Hi, I'm Samshad!

Robotics Researcher

Researcher with 8+ years of experience, currently at NUS Singapore, exploring how machines see and understand the world.

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- Nice to meet you!

SAMSHAD NC

RESEARCHER | ENGINEER | EXPLORERCoderPlayer

I'm Mohamed Samshad, a Robotics Researcher at the National University of Singapore (NUS). My research focuses on building better representations of environments and objects that help robots understand and reason about their surroundings, enabling better task planning and execution.

My work spans Visual SLAM, 3D Scene Understanding, and Vision-Language Models, focusing on semantic and spatial representations that help robots reason about their environment.

With 8+ years of experience in robotics, I began with UAV development and open-source drone projects before leading the Multi-UAV Research Group at IIT Kanpur, where I worked on multi-robot coordination, autonomous systems, and system optimization.

I hold a B.Tech. in Electronics and Communication Engineering from the University of Kerala and an MS by Research in Electrical Engineering from IIT Kanpur, where I also trained and mentored industry professionals and research students in robotics and autonomous systems.

      My Professional Journey

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        2026 - Present

        Research Engineer

        - NUS Singapore

        Working on robot perception and Visual AI at Perceptica Robotics Lab, under Prof. Rajat Talak.

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        2021 - 2024

        UAV Network Engineer

        - IIT Kanpur, India

        Led the Multi-UAV Research Group at SPIN Laboratory, advancing communication and control systems for autonomous multi-UAV operations.

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        2019 - 2021

        Research Assistant

        - ICFOSS, India

        Developed UAV photogrammetry and IoT sensor data collection systems using open-source tools at ICFOSS, establishing the Drone Center of Excellence.

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        2017 - 2019

        Electronic Engineer

        - Kasperob Robotics, India

        Implemented cutting-edge UAV and IoT solutions at Kasperob Robotics. Provided training to students and faculty on new technologies.

      Featured Projects

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        01

        Hickory: Hierarchical Object Representation for Spatial Robot Perception

        A four-layer hierarchical framework for 3D object representation using point clouds, meshes, and superquadrics for robust robot spatial perception.

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        02

        Communication Aware Multi-UAV CPP*

        Developing strategies for communication-aware multi-UAV coverage path planning.

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        03

        Multi-UAV Control Framework for Decentralized Operations

        Designing a decentralized control framework for coordinated multi-UAV operations.

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        04

        CNet: Multi UAV Communication Architecture

        Creating a robust communication network architecture for multiple UAVs.

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      UAV SWARM

      Publications

      1. C Zhang, W Su, M Samshad, GS Chirikjian and R Talak, "Hierarchical Object Representation for Spatial Robot Perception: Points, Meshes, and Superquadrics," International Symposium of Robotics Research (ISRR), 2026 (Accepted).
      2. R Harisankar, M Samshad, SS Muni and A Kaushik, "Hyperchaotic Trajectory Planning for Quadrotor Surveillance of Infrastructure with Integrated Collision Avoidance," International Journal of Bifurcation and Chaos, 36(14), 2630031, 2026.
      3. S K Roy, M Samshad and K Rajawat, "UNet: A Generic and Reliable Multi-UAV Communication and Networking System Architecture for Heterogeneous Applications," IEEE Transactions on Network and Service Management, 2026.
      4. H Ravikumar, M Samshad, SS Muni and A Kaushik, "Novel 3D Chaotic Quadrotor Trajectories for Infrastructure Monitoring," Intelligent Service Robotics, 19(2), 26, 2026.
      5. M Samshad and K Rajawat, "Communication and Energy-Aware Multi-UAV Coverage Path Planning for Networked Operations," IEEE Robotics and Automation Letters, 2024 (Under Review).
      6. M Samshad, PP Pradhan, Ketan Rajawat and Mangal Kothari, "CNet: A Reliable Compact Multi-UAV Communication Architecture for Low Bandwidth Connectivity," The American Institute of Aeronautics and Astronautics(AIAA SciTech Forum), 2025.
      7. M Samshad and K Rajawat, "SkyNet: The Framework of Decentralized Multi-UAV Operations," Engineers Conclave, Inter IIT Conference, IIT Madras, December 2023.
      8. M. S. Sruthi, M. J. Poovathingal, V. N. Nandana, S. Lakshmi, M Samshad and V. S. Sudeesh, "YOLOv5 based Open-Source UAV for Human Detection during Search And Rescue (SAR)," 2021 International Conference on Advances in Computing and Communications (ICACC), Kochi, Kakkanad, India, 2021, pp. 1-6.
      9. M, Anand & A, Asok & Francis, Athul & Mohan, Karthika & R, Midhun & M Samshad, "Short Range Telemetry Communication for Autonomous Drone Navigation." IEEE-RAICS International Conference on Recent Advances in Intelligent Computational Systems (IEEE RAICS 2020), IEEE Kerala Section.
      10. Karthik J, Amalu S Panicker, Adarsh Sudarsanan, Sachu Pradeep, M Samshad, Arun C, Praveen Raj, "Air Pollution Detection Using UAV." International Journal of Innovative Research in Technology (IJIRT), Volume 8 Issue 1, June 2021.

      Engineering Expertise

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        SWARM ROBOTICS
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        COMPUTER NETWORKING
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        MOTION & PATH PLANNING
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        AUTONOMOUS SYSTEMS
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        HARDWARE PROTOTYPING
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        ELECTRONIC PRODUCT DESIGNING
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        MECHANICAL PRODUCT DESIGN
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        RAPID PROTOTYPING

      Blog & Notes

      Technical write-ups and project notes on UAV development, ROS, embedded systems, and open-source robotics tools.

      Get in touch

      Feel free to reach out for research collaborations or project discussions.