Corrigible clinical AI
Paired clinician feedback with model guardrails so triage and communication tools stayed steerable and audit-ready.
About Kanav
I'm a systems thinker and product leader who bridges technology, neurodiversity advocacy, and social justice. I love untangling messy structures and designing alternatives that make care, dignity, and accessibility the default.
At Doximity, I led the creation of Doximity Dialer, which now enables over 100 million patient–clinician connections. I later co-founded Andwise to help physicians navigate financial and legal complexity—a venture that deepened my commitment to challenging systemic inefficiencies.
As an autistic person, my advocacy for neurodiversity and cognitive justice is lived as much as written. Every product, article, and collaboration is an invitation to imagine more equitable, care-centered systems.
Milestones
How key moments map to this journey.
Systems thinking roots
Started mapping how neurodiversity, product, and policy intersect to unlock better care.
Jump to related paragraphDoximity Dialer ships
Led product for a trusted telehealth caller ID that now supports 100M+ patient–clinician connections.
Jump to related paragraphCo-founded Andwise
Built dignified planning tools that guide physicians through financial and legal complexity without coercion.
Jump to related paragraphSyādvāda expands
Published essays translating lived neurodivergence into design principles for equitable systems.
Jump to related paragraphResearch
Selected investigations
Patterns from pairing fieldwork, policy, and product experiments to keep systems corrigible.
Paired clinician feedback with model guardrails so triage and communication tools stayed steerable and audit-ready.
Studied how evidence standards can retraumatize patients and reframed paperwork flows to center consent and clarity.
Built facilitation templates that kept investors and founders aligned on safety, accountability, and non-extractive growth.
Co-authored thoracic surgery investigations on minimally invasive protocols and perioperative safety metrics for lung cancer patients.
Built computational models comparing thermodynamic heuristics for RNA secondary structure to benchmark folding predictions against lab results.
Presented an ACS Symposium paper translating bench-scale transport modeling into design guidance for biomaterial devices.
Guiding principles
I translate research on neurodiversity, patient safety, and market dynamics into actionable product moves.
Build flows that reduce cognitive load, respect consent, and widen participation instead of gatekeeping it.
Pair qualitative fieldwork with quantitative telemetry to replace harmful heuristics with measurable care outcomes.
Keep humans in the loop with explainable AI, handoffs that feel human, and quality guardrails for sensitive decisions.
Education
Foundations
Grounding in biomedical engineering and systems-minded business leadership.
MBA · NYU Stern School of Business
Product leadership in regulated markets with an emphasis on sustainable growth and accountable governance.
B.S. Biomedical Engineering (with honors) · Georgia Institute of Technology
Human-centered clinical systems, pairing biomechanics and design research to make care safer and more accessible.
Community leadership
Mutual aid & mentorship
Spaces where I practice shared stewardship and build infrastructure for neighbors and peers.
Cooperatively running community-supported bread, logistics, and mutual aid so neighbors share care infrastructure.
Publishing essays and hosting salons on neurodiversity, algorithms, and civic systems to practice pluralistic decision-making.
Supported biomedical engineering peers with mentoring, project reviews, and inclusive event design.
Connect
Find me on the platforms where I'm most active.