Aaron Enten
BioEngineering Innovation Management &
Technology
Commercialization
Experience building and scaling medical technology products with a focus on user experience and business impact.
Experience building and scaling medical technology products with a focus on user experience and business impact.
Experience
Teams Led
Delivered
Experience
I have more than 15 years of experience in medical device design, commercialization, and innovation management. My expertise originates from the management, founding, and consulting of small and mid-cap companies. I have brought multiple companies through ideation to product scale with exits and have led multinational research and development teams. I have held faculty and instructor positions in Instrumentation, Innovation, and Mechatronics/Systems Engineering to share knowledge and skills at the University of Washington and Georgia Tech. I continue to advise emerging growth companies as a business advisor with the NIH Lab2Mkt program.
I lead through influence to create a culture of care, fostering alignment, accountability, and psychological safety across teams. By partnering across functions and levels, I drive strategic decision-making and ensure clarity of purpose. I’ve built and scaled global, interdisciplinary teams, the largest of which totaling 150+ engineers, designers, scientists, and students, uniting them through shared values and measurable goals. My focus on structured execution, mentorship, and outcome alignment enables high-performance cultures that deliver innovation and operational excellence. Throughout my career, I've focused on leveraging technology to solve complex business problems and create meaningful impact.
I’ve delivered personally overseen the successful construction and launch of 9 projects and directly
advised
or overseen over 30. These successful product launches span diagnostics, implants, and software tools.
I've
owned the end-to-end process from ideation to R&D and commercialization. My leadership ensures each
product’s
readiness for both market and clinical impact. My preference it to build disruptive technologies based
on Clayton
Christensen definition paired with high impact solutions.
View
Projects
My educational and professional background is centered on customer discovery in both developed countries and LMICs. My projects and advisory has resulted in work with stakeholders in North America, Europe, Africa, and Asia on medtech development and global commercialization efforts. I've helped build products combating infant and maternal mortality, improve access to advanced histopathology resources, validate donated oxygen concentrators, and air drop emergency rations to regions impacted by disasters. I've deployed through government incentive programs, operated with direct to consumer models, and built and managed international teams and partnerships.
(click each for more info)
Engineered a custom PC controller for bilateral amputees to enhance gaming accessibility and inclusivity.
Designed a diagnostic device to detect early signs of pressure ulcers and help prevent long-term complications.
Developed a cost-effective oxygen analyzer tailored for resource-limited clinical settings.
Built an feedback-driven architecture simulating muscle memory patterns for myoelectric prosthetic control.
Created a low-cost, non-invasive hemoglobin measurement tool for use in underserved regions.
Developed a smartphone-based AI/ML tool to assist diabetic retinopathy screening in low-resource areas.
Designed a bioreactor system to enhance uniformity and depth of cell seeding in tissue engineering.
Created a computer vision tool for low-cost, smartphone-enabled histopathology analysis in LMICs.
Developed a monitoring tool for detecting intracranial hypertension without the need for surgical procedures.
Engineered an autonomous robotic system for efficient and precise rebar tying in construction environments.
Developed simulation models to analyze and optimize thermal management in satellite electrical subsystems.
Designed a parachute deployment and navigation system for delivering emergency aid to remote locations.
Built a physical therapy strength measurement device for consistent tracking of patient muscle recovery metrics.
Developed a training platform using drones to provide hands-on experience for aspiring UAV pilots.
Designed a low-power lunar beacon system to aid robotic and human navigation during space exploration missions.
Developed a compact nuclear battery prototype for powering long-term implantable cardiac devices.
Designed a mechanically interlocking implant system to improve stability and integration in orthopedic surgeries.
Led the development of advanced diagnostic tools to improve early detection and precision in colorectal cancer screening.
Engineered a novel OCT endoscope for real-time imaging and vibrational analysis in minimally invasive procedures.
Designed a patient-centric immobilization platform for improved MRI-guided breast biopsy procedures.
Created a menstrual pad platform capable of detecting HR-HPV, fertility hormones, and thyroid levels for proactive reproductive health monitoring.
Built immersive training environments in AR/VR tailored to enhance learning for neurodiverse children.
Developed a remote ultrasound training platform for physicians in rural and underserved communities.
Designed a compact, wearable system to monitor and diagnose sleep apnea at home with clinical-grade accuracy.
Invented a contact lens capable of non-invasive monitoring of diabetic blood sugar levels in real-time.
Built a privacy-first teletherapy solution enabling patients to connect with therapists without identity disclosure.
Streamlined international sourcing workflows and built systems to improve shipping timelines and compliance.
Led the creation of a service platform that aids former convicts in re-entering the workforce and society through skill development and housing support.
Created a platform for DJs and sound engineers to manage studio time, track clients, and collaborate easily.
Developed a traction and analytics dashboard for service marketplaces to monitor user engagement and growth metrics.
Insight Optics empowers primary care providers through computer vision and machine learning to make preventing disease profitable.
iNeurologics adds quantitative measures to normally qualitative intracranial hypertension assessments via the Glasgow Coma Score.
Hemoglobe/InteleHealth utilizes advanced communication and processing techniques to non-invasively monitor maternal anemia in LMICs.
The C3i Program is an in-depth, entrepreneurial training experience designed to help biomedical innovators validate a market need and viable business opportunity, as well as develop a compelling pitch for prospective investors and partners.
Faculty in Mechanical and Electrical Engineering Respectively.
Providing high-level consulting to C-suite executives and leadership teams across various industries.
Product management and engineering for RFID enabled myoelectric prostheses
Focus on regenerative medicine and applications in medical technologies.
Focus on Innovation Management with a specialization in technology commercialization and entrepreneurship.
Specialized in customer discovery and stakeholder incentive alignment for medical devices.
Completed coursework in biophysics, bioinstrumentation, and biomechanics, with a strong foundation in engineering principles.
Emphasized applied mathematics and statistical methods in engineering and scientific research.
Recognized for outstanding leadership across healthcare innovation and entrepreneurship.
Named among Georgia Tech's top alumni under 40 for leadership and impact.
Recognized for significant contributions to healthcare leadership.
Selected for demonstrating visionary leadership in healthcare technology.
Won for pioneering a novel healthcare solution for underserved communities.
Recognized for commitment to scalable social innovation in health.
Ranked among global finalists showcasing entrepreneurial innovation.
Won for presenting a promising healthcare startup with social impact.
Selected as one of the top ventures during the Georgia Tech startup showcase.
Fellowship for top performers to fully cover tuition differential.
Recognized for significant contributions to healthcare leadership.
Chosen from hundreds of startups for innovation and market potential.
Awarded for innovative health venture addressing critical gaps in care.
Selected for demonstrating scalable innovation in healthcare delivery.
Recognized as a top startup pitch finalist for Southern region entrepreneurs.
Selected to present on health technology innovation in Georgia.
Awarded for research excellence and digital presentation quality.
Honored for academic achievement and student leadership excellence.
Recognized for compelling and impactful research communication.
Completed business and biotech studies at KU Leuven and Flanders Business School.
Awarded for proposal advancing research in cell and tissue engineering.
Developed non-invasive intracranial pressure assessment device.
Created non-invasive hemoglobin monitor for clinical use.
Developed bio-gaming prosthetics system for bilateral below-elbow amputees.
Developed low-cost medical technology deployed in India.
Created a low-cost oxygen analyzer for low-resource settings.
Achieved Scouting’s highest honor and selected into its national honor society.