About Us

Jim has over 45 years experience in the electronics industry, 22 of which are in executive management. As Director of International Program Management and US R&D at Schneider Automation, a multi-billion dollar industrial electronics conglomerate, Jim directed 160 engineering resources in three countries with a $35m budget. Jim successfully started design service groups focused on real-time electronics at Cadence Design Systems in 1999 and Suntron Corporation in 2002. In 2004, he founded E-TROLZ, a leader in Bio-medical computing platforms and the core inside of MindChild Medical’s fetal monitor and MiRTLE Medical’s MRI-compatible 12-lead ECG. He is currently the President and Chief Executive Officer of E-TROLZ. In 2008, Jim founded MindChild Medical and serves as Chief Operating Officer. In 2012, Jim founded MiRTLE Medical and serves as Chief Operating Officer. 

Jay has over 42 years experience in the design, integration and validation of automated electronic systems. Jay received his BSc degree in chemical engineering from the University of Massachusetts at Lowell in 1983. While successfully delivering products and solutions to the marketplace, he has done so from multiple perspectives such as engineer, sales manager, product manager, business manager, and vice president. Jay is a founder and Executive Vice President of E-TROLZ, a leader in Bio-medical computing platforms. As Systems Architect for E-TROLZ, Jay has delivered electrophysiological solutions for multiple commercial products including an Ambulatory EEG for seizure detection, a Traumatic Brain Injury monitor, a Sleep Monitor with full PSG and EEG, and open platform biomedical research systems used by NASA and the Navy. Jay is a founder and Executive Vice President for both MindChild Medical and MiRTLE Medical, acting as the Systems Architect for the Fetal ECG device and the MRI-compatible 12-lead ECG device. Jay directs all of MindChild’s and MiRTLE’s NIH funded grant activities as co-investigator and program manager. He holds four patents for Real-time Signal Acquisition, Fetal Monitoring and Active Standby Control System on a Network and has two pending patents relating to biomedical and diagnostic systems.