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Wake Forest University Health Sciences is seeking motivated researchers to join the M-Sense Research Group in the Center for Remote Health Monitoring. The role focuses on developing digital biomarkers from wearable data, with projects spanning balance, mobility, digital therapeutics, and mental health signals.
40-hour weeks, full-time, with competitive pay and benefits. Successful candidates will have a PhD or equivalent, experience with Python, machine learning, and publication of scientific
Department: 85082 Wake Forest University Health Sciences – Academic Biomedical Engineering
Statut: Full time
Benefits Eligible: Yes
Hours Per Week: 40
Schedule Details/Additional Information: Full time
Pay Range: $30.70 - $46.05 per hour
The M-Sense Research Group within the new Center for Remote Health Monitoring at Wake Forest University Health Sciences is seeking motivated and enthusiastic researchers to join our interdisciplinary team. In line with our mission of empowering patients with digital health technologies, researchers will contribute to ongoing, dynamic research programs at the forefront of our field and positioned for successful translation to market. Projects include efforts to develop digital biomarkers of balance and mobility impairment for use as novel endpoints in clinical trials or as a key component of digital therapeutics for fall prevention, to identify effective digital health strategies for helping adults of every age develop and sustain healthy behaviors, to detect the presence of mental health disorders in young children rapidly at the point of care, and to manage and prevent panic attacks wherever and whenever they occur. Researchers will also contribute to projects across the research enterprise leveraging digital health technologies and have access to funds to support the development of new research projects that leverage resources of the Center for Remote Health Monitoring and the scale of the evolving integrated healthcare system. Our system is currently caring for more than seven million patients in Illinois, Georgia, Alabama, Wisconsin, and the Carolinas.
Successful candidates will have a PhD or equivalent degree and experience working with data from wearable devices, developing and evaluating signal processing and machine learning algorithms, programming in Python, and publishing scientific manuscripts in high-impact journals.
Note: Eligibility for programs listed above may depend on your FTE or status (e.g., full-time, part-time, per diem, temporary). Please ask a recruiter for more information during an interview.