What does PDL mean in UNIVERSITIES

PDL is an interdisciplinary research laboratory that focuses on the development of efficient human powered robotic systems. The lab also explores the application of advanced technologies to enhance human performance, such as sensor-driven energetics, Artificial Intelligence (AI), and machine learning. The lab works on applications such as exoskeletons for rehabilitation, military personnel load carriage and exergaming.

Research conducted at PDL includes the development of high efficiency robotic actuators and their control systems; optimization methods for energy conservation in human movements; biomechanical analysis models for power tracking; engineering design technology for biomedical applications; and sensing techniques used to measure movement and metabolic costs in humans.

Robotics are used by PDL to improve natural movement mechanics. By using robotics, adaptive motion algorithms can be created that respond to user input or environmental conditions. These algorithms help reduce the strain placed on muscles and joints while increasing efficiency during physical tasks. Additionally, robotics can be used to make prosthetics more comfortable for amputees, enabling them to move more freely without pain or fatigue.

PDL’s research aims to advance efficient biomimetic solutions for a wide range of activities including locomotion, reaching maneuvers with upper limb prostheses and Rehabilitation Exercises (REx). Research topics include Electromyography (EMG) signal processing techniques for patient diagnosis or kinematics optimization; neuroprosthetic control approaches based on AI strategies; anthropomorphous joint actuation designs with compliant mechanisms such as series elastic actuators (SEAs); wearable power meter devices, contact pressure sensors; tailored textile-based interfaces using soft robotic components; FES controlled rehabilitation exoskeletons integrated with Human Machine Interfaces (HMI); vertical loading backpack instruments incorporating ensemble power measurements from signal processing analysis.

At PDL we work with assistive technologies ranging from visual aids such as video magnifiers, closed captions, color contrast enhancers, audio navigation guides, voice recognition software to mobility aids such as wheelchairs or bathroom accessibility equipment, environmental control units (ECUs), switches & remotes for controlling lights/electronic appliances in the home environment. We also work with rehabilitative technologies including computerized cognitive testing programs & speech generating devices along with physical therapies like balance training equipment/machines/exercise machines & therapeutic suspended body weight support systems.

At PDL we focus on creating an ever-more efficient international system by measuring energy efficiencies associated with various living activities throughout life cycles via applied sciences including Life Cycle Assessment (LCA). We use several indicators such as Human Metabolic Energy Cost (HMEC) ratio computation which measures amount of metabolic energy consumed versus amount needed when performing certain tasks/activities like walking or running.

Our aim is that our research results will help people live healthier lives by making daily activities easier and less strenuous. We strive to drive forward meaningful changes that enable increased independence through enhanced mobility even in challenging environments under extreme mechanical loads. In addition our findings have a potential impact on enhancing workforce productivity given rather strenuous activity requirements where enhanced ergonomics would be beneficial.

Yes! We actively seek out collaborations between universities and industries both locally and internationally in order to share ideas around how we can use robotics and other technologies to improve lives. This could include outreach projects involving workshops open for public participation where additional hands-on interaction is possible beyond the confines of published literature.

Some of our key affiliates currently working at PDL include faculty members Dr Mariano Biagini who works on developing mechatronic architectures driving the design principles of Autonomous Robot Control Systems, Dr Zita Bezakova who specializes in neuromuscular fatigue management strategies focusing on active orthoses & Krzysztof Skrzypiec who investigates data science applications integrating predictive analytics into clinical decision making processes. There are also postdoctoral researchers focused on operationalizing deep learning pipelines within medical healthcare contexts.

Yes absolutely! The lab welcomes volunteers who would like to gain valuable experience while being part of ground breaking innovative projects within the field human powered robotics . Interested volunteers should contact us directly so that they may apply accordingly.