IC2 is pleased to announce that NASA has selected the company for a new Phase 2 contract from the 2019 SBIR (Small Business Innovation Research) program for Field Deployable Wireless Data Acquisition System for Ground-Test Arrays. From the ...
The previous four sections of this guide discussed the four primary direct transduction methods commonly employed with floating element shear stress sensors: piezoresistive, piezoelectric, capacitive, and optical. This section discusses key...
As a part of IC2's continued summer internship program, we are happy to announce Sean Edwards has joined our electrical engineering staff. Sean will be responsible for design and documentation of IC2 electrical standard references and test jigs,...
Part 7 of "A Guide to Wall Shear Stress Measurement" focuses on optical direct transduction methods used in IC2's DirectShear Sensors (direct methods: piezoresistive, piezoelectric, capacitive, and optical).
This section focuses on capacitive direct transduction methods used in IC2's DirectShear Sensors (direct methods: piezoresistive, piezoelectric, capacitive, and optical).
IC2 is excited to announce that David Mills has been named as President of IC2 effective as of April 18, 2020. David previously held the position of Vice President of Engineering.
IC2 is thrilled to welcome Deontae Lafayette to our team! Deontae brings invaluable experience in financial analysis and data modelling with him to lead the IC2 efforts towards deeper examination and evaluation of operational metrics, industry...
IC2 recently received US Patent #10,461,239 titled "Microscale Sensor Structure with Backside Contacts and Packaging of the Same" for our breakthroughs in sensor packaging. VP of Engineering David Mills led this research and implemented the...
Moving forward with the four main direct transduction methods commonly employed with floating element shear stress sensors (piezoresistive, piezoelectric, capacitive, and optical), this section centers on piezoelectric technologies.
IC2 was recently awarded an AFWERX Phase 1 contract for Calibrated, MHz-Bandwidth, Dynamic Pressure Sensors for Quantitative Measurements in Hypersonic Flows through the SBIR program (J20.1).
