Buddhabhushan Birhade

I am a Market Research Professional with 2.0 years of experience in secondary research, competitive analysis, and delivering actionable insights. As a Senior Associate Consultant at Persistence Market Research, I specialize in market sizing, trend analysis, and cross-domain research. I’m also developing an AI-powered competitive analysis tool to streamline data gathering and improve report accuracy. Passionate about integrating technology into traditional research frameworks, I bring a detail-oriented and insight-driven approach to every project.

Experience

Senior Associate Consultant

Persistence Market Research (PMR), Pune
June 2023 – April 2025

Delivered customized market research reports and strategic insights across healthcare and other industries.

Conducted secondary research, market estimation, and competitor benchmarking.

Developed data-driven reports to support client decision-making using analytical models and tools.

Collaborated with cross-functional teams for high-quality research output aligned with client objectives.

Key Project: Custom Gemini – Competitive Analysis (2025)

Built a GPT-powered tool using Gemini AI to automate competitive insight generation.

Tools used: Gemini AI, Notion, Prompt Engineering.

Streamlined secondary research workflows and significantly improved turnaround time.

Trainee Officer – Quality Control (QC)

Serum Institute of India Pvt. Ltd., Pune
Aug 2022 – Jan 2023

Analyzed batch data for vaccines and ensured compliance with quality standards and GMP protocols.

Prepared regulatory documentation and supported internal audits.

Contributed to HPV vaccine testing and quality assurance improvements.

I hold a Master of Science degree in Biotechnology from MIT World Peace University, Pune, with a commendable CGPA of 8.9/10. Additionally, I completed a Bachelor of Science in Zoology from North Maharashtra University, Jalgaon, achieving a CGPA of 6.8/10. My academic background also includes completing my HSC from the Nashik State Board of Maharashtra with a notable percentage of 75.8% and SSC with a percentage of 81.09%. Notably, I undertook a project focused on the early detection of hormones in relation to PCOS, proposing an innovative biosensor method using gold nanoparticles and antibodies on a Graphene substrate. This method offers adaptability, reduced testing time, and simplicity compared to traditional approaches.