This project is now in update mode. Check back regularly to see how things are progressing.
Support the Lower Limb Exoskeleton Assist Project
LLEAP is a student-led initiative dedicated to developing a fully functional lower-limb exoskeleton to assist individuals with mobility challenges.
More than just an engineering project, LLEAP provides students with hands-on experience in medical technology, fostering innovation, teamwork, and technical expertise in a multidisciplinary environment.
Our team is structured into seven specialized subteams:
- Knee Joint
- Hip Joint
- Structures/Softgoods
- Linkages
- Systems Integration
- Mechatronics
- Software.
Each group plays a critical role, from designing high-performance mechanical components to developing advanced control systems. Despite the challenges of limited time and budget, we continuously refine our designs, tackling complex issues like lightweight joint mechanics and real-time motor control.
Your support helps us push boundaries— enabling students to turn academic knowledge into real-world impact and bringing us one step closer to revolutionizing assistive technology!
$50
Professional Attire
Help students with acquiring professional attire for formal design presentations and networking events
$150
Technical Tools
Help us cover the cost of a variety of technical tools such as a soldering kit, face mill, and drill set to enhance students' hands-on learning and manufacturing skills
$300
CAD Software
Provide students with essential software licenses and engineering resources, such as CAD programs and simulation tools, to support their design, analysis, and project development
$500
Prototype Testing
Equip our team with a 3D printer for hands-on learning, enabling students to develop skills in prototype testing and manufacturing methods
