Innovating Health with Engineering Excellence
Dedicated to transforming ideas into solutions, I combine innovative engineering with a passion for improving lives through medicine, health, and safety.
Advancing Safety Through Engineering Excellence
I’m a biomedical engineer with a passion for reducing risk in the workplace so everyone can come home from work. I’ve studied ways to prevent infection transmission in healthcare environments and helped to control hazards in a large variety of industries over my 12 years in occupational health
114 citations
Read my work on Research Gate
12 years
Research Experience
3
Federal Publication Awards
Advancing Engineering to Transform Lives
Discover insights from colleagues, valuing my commitment to innovation and excellence in engineering solutions.
“A fantastic engineer and the exact type of person the government should be bending over backwards to keep”
Dr. Stephen B. Martin
Research Engineer, USPHS
Mr. Neu is an excellent engineer and completes assignments with outstanding quality while contributing to ongoing research and public health emergencies. Mr. Neu works with many colleagues across teams, branches, and divisions to help complete assignments and project tasks. Mr. Neu contributes to important ventilation and engineering groups to protect worker safety and
health.
Duane Hammond
Mechanical Engineer
Advancing Safe Medicine Through Innovative Engineering
Explore the core highlights of my approach.
Ethnographic Design
Integrating ethnographic approaches into biomedical engineering fosters a deeper understanding of user needs, cultural contexts, and real-world applications. By immersing in the everyday experiences of patients and healthcare providers, engineers can design solutions that are not only technically robust but also socially and culturally sensitive. This methodology helps identify overlooked challenges, validate assumptions, and create innovations that seamlessly adapt to diverse environments. Ethnography ensures that biomedical advancements are practical, inclusive, and impactful across varying demographics.
Safety and Health at the Core
Designing with user safety and health at the forefront is essential to creating environments and products that truly support well-being. Prioritizing factors such as musculoskeletal health through ergonomic solutions, minimizing chemical exposure with non-toxic materials, and reducing the risk of infectious disease through hygienic designs ensures that innovation serves to protect and care for individuals. By centering these considerations, we can foster safer, healthier interactions across all aspects of daily life.
Health Innovation
I believe that collaborating across disciplines–engineers, epidemiologists, industrial hygienists, health scientists, and laboratorians– allows uniting expertise to tackle complex worker health challenges and develop innovative solutions that prioritize safety and well-being in the workplace.
Sustainable Impact
Sustainability in biomedical engineering is critical as the field continues to innovate for improved healthcare solutions. By prioritizing eco-friendly materials, energy-efficient manufacturing, and waste reduction, biomedical engineers can address environmental challenges while advancing medical technologies. The future demands a shift toward a circular economy, where resources are reused and repurposed, minimizing environmental impact and fostering long-term global benefits. This approach ensures that innovation aligns with the planet’s needs, creating a healthier future for both people and the environment.
Innovating Engineering to Advance Medical Care
Find quick answers to common questions, so you can explore the site with ease.
What is Dylan Neu’s engineering focus?
I specialize in engineering control solutions to improve health and safety, particularly for healthcare workers, including EMS providers. I have an extensive background in HVAC and airflow management as a control strategy with a unique portfolio of industry experience from carbon nanotube manufacturing to labor and delivery operating rooms.
How does Dylan Neu impact healthcare?
By working with standards setting groups like ASHRAE 170 and TC 9.6 Healthcare Ventilation and the Facilities Guidelines Institute’s Health Guidelines Revision Committee, critical worker protection focus is brought to wider healthcare community.
What industries does Dylan Neu collaborate with?
Primarily healthcare, but also fields focused on health and safety advancements more broadly. My background includes a deep understanding of industrial ventilation, HVAC design, filtration physics, and working closely with industrial hygienists, infection preventionists, and front line workers to solve problems in the real world and bring research into practice
How can I contact Dylan Neu for a project?
Use the contact form on the site to discuss your questions about my experience or how it can serve you directly.