Innovative Design Labs
Innovative Design Labs (IDL) is a research and development company based in Minneapolis, Minnesota, founded in 2010. The company focuses on creating affordable and effective products to improve lives, specializing in developing technology from concept to manufacturing for medical, consumer, and education markets. IDL collaborates with leading hospitals, rehabilitation centers, academic institutions, and industry partners to bring innovative solutions to market. Their expertise spans embedded electronic systems, wireless communications, sensor fusion, algorithm design, computer vision, and more.
Industries
N/A
Nr. of Employees
small (1-50)
Innovative Design Labs
861 E Hennepin Ave, Suite 450, Minneapolis, MN 55414
Products
PhySens intelligent motion module
Compact motion sensing and processing module integrating multiple MEMS sensors and onboard processing for real-time motion estimation, local data logging, and wireless transmission.
PhySens intelligent motion module
Compact motion sensing and processing module integrating multiple MEMS sensors and onboard processing for real-time motion estimation, local data logging, and wireless transmission.
Services
Consulting and engineering to take devices from concept through prototyping and transfer to manufacturing partners.
Development of real-time embedded firmware, sensor integration, and data fusion for wearable and mobile devices.
Design and testing of estimation, filtering, machine learning, and computer vision algorithms for sensing applications.
Mechanical design, concept visualization, wearable soft-goods design, and small-scale prototype production.
Development of mobile/web applications and backend systems to transform sensor data into user-facing analytics and insights.
Consulting and engineering to take devices from concept through prototyping and transfer to manufacturing partners.
Development of real-time embedded firmware, sensor integration, and data fusion for wearable and mobile devices.
Design and testing of estimation, filtering, machine learning, and computer vision algorithms for sensing applications.
Mechanical design, concept visualization, wearable soft-goods design, and small-scale prototype production.
Development of mobile/web applications and backend systems to transform sensor data into user-facing analytics and insights.
Expertise Areas
- Embedded systems engineering
- Sensor fusion and signal processing
- Machine learning applied to sensor data
- Computer vision and augmented/mixed reality
Key Technologies
- MEMS inertial sensors (accelerometer, gyroscope, magnetometer)
- High-frequency radar (mmWave) for biosensing
- Multi-sensor fusion and estimation algorithms
- Real-time computer vision
News & Updates
IDL has been awarded a follow-on Phase II SBIR from the US Army to enhance Female Casualty Care Training, continuing the development of a combat trauma training manikin.
IDL's abstract on "High Frequency Radar for Non-Contact Detection of Respiratory Signals During Sleep" has been accepted for presentation at SLEEP 2024 in Houston, Texas.
A customer story about the Knee and Ankle Sports Injury Assessment Trainer developed by IDL.
IDL is recruiting for a clinical trial examining the impact of a health and wellness coaching program on hearing health.
IDL is developing an anatomically correct, female manikin with Mixed Reality capabilities under a Phase I SBIR from the Army Applications Laboratory.
Results from the development and evaluation of a Wearable Auscultation Trainer supported by NIH/NIGMS.
IDL has been awarded a follow-on Phase II SBIR from the US Army to enhance Female Casualty Care Training, continuing the development of a combat trauma training manikin.
IDL's abstract on "High Frequency Radar for Non-Contact Detection of Respiratory Signals During Sleep" has been accepted for presentation at SLEEP 2024 in Houston, Texas.
A customer story about the Knee and Ankle Sports Injury Assessment Trainer developed by IDL.
IDL is recruiting for a clinical trial examining the impact of a health and wellness coaching program on hearing health.
IDL is developing an anatomically correct, female manikin with Mixed Reality capabilities under a Phase I SBIR from the Army Applications Laboratory.
Results from the development and evaluation of a Wearable Auscultation Trainer supported by NIH/NIGMS.