MA
I'm working on
14 days ago
High-end Robotics, Automation, and Sensing Solutions and Products
About
MAE Robotics has extensive Experience with Robotic and Automated Systems Design as well as Novel Techniques in Force Sensing. Applications: Aerospace, Medical/Rehabilitation robots, Autonomous Vehicles, Machine Learning, Force feedback and Control in Advanced Manufacturing Processes. We also have products coming up for driving risk assessment (including software, hardware, and science).
Partnering listings
Learn more
MAE Robotics Inc, and Advanced Biomechatronics Lab, Carleton University
Optical cell array package for detecting haze and pearlescence in plastics
Optical cell array designed to detect haze and pearlescence in clear plastics using embedded processing. The system uses highly sensitive optical cells and real-time analysis to support improved quality control in plasti...
TechnologyIn developmentCompany
MAE Robotics Inc, and Advanced Biomechatronics Lab, Carleton University
Efficient robotic plant tissue sampling system with automation
MAE Robotics presents a novel plant tissue sampling system integrating robotics and automation for efficient and reliable sampling. This system simplifies the process with a gun-style sampler, ensuring faster, safer, and...
TechnologyConceptualCompany
MAE Robotics Inc, and Advanced Biomechatronics Lab, Carleton University
Optics-based force measurement for drawing process
Introducing an optics-based, non-contact force sensing solution designed for precision measurement in stiff material applications. This technology, developed by MAE Robotics, offers high resolution, noise immunity, and m...
TechnologyIn developmentCompany
Precision robotic deburring with Simultaneous Registration and Machining for improved accuracy, quality, and efficiency
Robotics and Computer-Integrated Manufacturing
•2024
Improved Accuracy and Contact Stability in Robotic Contouring With Simultaneous Registration and Machining
IEEE Transactions on Control Systems Technology
•2024
Interpolating across the impedance/admittance spectrum with Unified Interaction Control
Discover Mechanical Engineering
•2023
Planar image-space trajectory planning algorithm for contour following in robotic machining
CIRP Journal of Manufacturing Science and Technology
•2023
Robot-mounted sensing and local calibration for high-accuracy manufacturing
Robotics and Computer-Integrated Manufacturing
•2023
Fast and robust inverse kinematics of serial robots using Halley’s method
IEEE Transactions on Robotics
•2022
A Reinforcement Learning Approach in Assignment of Task Priorities in Kinematic Control of Redundant Robots
IEEE Robotics and Automation Letters 7 (2), 850-857
•2022
Application of Pseudo-Symbolic Dynamic Modeling (PSDM) in the Modeling & Calibration of a 6-DOF Articulated Robot
IFAC-PapersOnLine 55 (37), 74-80
•2022
Real-time redundant robotic systems control and vision-based feedback
MITACS: Mathematics of Information Technology and Complex Systems
•$120,000
•2023
ALL (Accessibility Living Lab) for Research and Education in Accessibility
Canadian Foundation for Innovation
•$4,000,000
•2022
Optical force Sensors
National Research Council Canada (IRAP program and direct grant from NRC)
•$500,000
•2022
Trust in Connected Autonomous Vehicles (Trsust CAV)
Natural Sciences and Engineering Research Council (NSERC)
•$1,600,000
•2021
Captive Trajectory Simulation System (8DOF Robot Development)
NRC - Aerospace - Direct Contract
•$3,000,000
•2021
Intelligent Assistive Devices and Robotics
Natural Sciences and Engineering Research Council (NSERC)
•$200,000
•2021
Compliant Optical Force Sensors and Calibration Aparatus
Provisional
•2024
System and method for providing passenger interfaces
Issued
•2019
Control system and device for patient assist
Issued
•2013
Partner smarter. Move faster.
Get new partnering requests
delivered to your inbox.
delivered to your inbox.
© 2026 Halo Cures, Inc.