The IC2 Guide to Wall Shear Stress Measurement provides a comprehensive overview of the current measurement methods, available technology, and approaches to the subject. Access the guide at the link below and contact IC2 at [email protected] to learn more
https://t.co/yNsUyIPeIr
IC2' Chip Patterson is presenting today at AIAA Aviation 2023. This presentation is about a Field-Deployable Wireless Data Acquisition System to enhance the capabilities and ease-of-use of ground test arrays for flyover testing.
https://t.co/jWUYDHhx9Q
This third post in our multi-part series on Good Data Acquisition goes in-depth on best practices for measuring high-quality static data.
https://t.co/cbihZ4B8WE
When we acquire static data from a sensor we want to measure the DC component of the physical quantity that corresponds to the mean displacement of the diaphragm or floating element upon which any AC (fluctuating) component is superimposed.
In this second post in a multi-part series on how to make successful measurements, i.e., how to get “good data”, we will discuss how to make good measurements of a fluctuating phenomenon such as wall shear stress, pressure, vibration, or sound.
https://t.co/zEokRZO552
"Good Data Acquisition: How do you know you are getting good data?" Read the introduction here and check back for weekly updates to learn proven methodologies to ensure your data provides meaningful results.
https://t.co/7TzAKVhDkR
IC2 understands the importance of acquiring high-quality measurement #data and strives to help our customers achieve this goal. Senior Technical Fellow, Jim Underbrink, shares his experience and expertise in a new educational series titled, ⏭️
IC2 was recently awarded a Phase 2E SBIR contract to further the capabilities of planned future product line under the project titled “Field Deployable Wireless Data Acquisition System for Ground-Test Arrays.”
https://t.co/GTzBC4Qnvu
IC2 was recently awarded a NASA Phase 1 SBIR, titled “Advanced Phased Array Instrumentation and Processing for Engine Inlet Measurements,” to create novel phased-array instrumentation and processing for aircraft engine-inlet acoustic measurements.
https://t.co/nwuTzgFeEY
Chip Patterson, IC2’s VP and Lead Electrical Engineer, is scheduled to present the advancements made during a NASA SBIR Phase II project to the NASA Acoustics Technical Working Group on Wednesday April 13th.
https://t.co/nBLxyOsB6K
As an integral part of our team, Rachel consistently shows ingenuity and thoroughness in her engineering efforts and beyond. We look forward to watching her continued personal and professional growth!
Today is International Women's Day! To celebrate, we're featuring Rachel Collins, Electrical Engineer at @thinkIC2.
Are you a #GNV woman in the innovation ecosystem? We want to feature you! Share your story here: https://t.co/xKy24m0PzH
#IWD2022#BreakTheBias
IC2 is seeking qualified candidates for an Embedded Software Engineer at our fast-growing sensor technology company, headquartered in #Gainesville, FL. To apply, please send your resume to [email protected].
#hiring
https://t.co/k3WV9Ck9bg
IC2 is now #hiring for Mechanical Engineering and Mechanical CAD Designer roles at our fast-growing sensor technology company, headquartered in #Gainesville, FL. To apply, please send your resume to [email protected].
https://t.co/i9ZWprvZu7
IC2 purchased and moved into a nearly 10,000 square foot building in NW Gainesville in December 2021 that provides a threefold increase in its office, lab, and manufacturing space.
https://t.co/UXf21XMNM8