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The collective expertise of our global team distinguishes OBWB in the field of Intellectual Property Law. We align our best resources to meet each client's specific needs and we treat each matter with the highest degree of attention and care.

Amber Bollinger

Amber  Bollinger

  • Patent Engineer
  • English
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OverviewEducationPractices

Amber Bollinger is a patent engineer with a background in biomedical engineering and business. She brings a collaborative, analytical approach to evaluating emerging technologies and supporting intellectual property matters across biomedical engineering, medical devices, and related technologies.

Prior to joining OBWB, Amber worked as a research assistant at the Weir Biomechatronics Development Laboratory in Aurora, Colorado. Her work there focused on improving prosthesis control through computational modeling of muscle signals using surface electromyography. This work provided experience in applying engineering principles and analytical methods to complex biomedical technologies and translating research concepts into practical applications.

In addition to her research experience, Amber has supported client-facing prototyping and product-development activities, including project scoping, design-for-manufacturing guidance, cost estimation, workflow development, and technical communication. Her combined engineering and business background enables her to understand complex technologies from both technical and commercial perspectives, while considering practical factors such as development timelines, resources, manufacturing requirements, and organizational objectives.

Select Publications
  • Bollinger, A., (2025). Modeling Regenerative Peripheral Nerve Interfaces (RPNIs) to Examine Surface Electrode Parameters for Prosthesis Control (32397652). [Master's thesis, University of Colorado Denver | Anschutz Medical Campus]. Dissertations & Theses @ University of Colorado System; ProQuest Dissertations & Theses A&I.
  • Bollinger, A. and Weir, R. F. ff. (2026). Modeling regenerative peripheral nerve interfaces (RPNIS) to inform surgical practices and surface electrode design for prosthesis control. Proceedings of the International Society of Electrophysiology and Kinesiology (ISEK) 26th International Congress, Jyväskylä, Finland.
  • Bollinger, A. and Weir, R. F. ff. (2026). Modeling regenerative peripheral nerve interfaces (RPNIs) to inform surgical practices and surface electrode design for prosthesis control. Proceedings of the MechBio Symposium 2026, Boulder, Colorado.
  • Bollinger, A., and Weir, R. F. ff., (2025): Modeling Regenerative Peripheral Nerve Interfaces (RPNIs) to Examine Surface Electrode Parameters for Prosthesis Control. 2025 Veteran's Affairs Research Day (VARD), Aurora, Colorado.
  • Bollinger, A. and Weir, R. F. ff. (2025). Modeling Regenerative Peripheral Nerve Interfaces (RPNIs) to Determine Ideal Surface Electrode Parameters for Prosthesis Control. Proceedings of the International Society of Prosthetics and Orthotics (ISPO) 20th World Congress, Stockholm, Sweden
  • Bollinger, A., and Weir, R. F. ff., (2024): Comparison of Differential Surface EMG Circuits and Interelectrode Spacing For Use With Regenerative Peripheral Nerve Interfaces. 2024 Veteran’s Affairs Research Day (VARD), Aurora, Colorado.
  • Bollinger, A., and Weir, R. F. ff., (2024): Comparison of Differential Surface EMG Circuits and Interelectrode Spacing For Use With Regenerative Peripheral Nerve Interfaces. Myoelectric Controls Symposium 2024, Fredericton, Canada. 
  • Bollinger, A., and Weir, R. F. ff., (2023): Analysis and Comparison of Single- vs Double-Differential sEMG Systems for Use in Prostheses. 2023 Veteran's Affairs Research Day (VARD), Aurora, Colorado.
 
  • Bollinger, A., and Weir, R. F. ff., (2023): Analysis and Comparison of Single- vs Double-Differential sEMG Systems for Use in Prostheses. Proceedings of the International Society for Prosthetics and Orthotics (ISPO) 19th World Congress, Guadalajara.
 
  • MBA., Specialization: Bioinnovation and Entrepreneurship, University of Colorado, 2025
  • B.S., Biological Engineering, Ohio State University, 2019
  • B.S., Neuroscience, Ohio State University, 2019
  • A.S., General Science, Washington State Community College, 2013
  • A.A., Liberal Arts, Washington State Community College, 2013