Accomplished and innovation-driven Laboratory Scientist with 10+ years of Experience in biochemistry, protein engineering, assay development, and translational research across academic and industry environments.
Proven Track record of developing and optimizing advanced diagnostic assays and pathogen detection strategies using clinical samples, with a strong focus on accuracy, sensitivity, and reproducibility.
Demonstrated expertise in leading complex, end-to-end research projects from concept development and experimental design through execution, validation, data analysis, and scientific reporting.
Extensive Hands-on Experience in recombinant protein expression and purification using E. Coli, mammalian, and yeast expression systems to support assay development and research applications.
Strong Operational leadership in laboratory management, including instrument procurement, qualification, calibration, maintenance, troubleshooting, and workflow optimization to ensure maximum efficiency and compliance.
Extensive Experience in managing Environment, Health, and Safety (EHS) programs, ensuring compliance with laboratory safety regulations, regulatory standards, and risk management practices within research and regulated environments.
Served as Radiation Safety Officer (RSO), leading radiation safety operations, regulatory compliance, safety audits, personnel training, and implementation of best practices to maintain a safe and compliant laboratory environment.
Experienced in authoring, reviewing, and implementing Standard Operating Procedures (SOPs), technical protocols, and laboratory documentation in compliance with quality and regulatory standards.
Extensive Experience in training and guiding scientists, students, and laboratory personnel.
Honored with "Integrity" and "Innovation" awards in recognition of outstanding scientific contributions, Operational excellence, leadership, and commitment to organizational success.
Scientist with strong background in leading scientific research and innovation. Skilled in experimental design, data analysis, and scientific communication. Focused on driving team collaboration and achieving impactful results. Known for adaptability and reliability in dynamic environments.
Overview
14
14
years of professional experience
Work History
Principal Scientist
Autonomous Medical Devices Incorporated
Menlo Park, CA
04.2025 - 05.2026
Played a key role in establishing and operationalizing a fully functional protein laboratory supporting multiple expression platforms and research programs.
Led the design, engineering, expression, and purification of diverse biomolecules, including fusion proteins, scFvs, virus-like particles (VLPs), nanobodies, antibodies and its derivatives - Fab; F(ab')2; Fab' across multiple expression systems.
Applied and optimized a variety of biochemical and analytical techniques to evaluate biomolecular affinity, specificity, and interaction with target analytes.
Successfully developed and optimized antibodies and other bio-molecule conjugation strategies using both site-specific and non-specific chemistries to support assay development and diagnostic applications.
Contributed to the development of a rapid PCR-based pathogen detection platform capable of delivering results in under 10 minutes.
Played a significant role in developing rapid PCR-based biomarker detection methods with turnaround times as short as 15 minutes.
Formerly Sensor Kinesis Corporation
Senior Scientist
Autonomous Medical Devices Incorporated
Menlo Park, CA
03.2021 - 03.2025
Formerly Sensor Kinesis Corporation
Research Scientist
Autonomous Medical Devices Incorporated
Menlo Park, CA
10.2016 - 02.2021
Formerly Sensor Kinesis Corporation
Research Scientist (Sensor Kinesis Corporation)
Stanford University
Stanford, CA
10.2016 - 07.2018
Generation of ScFv's against transcription factor TFIIH using phage display.
Performed recombinant expression and purification of scFvs using optimized protein production workflows.
Assessed and characterized scFv binding affinity and specificity using multiple biochemical and analytical techniques.
Department of Structural Biology, Prof Roger Kornberg (Nobel Laureate)
Tutor Demonstrator
SKIMS - Medical School and Hospital
Kashmir, India
04.2012 - 11.2014
Actively engaged in instructing and mentoring medical students in laboratory procedures.
Ensuring quality control of biochemistry tests within the hospital.
Education
Ph.D. - Biochemistry
AMU
India
01.2011
Skills
Liquid chromatography (FPLC, HPLC, analytical and preparative)
Nucleic acid amplification technology (isothermal and PCR)
Protein engineering
Protein expression and purification (Bacterial, Mammalian, Yeast system)
Working experience with production and purification of phiX174 and virus like particles
Recombinant DNA technology
Spectroscopy (fluorescence, UV/Vis)
Statistical Design of Experiments methodology
Assays: RT-qPCR; Radioactivity assays; Assays based on magnetic bead pulldowns
ScFv (antibody) generation: Generation of Single chain Fragment Variables (ScFvs) using Phage Display technique
Engineered and modified antibodies/scFvs/nanobodies to generate diverse bioconjugates for diagnostic and research applications
Surface Plasmon resonance (SPR): Studying bio-molecular (Protein-Protein) interaction and their binding kinetics and measurement of binding constants (Kd) using Proteon, Biacore and Alto SPR system
Laboratory Skills
Liquid chromatography (FPLC, HPLC, analytical and preparative)
Nucleic acid amplification technology (isothermal and PCR)
Protein engineering
Protein expression and purification (Bacterial, Mammalian, Yeast system)
Working experience with production and purification of phiX174 and virus like particles
Recombinant DNA technology
Spectroscopy (fluorescence, UV/Vis)
Statistical Design of Experiments methodology
Assays: RT-qPCR; Radioactivity assays; Assays based on magnetic bead pulldowns
ScFv (antibody) generation: Generation of Single chain Fragment Variables (ScFvs) using Phage Display technique.
Engineered and modified antibodies/scFvs/nanobodies to generate diverse bioconjugates for diagnostic and research applications
Surface Plasmon resonance (SPR): Studying bio-molecular (Protein-Protein) interaction and their binding kinetics and measurement of binding constants (Kd) using Proteon, Biacore and Alto SPR system