB)
Regional Runner-Up in NASA Spaceapp Challenge 2024
A NASA-organized global hackathon, locally hosted atIndependent University, Bangladesh (IUB)
Runner-Up position in the Filter Making Challenge 2023
Runner-up in the Filter Making Challenge, organized by Meta Developers Circle Dhaka
Runner-Up position in the Filter Making Challenge 2023
Runner-up in the Filter Making Challenge, organized by Meta Developers Circle Dhaka
Runner-up in Web Development 2023
organized by Preneur Lab and Meta Developer Circle Bangladesh.
Runner-up in Web Development 2023
organized by Preneur Lab and Meta Developer Circle Bangladesh.
Bangladesh Scout 2017
Achieved the Standard Badge under the Bangladesh Scouts program, of Oxford International School.
Bangladesh Scout 2017
Achieved the Standard Badge under the Bangladesh Scouts program, of Oxford International School.
National ICT Fair Winner 2014
A nationwide program in Bangladesh, hosted at Oxford International School.
National ICT Fair Winner 2014
A nationwide program in Bangladesh, hosted at Oxford International School.
Publications
Publications
Advanced Crop Management System with Intelligent Advisory and Machine Learning TechniquesCrop Care in IEEE Publications
https://ieeexplore.ieee.org/document/10534582/
In the CropCare: Advanced Crop Management System with Intelligent Advisory project (published via IEEE), our team developed an integrated solution for improving agricultural productivity through sensor-based monitoring, data analytics, and real-time advisory to farmers.
Advanced Crop Management System with Intelligent Advisory and Machine Learning TechniquesCrop Care in IEEE Publications
https://ieeexplore.ieee.org/document/10534582/
In the CropCare: Advanced Crop Management System with Intelligent Advisory project (published via IEEE), our team developed an integrated solution for improving agricultural productivity through sensor-based monitoring, data analytics, and real-time advisory to farmers.
Practical Side-Channel Threat and Countermeasure Evaluation on IoT Devices: Power Analysis on a Microcontroller Implementation
Under Review at ICCIT
A practical demonstration of a side-channel attack targeting an AES-128 encryption implementation and differentiating between programmed workloads running on low-cost 8-bit microcontrollers.
Practical Side-Channel Threat and Countermeasure Evaluation on IoT Devices: Power Analysis on a Microcontroller Implementation
Under Review at ICCIT
A practical demonstration of a side-channel attack targeting an AES-128 encryption implementation and differentiating between programmed workloads running on low-cost 8-bit microcontrollers.
HyDRA Scorpion: A Modular, Low-Cost ROV System for Real-Time Underwater Inspection and Intervention
Under Review at ICRA
Developing a custom-built ROV designed for the MATE ROV competition 2025, focused on modularity, cost efficiency, and real- time underwater inspection and intervention capabilities.
HyDRA Scorpion: A Modular, Low-Cost ROV System for Real-Time Underwater Inspection and Intervention
Under Review at ICRA
Developing a custom-built ROV designed for the MATE ROV competition 2025, focused on modularity, cost efficiency, and real- time underwater inspection and intervention capabilities.
