Rapid Process in 8 steps

Our specialties include Electrical, Mechanical, and Embedded Software systems, FDA Class I, II, III, and PMA Devices, and Internationally-Distributed Devices.

Plan

PLAN

Specify

SPECIFY

Architect

ARCHITECT

Design

DESIGN

Prototype

PROTOTYPE

Verify

VERIFY

Validate

VALIDATE

Transfer to Production

TRANSFER TO PRODUCTION

Our Experience Produces Results

At last count, our portfolio included over 35 commercially-released products. Because of our team’s work, there are hundreds of thousands of medical devices operating reliably in the field, improving lives worldwide. The life-saving nature of our work drives us to move with a sense of importance, urgency and satisfaction.

Life Support Ventilation

Engenious breathed fresh design into a life-support critical-care ventilator, bringing holistic solutions including human factors, labeling, mechanical, electrical and embedded software to bear.

Mechanisms

Engenious spun up a compact, battery-powered handheld device with mechanisms that apply topical nanoparticles in-clinic for a medical startup partner.

Electrosurgical Systems

Engenious blended into a client’s RF electrosurgery team to create real-time feedback control and measurement system for a 300W surgical system. Find out more >

Take It From Our Clients:

The Engenious team’s partnership has been instrumental to the progress we have made thus far. We value their knowledge, creativity, flexibility, preparation, and willingness to think outside the box to get things done. Their insight and experience has been vital to moving the program forward.

Scott Summersgill,

Director, Manufacturing, Sienna Biopharmaceuticals, Inc.

Engenious moved our product development forward with their ability to quickly design experiments and build and test precision mechanical medical devices.

Cary Dikeman,

CEO, Nexus Medical

I have worked with people on the Engenious team a number of times over the past 15 years on both class II monitoring and class III cardiac devices. I have been consistently impressed by their med device knowledge, the timeliness and quality of their deliverables, and the breadth and depth of their experience.

Pete Andriola,

Director of Electrical Engineering, St. Jude/Thoratec

We are built to be rapid and integrated!

We have a Micro-Electronics Lab, a Model & Machine Shop, a CNC Milling Machine, and SLA and FDM 3D printers to build, test, and iterate quickly

Our Team is Our Secret Weapon

We have it covered and we’re serious about getting our important work done quickly, and with excellence

Electrical Engineering

Sensors, analog signal conditioning, power supplies, amplifiers, motor control, FPGA, wireless, high-reliability electronics

Mechanical Engineering

Mechanisms, enclosures, thermal design, fluid handling, gas control, GD&T, optics, high-reliability mechanical design

Embedded Software

Real time microcontrollers, PID control systems, network, device drivers, filters, audio/video, wireless, high-reliability software

Systems Engineering

Requirements, architecture, risk management, and expert technical coordination of highly-integrated engineering teams

Industrial Design

Interactive products, handles, grips, controls, indicators, models, and user-centered holistic design that works from the inside-out and outside-in

Interaction Design

Graphical user interfaces, multi-language, iconography, information hierarchy, UI navigation, wireframing, concept development

Project Management

Experienced planning and coordination, collaborative progress management, risk management, budget controls

Graphic Design

Labeling, packaging, instructions for use, clinical education and support materials, identity and exhibit graphics applications

Boutique Manufacturing

Work instructions, process validation, rapid, short run, production-equivalent, device history records, controlled environment

Regulatory Compliance

Device classification, regulatory planning, quality system compliance, notified body evaluation

Human Factors

Planning, formative and summative studies, design for usability with a focus on user needs, intended uses, and use cases

Test Engineering

Test planning, test procedures, execution, records for complex electro-mechanical devices

We Create Medical Devices