Alexander Senko Email & Phone Number

Cambridge, Ma, Us

San Jose, California, United States

•Use SQL and R to tell compelling data stories (focused on patient blood sugar, blood pressure control, and medication adherence), driving actionable insights for chronic care management•Deploy machine learning and predictive analytics to strategically identify optimal scenarios for live health coaching, enhancing patient engagement and outcomes•Translate clinical expertise into actionable data features, facilitating personalized patient care and enhancing program adaptability

Computational Neuroscience Outcomes Center (Cnoc)

• Trained time-to-event models to predict outcomes in a population of brain cancer patients (published in Journal of Neurosurgery)• Built dataset of MRIs for classification with CNNs to predict which patients would experience complications from spinal fusion (published in Radiology)

Mit Bioelectronics Group

• Led the development of an innovative technique for non-invasive neural stimulation. • Scripted neuron segmentation and time-series extraction from in vitro recordings, enabling the quantification of neural activity through signal processing techniques. Employed statistical methods to validate significant increases in activity post-stimulation.• Simulated 12,000 magnetic particles at the nanoscale; developed algorithm for automated classification of magnetic phase state• Coauthored… Show more • Led the development of an innovative technique for non-invasive neural stimulation. • Scripted neuron segmentation and time-series extraction from in vitro recordings, enabling the quantification of neural activity through signal processing techniques. Employed statistical methods to validate significant increases in activity post-stimulation.• Simulated 12,000 magnetic particles at the nanoscale; developed algorithm for automated classification of magnetic phase state• Coauthored six manuscripts and presented at four conferences Show less

Marohn Group

Synthesized and characterized thin film nickel nanomagnets for a scanned-probe magnetic resonance technique for determining protein structure. Coauthored a paper and presented at two conferences.

Shu Yang Group, University Of Pennsylvania

Developed TiO2 water splitting catalyst substrates with topology to promote H2 separation.

Doctor Of Philosophy - Phd, Materials Science And Engineering

Bachelor Of Science - Bs, Materials Science