Our lab develops implantable, wireless sensor technologies that are integrated directly into orthopedic implants to monitor mechanical loading, healing progression, and implant performance in real time. By embedding these battery-free sensors into bone fixation plates and screws, this work enables longitudinal, in vivo assessment of fracture healing while also providing controlled mechanical stimulation to enhance regeneration. All the lab’s research is translational, with current efforts focused on advancing a commercial implantable sensor platform to improve clinical outcomes and reduce complications in orthopedic surgery. We are actively seeking motivated undergraduate students who are excited about integrating hands-on laboratory research with entrepreneurship and clinical collaboration to translate engineering innovations into real-world medical impact.