Rehabilitation Engineer Resume
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Charles Bloomberg
PROFESSIONAL SUMMARY
Innovative Rehabilitation Engineer with extensive expertise in designing, developing, and implementing adaptive technologies to improve patient mobility and independence. Proven track record in leveraging advanced engineering principles and biomedical devices to enhance quality of life for individuals with disabilities.
PROFESSIONAL Experience
Senior Rehabilitation Engineer | Company A
April 2019 — Present, Rochester, USA
• Spearheaded development of 12 custom assistive devices annually, significantly improving patient mobility and satisfaction rates by 35%.
• Utilized 3D printing technology to create adaptive equipment, reducing production time by 45% and manufacturing costs by 25%.
• Led a team of 6 engineers in the R&D of exoskeleton suits, successfully increasing patient physical therapy outcomes by 20%.
• Implemented data analysis techniques and patient feedback, generating insights that improved the function and comfort of rehab devices by 30%.
• Conducted over 100 rehabilitation device assessments, ensuring all products met strict regulatory standards and patient safety requirements.
• Utilized 3D printing technology to create adaptive equipment, reducing production time by 45% and manufacturing costs by 25%.
• Led a team of 6 engineers in the R&D of exoskeleton suits, successfully increasing patient physical therapy outcomes by 20%.
• Implemented data analysis techniques and patient feedback, generating insights that improved the function and comfort of rehab devices by 30%.
• Conducted over 100 rehabilitation device assessments, ensuring all products met strict regulatory standards and patient safety requirements.
Rehabilitation Engineer | Company B
February 2015 — March 2019, Cleveland, USA
• Developed and optimized 18 rehabilitation devices, enhancing patient mobility and achieving a 40% increase in therapy success rates.
• Engineered innovative prosthetic limbs using CAD software, resulting in a 15% improvement in patient-adapted usage.
• Collaborated with a multidisciplinary team of 10 healthcare professionals to integrate new technologies in treatment plans, boosting patient recovery times by 25%.
• Tracked and documented device performance in clinical settings, ensuring continuous improvement and compliance with medical standards.
• Engineered innovative prosthetic limbs using CAD software, resulting in a 15% improvement in patient-adapted usage.
• Collaborated with a multidisciplinary team of 10 healthcare professionals to integrate new technologies in treatment plans, boosting patient recovery times by 25%.
• Tracked and documented device performance in clinical settings, ensuring continuous improvement and compliance with medical standards.
Assistive Technology Specialist | Company C
June 2012 — January 2015, Phoenix, USA
• Designed and built 10+ custom adaptive devices per year, improving individual patient’s day-to-day functional capabilities by 20%.
• Conducted over 50 patient assessments annually, recommending personalized assistive technologies that enhanced quality of life.
• Maintained and repaired a range of rehabilitation equipment, ensuring optimal operation and reliability for end users.
• Conducted over 50 patient assessments annually, recommending personalized assistive technologies that enhanced quality of life.
• Maintained and repaired a range of rehabilitation equipment, ensuring optimal operation and reliability for end users.
Junior Rehabilitation Engineer | Company D
July 2010 — May 2012, Austin, USA
• Assisted in the design and development of new prosthetic and orthotic devices, contributing to a 15% increase in patient rehabilitation success.
• Researched emerging technologies and materials, integrating findings into 7 new device prototypes annually.
• Provided technical support in a clinical environment, ensuring implementation and compatibility of new rehabilitation technologies.
• Researched emerging technologies and materials, integrating findings into 7 new device prototypes annually.
• Provided technical support in a clinical environment, ensuring implementation and compatibility of new rehabilitation technologies.
Education
Master of Science in Rehabilitation Engineering | University of Pittsburgh
May 2010
Expert-Level Skills
Assistive Technology, Prosthetics, Orthotics, CAD Software, 3D Printing, Biomechanics, Data Analysis, Clinical Trials, Technical Support, Patient Assessments, Team Collaboration, Problem Solving, Project Management, Communication
