Karthik Seetharaman

Scaled the open-source federated healthcare data platform, Data2Evidence, to 21M+ patient records across multiple installations by setting its multi-year strategy and defining requirements for ETL pipelines with streaming ingestion. Launched a research chatbot, used by 50+ users, that builds cohorts and suggests improvements to inclusion criteria, achieving 90% task success in task-based evaluatio

Led end-to-end product strategy and delivery for a 32M SGD pan-European public health initiative, aligning 21 institutional and government-linked partners to build a scalable, human-centric, GDPR-compliant data collection and sharing platform. Expanded adoption across 3 markets by building new clinical and institutional partnerships through influence without formal authority in an international ma

Scored joint A*STAR-SingHealth funded innovation proposals for scientific merit, strategic viability, and long-term impact by applying structured business evaluation criteria. Improved roadmap feasibility and compliance readiness for healthcare start-ups in Switzerland and India by advising on product and regulatory strategy.

Delivered a sports biomechanics monitoring solution from concept to final solution at 40% cost advantage over comparable alternatives within a 1.1M SGD budget, using commercial off-the-shelf sensors and proprietary in-house software. Directed product strategy and commercialisation/go-to-market execution across Europe and Asia, securing board-level adoption of recommendations.

Took a wireless EEG headset and analytics platform from concept to FDA 510(k) regulatory readiness within a 0.5M SGD budget, by negotiating vendor contracts and coordinating external hardware and software development. Brought remote patient data collection and analytics to deployment ready status inside hospital IT environments.

Taught science at a secondary school, delivering curriculum content and supporting student learning.

Provided scientific consulting services, likely involving research and development support.

Built biomechanics models and brain-computer interface (BCI) control software for a lower limb rehabilitation exoskeleton, translating sensor and motion capture data into musculoskeletal simulations and real-time signal processing control algorithms. Validated device performance and safety through structured user trials and co-authored 11 peer-reviewed publications.

Managed projects in a chemical company, overseeing project execution and coordination.

Doctor of Philosophy in Mechanical Engineering from Nanyang Technological University, Singapore, from 2005 to 2010.

Master of Science in Biomedical Engineering from Nanyang Technological University, Singapore, from 2004 to 2005.

Bachelor of Engineering in Mechanical Engineering from Saurashtra University, India, from 1999 to 2003.