Neuroergonomics & Neuroengineering Lab

Our lab attended the joint meeting of 2022 Neuroergonomics Conference and NYC Neuromodulation Conference with 15 students.

Our lab is participating with 5 abstracts at AHFE 2022 conference in New York NY July 24-28, 2022. Dr. Ayaz served as the chair of Neuroergonomics and Cognitive Engineering Track.

We will be at the 2022 Neuroergonomics and NYC Neuromodulation Conference, there will be multiple presentions from the lab, as well as EEG and fNIRS Workshops. For more information see conference program.

Dr. Shawn Joshi, postdoctoral fellow, will be representing the lab at the fNIRS Workshop on Clinical Neuroergonomics that will be held at Imperial College London on July 7th, 2022. Also, Dr. Kurtulus Izzetoglu, Associate Professor, … Continue reading fNIRS Workshop on Clinical Neuroergonomics

Our recent publication, Neuroadaptive Training via fNIRS in Flight Simulators, is highlighted here: https://newsblog.drexel.edu/2022/06/29/closed-loop-brain-imaging-may-improve-pilot-training/

Congrats to Emma Dryden, master’s student in the lab, for successfully presenting her thesis defense. Emma worked on developing a Brain Computer Interfaces (BCI) for ALS patients, with our collaborator Dr. Terry Heiman-Patterson at Temple … Continue reading Congratulations Emma

Congrats to CHOP CIRP and UPenn Bioengineering PhD student Divya Jain for successfully completing & presenting her dissertation. Divya was a visiting student in our lab and she quickly learned about fNIRS methods and applied … Continue reading Congratulations Divya

Presented by the Drexel Society of Artificial Intelligence, the annual Drexel AI Symposium was held in person and online on May 28-29, 2022.  The symposium organizing committee included students from our lab, Satvik Tripathi and … Continue reading 2022 Drexel AI Symposium

Today, we hosted Prof. Isil Bozma, director of Intelligent Systems Laboratory, Electrical and Electronic Engineering at Bogazici University. She presented her recent work on Appearance-Based Spatial Cognition for robots.