Nathaniel Lazorchak
MS Student
Department of BIomedical Engineering
Indiana University - Purdue University Indianapolis
723 W Michigan St., SL220
Indianapolis, IN 46202, United States
Ph: +1 (317) 430-9410
Hometown: Indianapolis, IN, U.S.A.
| EDUCATION: | ||
| UNDERGRADUATE | ||
| Indiana University - Purdue University Indianapolis, U.S.A. | 08.2018 – 05.2022 | |
| BS Biomedical Engineering | ||
| BA German | ||
| GRADUATE | ||
| Indiana University - Purdue University Indianapolis, U.S.A. | 05.2022 - present | |
| MS Biomedical Engineering | Advisor: Ken Yoshida | |
| ACADEMIC APPOINTMENTS: | ||
| Indiana University - Purdue University Indianapolis | ||
| Department of Biomedical Engineering | ||
| Research Assistant | 05.2019 - 06.2022 | |
| Graduate Research Assistant | 06.2022 - present | |
| PROFESSIONAL ORGANIZATION MEMBERSHIPS: | ||
| Organization | Rank | Inclusive Dates |
| International Functional Electrical Stimulation Society | Student Member | 2020 – present |
| Tau Beta Pi Engineering Honor Society | Member, IN-Z | 2020 - present |
| PUBLICATIONS: Nathaniel Lazorchak | |
| OrcID: 0000-0002-7631-1695 | |
| Peer-Reviewed Journal Articles | |
| J1 | N. Lazorchak, M. R. Horn, M. I. Muzquiz, L. M. Mintch, and K. Yoshida, “Accurate simulation of cuff electrode stimulation predicting in‐vivo strength‐duration thresholds,” Artificial Organs, Aug. 2022 |
| DOI: 10.1111/aor.14374 | |
| Conference Papers (≥2 Pages) / Abstracts (≤1 Page) | |
| C2 | N. Lazorchak, M. R. Horn, and K. Yoshdida, “Low Frequency Alternating Current Block-Activation Window: In-silico Predictions,” presented at the RehabWeek 2022, Rotterdam, the Netherlands, Jul. 2022. |
| C1 | N. Lazorchak, M. R. Horn, M. I. Muzquiz, L. M. Mintch, and K. Yoshida, “Accurate simulation of cuff electrode stimulation predicting in‐vivo strength‐duration thresholds,” presented at the IFESS 2021 Conference, Sep. 2021 |
| A1 | M. Ryne Horn, Nathaniel Lazorchack, Awadh Al Hawwash, and Ken Yoshida, “In-Silico model of the Low Frequency Alternating Block - Activation Window,” presented at the 2021 MN Neuromodulation Symposium, Online, Apr. 2021. |