Explore what happens when ideas Intertwine
Intertwine backs 3 independently operated companies that innovate across consulting, biotechnology, digital, and adjacent markets, empowering clients and stakeholders with strategies and products that lead to real-world outcomes. Our obsession with operational excellence drives us to build durable businesses focused on efficient growth, customer-desired outcomes, and market potential toward a common thread: exquisite talent and beyond imaginable innovation.
Key Role:
Work in a dynamic, fast-paced environment as a scientific and technical advisor supporting advanced research and development in biomedical engineering and life sciences. Leverage a breadth of expertise in medical device design, biomaterials, biosensors, imaging systems, computational modeling, and human–technology integration to evaluate and shape programs that address critical healthcare, public health, and operational challenges. Collaborate with world-class scientists, engineers, and clinicians to assess emerging technologies, identify high-impact opportunities, and drive development in areas such as implantable and wearable devices, regenerative medicine, advanced diagnostics, and integrated biomedical platforms. Provide strategic assessments, create technical reports, develop program plans, track technological progress, and perform related tasks to advance client R&D objectives. Support program management and development, prepare high-quality briefing materials, and engage regularly with stakeholders. Operate with minimal guidance, balancing multiple priorities while delivering high-value results.
Basic Qualifications:
- 5+ years of experience in biomedical engineering, medical devices, biosensors, diagnostics, or related areas, including graduate-level work
- Demonstrated record of authoring technical papers, reports, or program plans for both technical and non-technical audiences
- Ability to present complex engineering and biomedical concepts to multidisciplinary audiences
- Advanced degree (Master's required; PhD preferred) in biomedical engineering, bioengineering, electrical engineering, materials science, life sciences, or related discipline
Additional Qualifications:
- Experience with medical device design, prototyping, testing, and evaluation, including regulatory pathways and design control principles
- Familiarity with biomaterials, tissue engineering, imaging-based diagnostics, or sensor development
- Background in computational modeling, AI/ML for biomedical applications, or systems integration in healthcare environments
- Understanding of clinical workflows, interoperability standards, and human factors in medical technology adoption
- Knowledge of manufacturing methods, scalability, and quality control for biomedical products
- Experience with program development, proposal evaluation, and performer oversight in government or industry R&D
- Ability to synthesize technical, regulatory, and clinical considerations into actionable strategies
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