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Janet Peets
Biomedical Project Management and Consultant
Professional Background
Janet Peets has carved a niche for herself in the biomedical industry, driven by a passion for innovation in engineering and health technology. With an extensive career spanning various roles, Janet has consistently demonstrated her expertise and leadership, particularly in regulatory affairs and project management. Currently, she operates as a self-employed consultant, offering her vast knowledge to enhance biomedical engineering projects. Her previous role as a Healthy Living Entrepreneur at the Family Freedom Project reflects her commitment to improving health outcomes through entrepreneurial initiatives and community engagement.
Janet's professional journey is marked by significant roles that have contributed to her holistic understanding of the biomedical field. She has served as a Regulatory & Clinical Affairs Manager at Gish Biomedical, part of the progressive MEDOS Group, where she was pivotal in ensuring compliance and facilitating effective clinical strategies. Janet's background also includes a tenure as a Regulatory Affairs Specialist at ev3, where her insights helped streamline operations and improve the quality of products within the biomedical sector.
Throughout her career, Janet has been a champion for the integration of regulatory knowledge into engineering practices. Her experience as a Graduate Student Researcher at UCLA’s Neuroengineering Laboratory and the Laboratory of Neuroimaging provided her with a solid foundation in research methodologies and innovative design, which she effectively applies in her professional undertakings today.
Education and Achievements
Janet's educational footprint is as illustrious as her professional experience. She earned her Master's degree in Biomedical Engineering from the esteemed University of California, Los Angeles, a program renowned for its rigorous curriculum and emphasis on cutting-edge research. Prior to this, she completed her Bachelor of Science in Bioengineering at the University of Illinois Chicago, where she initially fostered her interest in the intersection of biology and engineering.
At UCLA, Janet was deeply involved in research related to neuroengineering and neuroimaging, where she significantly contributed to advancing the understanding of neural systems. Her academic background has equipped her with a robust technical skill set, rendering her exceptionally qualified to tackle complex challenges in the biomedical industry.
Janet's early career as a Biomechanical Engineer Intern at Engineering Systems Inc. and as an Undergraduate Research Assistant at UIC's Neural Engineering Application Laboratory laid the groundwork for her impressive trajectory in health technology and regulatory affairs. These positions not only honed her engineering skills but also sharpened her analytical and problem-solving abilities, essential for navigating the nuanced landscape of biomedical regulations.
Notable Achievements
- Leadership in Regulatory Affairs: Janet has excelled in regulatory and clinical affairs, leading initiatives that ensure adherence to health standards, ultimately safeguarding patient safety and improving product efficacy.
- Innovative Consulting: As a self-employed consultant, Janet has advised numerous biomedical startups and established companies, helping them navigate the complexities of regulatory compliance and foster innovation within their operations.
- Entrepreneurial Ventures: Through her work as a Healthy Living Entrepreneur at the Family Freedom Project, Janet has actively worked on projects aimed at enhancing health and wellness, showcasing her dedication to community health and entrepreneurship.
- Research Excellence: Janet's research experience at UCLA has contributed to significant advancements in neuroengineering and has been pivotal in shaping her insights into biomedical engineering applications today.
tags:[
healthcare consulting
biomedical engineering
regulatory affairs
clinical affairs
project management
UCLA
University of Illinois Chicago
neuroengineering
bioengineering
health technology
entrepreneurship