Our rapid CoVID-19 saliva-based test using an off-the-shelf glucometer was recently funded by the National Institutes of Health (NIH) under the Rapid Acceleration of Diagnostics (RADx) program. Read more about our exciting work here.
Ultra-Low Power, PVT-robust Transmitter Published
Somok’s paper titled “A 67-μW Ultra-Low Power PVT-Robust MedRadio Transmitter” was presented last week at a (virtual) RFIC symposium. Check out his paper, slides, and recorded talk. Impressively, this work achieves the best energy-efficiency (67 pJ/bit) and lowest power among sub-1mW transmitters!
Opioid research funded!
Our Phase II STTR proposal with CARI Therapeutics was funded by the NIH. Read more about it here.
Congratulations, Matthew!
Congratulations, Matthew for winning the ECE undergraduate research award! Matthew is an amazingly hard worker and has been very productive in his time working with the BioEE group. We will miss him! Matthew will join the CMU Ph.D. program in the fall.
Our wake-up receiver work is in the news
Our work on ultra-low power wake-up receivers has been featured in the news. Check it out here or here.
Congratulations, Aditi!
Aditi won the Best Pitch Award at the Center for Wearable Systems (CWS) Symposia for her work on “An Ultra-low Power Temperature Sensor for Glaucoma Medication Adherence.”
Congratulations, Bassem!
Congratulations, Bassem for winning Best Poster Award at BioCAS 2019! Check out Bassem’s paper on modeling bioimpedance here.
Dr. Hall talks at the NIH
Dr. Hall gave a talk at the NIH symposia on Developing Medical Countermeasures to Rescue Opioid-induced Respiratory Depression.
Drug Checking Technology Challenge Semi-Finalists
Dr. Werb and the BioEE Group have been selected as semi-finalists in the Impact Canada Drug Checking Technology Challenge. Read more about the challenge here.
Haowei and Somok present at CICC
Somok presented his work at the IEEE Custom Integrated Circuits Conference (CICC) on “A 107 μW MedRadio Injection-Locked Clock Multiplier with a CTAT-biased 126 ppm/°C Ring Oscillator.” Read more about it here.
Haowei also presented his work on a “A 2-in-1 Temperature and Humidity Sensor Achieving 62 fJ·K2 and 0.83 pJ·(%RH)2.” Read more about it here.
