Ryan Freed Email & Phone Number

Austin, Texas, Us

Austin, Texas, Us

Austin, Texas, Us

Hillsboro, Oregon, Us

• Develop and execute product training programs for extremities products• Assist surgeons in cadaver labs for in-house MedEd events • Deliver product training presentations and lead sawbones workshops• Engage with new sales reps during corporate onboarding • Coordinate livestream webinars taught by surgeons and senior product managers

Hillsboro, Oregon, Us

• Manage development projects of new devices in orthopedic and craniomaxillofacial applications• Collaborate with surgeons to develop concepts and satisfy customer needs• Create models and engineering drawings using Solidworks software• Construct and maintain design history files to support regulatory submissions• Maintain accountability to senior management through project budget and timelines

Watford, Hertfordshire, Gb

• Project leader in developing new instrumentation for joint reconstruction and trauma surgery• Worked within a rapid response system to meet time-sensitive customer requirements• Interfaced with surgeons, marketing, and sales to establish user needs and design inputs • Managed a cross-functional team consisting of regulatory, quality, manufacturing, and purchasing personnel to release over 120 customer orders

Chicago, Il, Us

Tribology Laboratory • Engineer hardware and kinematic inputs to simulate a variety of activities for total knee replacement (TKR) devices • Investigate the effect of implant mal-alignment on wear scar patterns • Simulate patient-specific gait patterns using motion and force data from the gait laboratory Motion Analysis Laboratory • Analyze body movements using Qualysis tracking system • Implement computational modeling to predict in vivo knee loading based on motion analysis data • Assess neuromuscular physiology with electromyography, dynamometer, and balancing machine

Clemson, Sc, Us

Laboratory for Retrieval Research and Reprocessing of Medical Devices • Characterized surface properties of explanted total hip replacement (THR) components• Studied the risk of hip dislocation based on retrieval studies of THR devices• Developed novel tool for measuring contact angle on explanted THR femoral components• Quantified the relationship between surface roughness and wettability on explanted THR devices • Interacted closely with surgeons at Greenville Hospital SystemThe Laboratory of Orthopedic Design Engineering • Measured surface roughness and hardness of explanted TKR devices• Identified characteristic damage modes on explanted polyethylene components • Tested pin-on-disc wear simulation of hard bearing orthopedic materialCreative Inquiry Group• Designed a concussion-simulating exhibit to show middle school students • Design and programmed test set up to calculate and display impact forces• Collaborated with Roper Mountain Science Center in Greenville, SC

Clemson, Sc, Us

• Led several study sessions a week for general chemistry classes• Adapted learning strategies and created lesson plans which promoted student engagement• Served as mentor for underclassmen in both academic and social setting

San Diego, Ca, Us

• Created a database as a management tool to track all information related to current projects within the company• Learned concepts of human factors engineering in relation to Mine Resistant Ambush Protected (MRAP) vehicles

Master Of Science, Biomechanics

Bachelor Of Science, Bioengineering