I'm doing my MSc in Computer Science at the University of Manitoba, where my research focuses on Human-Robot Interaction (HRI) in the HCI Lab under the supervision of Dr. Houda Elmimouni. Before this, I completed my undergraduate degree in Electronics and Communication Engineering at Khulna University of Engineering and Technology (KUET), Bangladesh.
My research spans both the technical and human aspects of Human-Robot Interaction (HRI), from developing robot control systems to understanding the social and psychological factors that shape robot-mediated interaction. My Master's thesis looks at teleoperation for telepresence robots, focusing on how to make them easier and more natural for first-time users to operate. I also explore how identity, comfort, and inclusion shape people's experience when interacting through a robot.
So far my work has centered on telepresence robots, but I'm interested in extending it to social robots more broadly, exploring how they can feel more engaging, approachable, and accessible to the people who use them.
"I Had to Actively Inject Myself": When Small Breakdowns Accumulate [ CHI EA '26 ]
Path Planning of Mobile Robot Using Improved A* Algorithm in Static Environments [ ICCIT 2024 ]
Who Leads When the Robot is in the Room? A Study on Group Dynamics in Human-Robot Collaboration [ Under Review ]
Research Projects
An exploratory study of how a remote person, joining through a telepresence robot,
is included when collaborating with a co-located group. It examines attention,
leadership, and communication as team size changes.
Collaboration with the University of Southampton.
A study on how the way a remote operator presents themselves through a telepresence
robot shapes their comfort and social behavior when interacting with people in public.
Collaboration with the University of Salerno.
Course & Personal Projects
A browser-based smartphone interface that lets non-expert users drive an e-puck robot
by tilting the phone, with a personalized neutral position, smooth speed control, and
simplified obstacle feedback.
Course: COMP 7570 — Robotics for Human-Robot Interaction.
A gamified web app that helps older adults practice iPhone settings safely in a
simulated environment, built and evaluated with a user study at a local Active Living Center.
Course: COMP 7570 — Designing Technology for the Aging Population.
A social companion robot built on the Sota platform that chats, tells jokes, plays trivia, and reacts to the user with speech, gestures, and LED emotional cues. Uses a behavior tree with motion detection and keyword spotting, and evolves its personality over repeated sessions to feel more attached over time.
Course: COMP 7570 — Robotics for Human-Robot Interaction.
Built a 3D map of an environment using RTAB-Map and programmed ROSBOT to navigate it autonomously with the Robot Operating System.
A robotic arm that sorts objects by color, using OpenCV for color detection to guide the pick-and-place motion.
A system that generates multiple certificates in seconds from a template, automating what is otherwise a slow, repetitive task.
Automates roll calls by reading attendance from uploaded Zoom screenshots, removing the need to check participants manually.
I'm always open to conversations about research, collaboration, or PhD opportunities. Feel free to reach out.
nashitmm@myumanitoba.ca© 2026 Muntasir Mubin Nashit