Biomaterials Engineer Resume
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Charles Bloomberg
Greenville, USA
charlesbloomberg@gmail.com
(621) 799-5548
in/cbloomberg
PROFESSIONAL SUMMARY
Accomplished Biomaterials Engineer with extensive experience in biomaterials development, medical device integration, and biocompatibility testing. Proven capability in leading cross-functional teams to deliver innovative solutions on time and within budget.
PROFESSIONAL Experience
Senior Biomaterials Engineer | Company A
January 2020 — Present, Minneapolis, USA
• Developed and optimized polymer-based biomaterials for cardiovascular implants, leading to a 20% increase in biocompatibility and a 15% reduction in material costs.
• Managed a cross-functional team of 10 engineers and scientists in the design and execution of pre-clinical and clinical trials, ensuring compliance with FDA regulations and ISO standards.
• Conducted over 50 mechanical and biological tests using advanced techniques such as SEM, FTIR, and DSC to validate material properties and performance.
• Implemented a novel surface modification process, improving cellular adhesion by 30% while maintaining structural integrity.
• Collaborated with the R&D team to integrate biomaterials into new medical device designs, resulting in the launch of 3 new products within 2 years.
• Managed a cross-functional team of 10 engineers and scientists in the design and execution of pre-clinical and clinical trials, ensuring compliance with FDA regulations and ISO standards.
• Conducted over 50 mechanical and biological tests using advanced techniques such as SEM, FTIR, and DSC to validate material properties and performance.
• Implemented a novel surface modification process, improving cellular adhesion by 30% while maintaining structural integrity.
• Collaborated with the R&D team to integrate biomaterials into new medical device designs, resulting in the launch of 3 new products within 2 years.
Biomaterials Engineer | Company B
June 2016 — December 2019, Marlborough, USA
• Spearheaded the development of biodegradable stents, enhancing degradation profiles and reducing adverse inflammatory responses by 25%.
• Oversaw quality control processes, conducting 200+ tests per quarter to ensure high standards of material purity and performance.
• Leveraged 3D printing technologies to prototype and test custom biomaterial formulations, reducing development time by 40%.
• Provided technical expertise in regulatory submissions, successfully obtaining 5 FDA clearances for new biomaterial applications.
• Oversaw quality control processes, conducting 200+ tests per quarter to ensure high standards of material purity and performance.
• Leveraged 3D printing technologies to prototype and test custom biomaterial formulations, reducing development time by 40%.
• Provided technical expertise in regulatory submissions, successfully obtaining 5 FDA clearances for new biomaterial applications.
Research and Development Engineer | Company C
April 2013 — May 2016, Reno, USA
• Conducted extensive research on the integration of natural and synthetic polymers, resulting in 3 published papers in peer-reviewed journals.
• Designed and tested innovative drug delivery systems, achieving a 35% improvement in target delivery rates.
• Engineered biocompatible hydrogels, expanding the potential for tissue engineering applications and leading to a new patent.
• Designed and tested innovative drug delivery systems, achieving a 35% improvement in target delivery rates.
• Engineered biocompatible hydrogels, expanding the potential for tissue engineering applications and leading to a new patent.
Junior Biomaterials Engineer | Company D
June 2010 — March 2013, Knoxville, USA
• Assisted in the development of composite biomaterials, improving mechanical strength by 25% through material composition optimization.
• Directed biocompatibility studies using in vitro and in vivo models to assess material performance and safety.
• Researched and implemented new testing methodologies, enhancing the precision and reliability of experimental data.
• Directed biocompatibility studies using in vitro and in vivo models to assess material performance and safety.
• Researched and implemented new testing methodologies, enhancing the precision and reliability of experimental data.
Education
Ph.D. in Biomedical Engineering | Stanford University
June 2010
Expert-Level Skills
Biomaterials development, Polymer engineering, Biocompatibility testing, Medical device integration, 3D printing, Surface modification, Drug delivery systems, Mechanical testing, Lean Six Sigma, Regulatory compliance, Team leadership, Project management, Technical writing, Collaboration