Highlights:Over the past few years, I’ve had the chance to explore different sides of biomedical engineering—from hands-on manufacturing improvements at Cook Medical to developing tumor-on-a-chip models in a research lab. I’ve led process validations, improved device ergonomics, and reduced manufacturing defects, while also contributing to cancer therapeutics research using SolidWorks and COMSOL. Each experience has helped me grow as an engineer and deepened my desire to work at the intersection of innovation and patient care.

Skills:Python, MATLAB, SolidWorks, COMSOL, LabVIEW, Minitab, Good Manufacturing Practices, Good Documentation Practices, CAPA, Risk Management, Agile & Scum, Product Validation, Communication, Problem Solving, Teamwork, Leadership

Goal:I’m passionate about using my background in biomedical engineering, quality systems, and programming to make a meaningful impact in healthcare. My goal is to work in research, product development, or quality engineering where I can help design innovative, efficient, and patient-friendly medical technologies.

Membership:Member, Biomedical Engineering Society (BMES) — since 2025

Honor:International Rocket Scholarship (University of Toledo) Merit Scholarship (Thapar Institute of Engineering & Technology) Dean’s List (Fall 2023 – Fall 2024) Bronze Medalist, International Award for Young People (IAYP)

Manufacturing Engineering Co-Op 01/06/2025 - 04/25/2025
Cook Medical, Spencer, Indiana United States
Industry: Medical Devices
As a Manufacturing Engineering Co-Op at Cook Medical, I monitored validation efforts, enhanced manufacturing procedures, and helped improve the ergonomics and quality of medical device production lines. Through technical documentation, I supported risk minimization, increased efficiency, and decreased operator strain.
I actively participated in process validation and enhancements for the production of medical devices while working as a Manufacturing Engineering Co-Op at Cook Medical in Spencer, Indiana. I managed the Test Qualifications (TQs) and Installation Qualifications (IQs) for new production equipment, ensuring 100% compliance with internal validation protocols and regulatory requirements.  Optimizing the Phoenix machine's tubing tipping procedure was one of my main tasks. I contributed to a 55% increase in production efficiency and a 30% decrease in product defects by locating inefficiencies and implementing process changes. In order to increase workplace safety and efficiency, I also worked on improving the ergonomics of the XP-08 pad printing station. By changing the arrangement, I was able to reduce operator strain by 60%. Furthermore, I updated and modified the Standard Operating Procedures (SOPs) for the production of stents, resulting in a 75% reduction in process deviations. Drafting crucial quality documentation including the Design Control Plan (DCP), User Requirement Specifications (URS), and Design and Process Failure Mode and Effects Analyses (DFMEA and PFMEA) was another aspect of my job. Throughout my time working with Agile PLM systems, I managed and maintained technical documentation while assisting with risk reduction and quality control initiatives. My knowledge of GMP procedures, product validation, and cross-functional cooperation in a regulated medical device setting has improved as a result of this experience.--
Undergraduate Research Assistant 09/2024 - 12/2024
University of Toledo, Toledo, Ohio United States
Industry: Biofluidics Lab
Contributed to cutting-edge breast cancer research by designing microfluidic tumor models and running simulations to evaluate drug performance in biomimetic systems.
As a research assistant in the Biofluidics Lab, I helped develop a microfluidic "tumor-on-a-chip" model aimed at better understanding breast cancer metastasis and therapeutic response. I designed 3D models in SolidWorks and performed fluid dynamics simulations in COMSOL to evaluate drug diffusion and efficacy in a biomimetic environment. The goal was to replicate tumor conditions and test potential treatments in a realistic and controlled setting. This experience gave me valuable exposure to translational research, microfabrication design, and therapeutic screening.--
Quality Lab Intern 05/2024 - 08/2024
Hometown Food Company, Toledo, Ohio United States
Industry: Food Services
Enhanced documentation and process efficiency while supporting sanitation and quality assurance activities in a food manufacturing setting.
I performed Clean-in-Place (CIP) titrations, established and revised Sanitation Standard Operating Procedures (SSOPs), and educated employees to adhere to new protocols while I worked in the quality lab at Hometown Food Company. Through my efforts, sanitation procedures became more effective and documentation accuracy increased by 20%. Additionally, I performed metal detection checks and worked with engineers to coordinate equipment installs, which decreased contamination risks and downtime by 15%. I enhanced overall operational clarity by using Microsoft Visio to develop lucid process maps.--
Histopathology Lab Intern 06/2023 - 07/2023
All India Institute of Medical Sciences, New Delhi, Delhi India
Industry: Hospital
Explored biomedical applications of 3D printing and cancer diagnostics in a clinical research setting.
I obtained practical exposure in histopathology during my internship at AIIMS, concentrating on cutting-edge cancer detection methods. I helped analyze bone and soft tissue samples by helping with PCR, immunohistochemistry (IHC), and fluorescence in situ hybridization (FISH) methods. I also looked into how 3D printing might be used to create surgical planning tools and biomedical instruments. I gained knowledge of clinical lab procedures and the application of engineering technologies in medical diagnostics from this position.--

Thapar Institute of Engineering & Technology 08/2021 - 05/2023
Patiala, Punjab, India
Degree: Bachelor's Degree
Major:Biomedical Engineering
Pursued the first two years of my Bachelor's degree in Biomedical Engineering at Thapar Institute of Engineering & Technology (TIET) as part of the International Engineering Program (IEP). Through this program, I completed foundational coursework in biomedical sciences, mathematics, and engineering principles. As part of the IEP, I transferred to the University of Toledo, USA, to complete the remaining two years of my degree with an international perspective and advanced specialization opportunities.

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