Our People
The strength of our engineering firm lies in its talented and multidisciplinary team of experts who bring both technical excellence and creative problem-solving to every project. With deep experience across diverse engineering disciplines, our professionals collaborate seamlessly to deliver innovative, practical, and sustainable solutions tailored to client needs.
Payam Eliahoo, PhD
Founder,
General Manager,
Electrical Engineer
Payam Eliahoo, PhD is a biomedical/electrical engineer with over 25 years of experience driving innovation in medical device development. He specializes in RF and ultrasound technologies, miniaturized low-power and flexible electronics, active implantable devices, catheter-based imaging solutions, and wearable devices. His technical background includes the design of high-frequency phased-array transducers, advanced circuit and PCB design, and compliance with international safety and performance standards such as IEC 60601, IEC 62366, IEC 62133 and ISO 14708. His work has contributed to novel diagnostic and therapeutic devices, supported by patents, peer-reviewed publications, and successful product launches. In addition to his technical expertise, Dr. Eliahoo is recognized for his cross-functional leadership, guiding multidisciplinary teams of engineers, clinicians, and regulatory specialists through all phases of product development. He is experienced in aligning complex engineering efforts with clinical needs and regulatory pathways, ensuring projects progress efficiently from concept through verification, validation, and FDA submission. By combining deep technical knowledge with collaborative program management, Dr. Eliahoo has played a pivotal role in bringing advanced, life-changing medical technologies to market.
DB Wei
Software/Firmware Engineer
DB is an experienced firmware and software engineer with a strong background in developing advanced technologies for the medical device industry. He specializes in embedded systems design, low-power firmware development, and real-time operating environments, ensuring that medical devices operate with precision, efficiency, and reliability. His expertise spans the complete software development lifecycle, including requirements analysis, system architecture, implementation, verification, and regulatory documentation. DB has contributed to the development of Class II and Class III medical devices, where safety, compliance, and robustness are paramount. He is well-versed in IEC 62304 software lifecycle standards, FDA regulatory requirements, and best practices for risk management and cybersecurity in medical applications. His experience includes designing control algorithms for miniaturized electronics, integrating sensor data acquisition and signal processing, and enabling seamless communication between hardware and software subsystems. In addition to his technical skills, DB is recognized for his ability to work cross-functionally, collaborating with hardware engineers, systems designers, and clinical teams to ensure that device software not only meets regulatory standards but also addresses real-world clinical needs. Through his work, he consistently delivers software solutions that are safe, scalable, and optimized for medical technologies that improve patient outcomes.
Libere N., PhD
Immunologist
Libere Ndacayisaba holds a Ph.D. in Medical Biophysics and brings deep expertise at the intersection of cancer biology, immuno-oncology, and computational biology. His research integrates advanced experimental and computational approaches to uncover the molecular and cellular mechanisms that drive tumor development, progression, and immune interactions. With a strong background in single-cell multiomics, he specializes in dissecting cellular heterogeneity and identifying biomarkers that inform therapeutic strategies. His interdisciplinary skill set enables him to bridge biology and data science, driving innovation in precision medicine and contributing to the development of next-generation cancer diagnostics and treatments.
Silvia Cortes, PhD
Biochemist,
Structural Biologist
Silvia Cervantes Cortes is a Ph.D.-trained biophysicist and accomplished research scientist with more than a decade of experience in protein biochemistry, molecular biology, and structural characterization. Her expertise spans the study of complex biomolecular systems, where she has applied advanced experimental and analytical approaches to investigate protein structure, dynamics, and function. With a strong background in biochemical assays, molecular cloning, and biophysical techniques, she has contributed to advancing the understanding of protein behavior at both molecular and structural levels. Her work reflects a commitment to bridging molecular biology and biophysics, enabling deeper insights into biological mechanisms and supporting the development of innovative scientific solutions.
Chris Larson, PhD
Mechanical/MEMS Engineer
Christopher Larson is an accomplished engineer with extensive experience in MEMS design, precision mechanical engineering, and medical device development. His expertise lies in the design and optimization of microelectromechanical systems (MEMS) for biomedical applications, where miniaturization, sensitivity, and reliability are critical. He has worked across a wide range of projects involving microscale device fabrication, mechanical modeling, and the integration of MEMS with electronics and software for advanced medical technologies. Christopher’s background also includes mechanical design and systems integration, with hands-on experience in CAD modeling, simulation, prototyping, and verification testing. He has contributed to the development of medical devices that demand both microscale precision and macroscale mechanical robustness, ensuring that devices function reliably in complex clinical environments. His work emphasizes manufacturability, durability, and compliance with regulatory standards, bridging the gap between early-stage innovation and real-world product deployment. In addition to his technical expertise, Christopher is recognized for his ability to work effectively in cross-functional teams, collaborating closely with electrical engineers, software developers, and clinicians to bring integrated solutions to life. By combining his deep technical knowledge with a practical, outcome-focused approach, he plays a key role in advancing medical devices from concept to market-ready technologies that improve patient care and outcomes.
Jeff Pielemeier
Quality and Regulatory Expert
Jeff Pielemeier is a seasoned Quality and Regulatory professional with 20 years of experience in the medical device industry. He specializes in establishing nimble yet compliant Quality Management Systems (QMS) for device startups, ensuring adherence to both U.S. and international regulatory requirements and acts as fractional quality manager when needed. In a product design environment, he guides teams through critical processes like Design Controls and Risk Management. This support is vital for preparing regulatory submissions, including 510(k) applications and CE Mark applications. His expertise also includes navigating complex standards such as IEC 60601-1 series (Safety, EMC and related), ISO 14971 (Risk Management), ISO 13485 (Quality Management Systems). This allows startups to expedite product development while maintaining compliance. As a certified biomedical auditor, Jeff offers internal and supplier audit services. He has a proven track record of leading successful verification and validation programs that are essential for regulatory filings. Jeff's core philosophy is that early and proactive involvement of Quality can save startups significant time, money, and stress. By integrating quality processes from the outset, companies can avoid costly redesigns and re-testing later in the development cycle. He is dedicated to helping new device companies thrive by building efficient and effective quality systems.
Niloofar E.
AI and Software Engineer
Niloofar Eliyahoo is a highly capable System and Embedded Software Engineer with strong expertise in automated testing, embedded firmware, and system modeling. She is proficient in LabVIEW, MATLAB/Simulink, C, and Python, with hands-on experience in circuit design, data acquisition, and system integration. Her career spans aerospace, biomedical, and AI-driven embedded systems: at Radioson Corporation, she developed advanced prototypes combining physiological monitoring, microfluidic assay control, and Edge AI deployment on STM32 microcontrollers, achieving real-time anomaly detection and calibration. Previously at Northrop Grumman, she designed and implemented automated test frameworks for avionics subsystems, ensuring compliance with aerospace standards like DO-178C and MIL-STD. Her background also includes modeling RF systems at Booz Allen Hamilton and biomedical device prototyping in academic research. With a strong foundation in test automation, embedded systems, and AI for medical technology, she brings both technical depth and interdisciplinary collaboration skills to complex engineering challenges.