Skilled in laboratory techniques, data analysis, and scientific research, with a strong foundation in biotechnology. Passionate about applying biotechnology innovations to real-world healthcare solutions. I'm also experienced in digital marketing and business transformation, with expertise in strategic planning, content creation, and market analysis. Skilled in leveraging data-driven insights to optimize brand positioning and customer engagement. Adept at bridging the gap between science and marketing, creating opportunities for innovation-driven communication and commercialization. Seeking opportunities to contribute to a dynamic organization, utilizing expertise in biotechnology, marketing, or an intersection of both, to drive impactful results.
I grew from an intern to a project manager at Lead Strategus, a marketing transformation and consulting firm. I gained experience in market research, lead generation, marketing strategy, sales enablement, and projects and event outreach across different geographies and markets. My role involved researching industry trends, customer behavior, and competitive landscapes to support data-driven marketing strategies. I worked on identifying potential leads and creating engaging content, such as blog articles, and infographics, to strengthen brand presence. Additionally, I explored and used new marketing tools to improve research, outreach, and campaign effectiveness. Managing multiple projects, I ensured timely execution while maintaining quality. Through my work in market analysis, lead generation, event outreach, and the use of marketing tools, I played a key role in driving various marketing initiatives and business growth efforts.
I interned for three months at Azyme Bioscience, as part of an intensive bio pharmacology program, where I worked on a project focused on phytochemicals as anti-diabetic agents. During this time, I gained hands-on experience in drug discovery and development, particularly in screening and evaluating natural compounds for their potential to regulate glucose metabolism. My work involved biochemical assays, chromatographic techniques, enzyme inhibition studies, and molecular docking to assess the efficacy of bioactive plant compounds. Additionally, I developed a strong understanding of pharmacokinetics, pharmacodynamics, and toxicological profiling in the context of natural product-based drug discovery. This experience enhanced my skills in experimental design, data analysis, and research methodology, preparing me for further work in pharmaceutical and biomedical research.
Role of Anthocyanin in the Prevention of Type 3 Diabetes (Dec 2021 - Jul 2023)- BMS College of Engineering, Bangalore, India
The project, spanning two years, commenced with in silico work and progressed to wet lab procedures. Throughout our research, we assessed the effectiveness of specific anthocyanin found in plant extracts that have the potential to mitigate the severe consequences of Type 3 Diabetes or diabetes-induced conditions.