OUR TEAM
Management
professors and researchers
Advisors
Software
We engineer high-level control systems and intuitive user interfaces
that drive our exoskeleton's performance. By integrating
advanced algorithms with real-time data logging, we ensure
precise motor coordination and seamless sensor management.
Embedded Systems
We implement optimized firmware on microcontrollers
to ensure reliable real-time data acquisition.
This foundation allows for seamless communication
and precise low-level control of all hardware components.
Electrical &
Electronics
Implementing robust firmware on microcontrollers
to ensure reliable real-time data acquisition,
seamless communication and precise low-level
control of hardware components.
Mechanical Design
We engineer high-performance structural components through
advanced CAD modeling and simulation. Our focus is on
optimizing the exoskeleton architecture to achieve the perfect
balance of lightweight design, structural integrity
and superior ergonomics.
Kinematics & Control
Engineering precision joint mechanisms and high-performance
actuators. We optimize torque delivery and range of motion
to ensure superior mechanical reliability and fluid movement.
Human & Health
Prioritizing biomechanical compatibility and user safety.
We integrate medical standards with rigorous ergonomic
assessments to ensure our exoskeleton architecture seamlessly
aligns with clinical rehabilitation needs.
Artificial Intelligence
Innovating neural signal processing to decode user intent
from brain activity, enabling intuitive, thought-driven control of the exoskeleton.
Business & Communication
Developing strategic partnerships and managing
corporate relations to secure vital resources. We craft the
team’s public image and communication strategy,
ensuring maximum visibility and sustainability for the project.
