Greater Madison Area
Experienced and driven Scientist in R&D at Elephas Biosciences Corporation, with a strong foundation in biomedical research and product development. I bring hands-on expertise in advanced microscopy techniques—including Optical Coherence Microscopy, Multi-photon, Second Harmonic Generation, Confocal, and Bright-field. I also have extensive experience in mammalian and bacterial cell culture, experimental design, assay development, process optimization, and the creation of standard operating procedures (SOPs). My academic background includes a Master of Science from Tufts University and a Bachelor of Science in Biomedical Engineering from the Illinois Institute of Technology, where I specialized in Cell and Tissue Engineering and minored in Manufacturing Engineering. I am a Lean Six Sigma White Belt holder and proficient in analytical and technical tools such as MATLAB, Fiji (ImageJ) for image analysis, GraphPad Prism, and JMP Pro.
- Designed and executed complex experimental studies using advanced imaging techniques, including Optical Coherence Microscopy (OCM), Multi-photon, Second Harmonic Generation (SHG), and Confocal microscopy. - Developed and optimized assays and tissue-based models to support the prediction of response to immunotherapy and platform development. - Independently planned and executed experiments, contributing to project strategy with minimal supervision. - Analyzed and interpreted imaging and biological data using MATLAB, Fiji (ImageJ), GraphPad Prism, and JMP Pro. - Collaborated cross-functionally with scientists and engineers to drive innovation and solve complex research challenges. - Maintained and operated high-end microscopy systems, ensuring optimal performance and data quality. - Authored and maintained detailed experimental protocols, SOPs, and technical documentation. - Presented research findings in internal meetings and contributed to external communications and regulatory documentation. - Contributed to a fast-paced, collaborative R&D environment focused on advancing oncology research.
Research study high resolution light microscopy techniques for label-free quantification of optical metabolic ratio and collagen directional variance to determine extracellular matrix driven changes in triple-negative breast cancer models • Optimize 3D cellular (MDA-MB-231) migration assays to mimic robust breast cancer microenvironment • Model changes in extracellular collagen matrix composition using second harmonic generation imaging and conduct 24h time dependent imaging study • Acquire depth dependent NADH and FAD intensity data along 3D assay based on specific excitation and emission peaks using two-photon excited fluorescence and fluorescence lifetime microscopy • Implement image processing techniques (thresholding, co-registration, masking) on MATLAB to quantify data
Research study to determine microbial regulation of intestinal drug metabolizing enzymes through engineered static microfluidic platforms to develop comprehensive pharmacokinetic models • Analyzed QPCR and RNA Seq data, constructed PCA, Heatmap and data correlation models • Formulated bacteria and preadipocyte culture protocol, conduct cell culture experimentation • Devised microfluidic chamber mimicking human gut, construct research study
Resident Advisor (RA) to 43 residents at Gunsaulus Hall IIT. Demonstrated leadership, work towards being a role model for residents and community builders. Work alongside the Office of Residence Life staff to build strong communities through a variety of positive interactions, including hall meetings, programming, and visiting with floor members. Responsible for providing and creating safe residential spaces through resident education and policy enforcement.
Maintained department office, email account and answered queries regarding faculty, courses and department. Assisted department Chair and faculty in handling of confidential documentation regarding students. Created publicity materials for department events, and assisted in organizing them.
Assisted in research on Anti-hypertensive activity of Tamarindus Indica. Developed skills in animal handling and care in a controlled environment. Conducted in vivo tests of the prepared sample on albino rats. Analyzed the effects of variable concentrations of sample through in vitro testing. Trained in using laboratory machines such as Mass Spectrometer, Oscilloscope, Freeze Dryer, Rotary Evaporator, Autoclave and Centrifuge.
Assisted Cambridge GCE Level Chemistry teachers in preparing lesson plans, creating PowerPoint presentations to conduct the class in a more digitalized manner and conducting lab classes. Selected as the Chairman of a 20 member organizing committee for the Regional Round Square Conference 2016 (an international conference arranged by the member institutions of the Round Square organization to ensure an experiential way of learning through intensive discussions, interactive keynote speeches and community projects) held on the theme “Traditions in Transition” on February 2016 where 1700 delegates participated from local and international school.