Academic excellence, research recognition, and professional certifications demonstrating Bio-Stride's commitment to innovation
Birla Institute of Technology and Science (BITS), Pilani
Unique interdisciplinary program combining engineering rigor with biological sciences, providing the perfect foundation for biomedical innovation. Focus on biosensors, nanomaterials, and diagnostic systems.
University of Tokyo, Japan
Worked with Professor Keisuke Goda's team (2018 Nobel Prize in Physics collaborator) on advanced diagnostic systems. Focused on high-throughput biosensing and microfluidic platforms.
ETH Zurich, Switzerland
Research under Professor Simone Schuerle (MIT scientist) on magnetic nanoparticle-based diagnostics. QS World Ranking #1 in Europe, #7 globally.
Laboratory for Translational Engineering
Accepted as visiting research scholar but couldn't join due to visa processing delays and American research funding freeze. Demonstrates international recognition of research caliber.
University of Tokyo International Conference on Biomedical Engineering. Recognized for innovative approach to portable diagnostic systems design.
One of the most competitive global biotechnology fellowships with less than 1% acceptance rate. Awarded for exceptional research potential in life sciences.
Institute of International Education recognition for innovative solutions to global health challenges, specifically for diagnostic system development.
Recognized among top 10 startups from BITS Pilani alumni network impacting public life, for Oxon's waste management solution serving 2 million people.
Selected for prestigious on-site industrial manufacturing and innovation workshop, gaining hands-on experience in scalable product development.
15+ national and international awards including healthcare innovation challenges, demonstrating consistent excellence in rapid prototyping and problem-solving.
BITS Pilani - Tumor Microenvironment Lab
Developed and validated novel electrochemical detection method for GFAP and UCH-L1 biomarkers. Achieved 97.6% sensitivity and 95.2% specificity in preliminary studies.
University of Tokyo - Goda Lab
Contributed to development of high-throughput screening systems for biomarker detection. Worked on integrating optofluidic technologies with machine learning algorithms.
ETH Zurich - Responsive Biomedical Systems
Investigated magnetic actuation of nanoparticles for enhanced biosensing applications. Developed protocols for functionalized particle synthesis and characterization.
BITS Pilani - Nanomaterials Lab
Early research on carbon-based nanomaterials for electrochemical sensing. Established foundation for current TBI detection technology development.
Indian Patent Office
Core technology patent covering the electrochemical detection method, device design, and biomarker panel for rapid TBI assessment. Filed July 2025.