Career as a Scientist in Drug Discovery after PhD | Sounak Bagchi | Biopatrika
Career Konnect brings forward diverse and evolving career paths for science and engineering professionals. In this edition, we feature Sounak Bagchi, PhD, Senior Research Scientist at Curia Global, USA. With a strong background in pharmaceutical sciences, bioanalysis, and pharmacokinetics, his journey from India to the United States highlights how expertise in LC-MS/MS and DMPK drives impactful contributions in drug discovery and translational research.
Education: Ph.D. in Pharmaceutical Sciences
Linkedin: https://www.linkedin.com/in/sounak-bagchi/
Career Konnect interview
Part 1: General Information
Current Position:
I currently work as a Senior Research Scientist in Drug Metabolism and Pharmacokinetics (DMPK), where my role revolves around designing and executing bioanalytical assays, supporting in vivo pharmacokinetic studies, interpreting complex datasets, and collaborating closely with clients and internal teams to advance drug discovery programs. My work sits at the intersection of science and decision-making, where each dataset contributes to evaluating the potential of new drug candidates.
- Company: I am currently working at Curia Global, a contract research organization supporting pharmaceutical and biotech companies in drug discovery and development.
- Location: I am based in Buffalo, New York, USA.
Part 2: Career Path and Education
Academic Background:
I completed my Ph.D. in Pharmaceutical Sciences from Texas Tech University Health Sciences Center (2018–2023), where I specialized in LC-MS/MS-based bioanalysis and pharmacokinetics, particularly focusing on brain drug distribution and neurotransmitter analysis. Prior to that, I earned my Bachelor of Pharmacy (B. Pharm) from Birla Institute of Technology, India (2014–2018), where my interest in drug discovery first began.
Career Path:
My journey started in India, where I developed a strong curiosity about how drugs behave inside the body. This curiosity led me to pursue higher education in the United States, where I could gain deeper scientific exposure and hands-on research experience. During my PhD, I worked extensively on LC-MS/MS method development and pharmacokinetic studies, which helped me build a strong technical foundation.
After graduating, I joined Curia Global as a Research Scientist III. Since my academic training closely aligned with industry needs, I was able to contribute effectively from the beginning. Over time, by consistently delivering results, taking ownership of projects, and engaging in client-facing responsibilities, I progressed to my current role as Senior Research Scientist. Key factors influencing my decisions included alignment with my expertise, opportunities for growth, company reputation, and long-term career stability.
Role of PhD:
My PhD played a critical role in securing my current position. It not only provided me with strong hands-on expertise in LC-MS/MS and bioanalysis but also gave me a deep understanding of DMPK and ADME principles. More importantly, it trained me to think critically, troubleshoot complex problems, and approach scientific challenges with a solution-oriented mindset, all of which are essential in the pharmaceutical industry.
Part 3: Job Role and Responsibilities
Daily Responsibilities:
A typical day in my role involves a mix of laboratory work, data analysis, and strategic discussions. I spend time developing and optimizing LC-MS/MS methods, analyzing pharmacokinetic data, preparing scientific proposals, and participating in client meetings. Collaboration is a key part of my job, as I work closely with cross-functional teams to ensure projects are executed efficiently and deliver meaningful insights.
Skillset:
My role requires a balance of technical expertise and soft skills. On the technical side, strong knowledge of LC-MS/MS method development, in vitro ADME studies, pharmacokinetic analysis using tools like WinNonlin, and data interpretation are essential. Equally important are soft skills such as communication, project management, adaptability, and teamwork. My academic training played a significant role in developing both these aspects, allowing me to not only generate data but also communicate its significance effectively.
Challenges and Rewards:
One of the biggest challenges in my role is that no two projects are the same. Each compound behaves differently, requiring customized approaches, continuous optimization, and problem-solving under tight timelines. However, this is also what makes the work exciting. The most rewarding part is successfully solving complex scientific problems, delivering high-quality results, and receiving recognition from clients and leadership. Knowing that my work contributes to advancing potential therapeutics is highly fulfilling.
Work-Life Balance:
I believe in maintaining a clear boundary between work and personal life. I make it a priority to complete my work within office hours so that I can dedicate my evenings to fitness and unwind. Weekends are reserved for social activities, travel, and personal interests, which helps me stay balanced and energized.
Part 4: Future Opportunities
Career Progression:
There are multiple career paths available in this field. One can progress into senior scientific roles such as Principal Scientist or move into leadership positions managing larger programs. Additionally, there are opportunities to transition into Business Development, Strategy, or Program Management roles, especially for those interested in combining science with business.
Industry Trends:
The pharmaceutical and biotech industry is evolving rapidly, with an increasing emphasis on advanced bioanalytical techniques such as LC-MS/MS, high-throughput workflows, and the integration of DMPK with AI-driven drug discovery and data-driven decision-making. Looking ahead, I aim to expand my role by combining my technical expertise with business and strategic thinking, while continuing to develop proficiency in specialized assays and fostering cross-functional collaboration.
Advice for Aspiring Scientists:
My advice to aspiring scientists is to focus on building strong fundamentals, particularly in analytical techniques such as LC-MS/MS, and to prioritize hands-on experience. It is equally important to develop strong problem-solving abilities and effective communication skills. Given the dynamic nature of the industry, being adaptable, consistent, and open to continuous learning is essential for long-term success.
Resources:
Several resources have supported my professional journey, including organizations such as AAPS and ASPET; training programs like Phoenix WinNonlin and LC-MS/MS courses; workshops offered by Jackson Laboratory; and scientific conferences (ISSX, Gordon Research, AAPS, NEDMDG), which provide valuable networking opportunities. Additionally, mentorship has played a crucial role in guiding my career development.
Part 5: Salary
Salary range (annual) for Freshers:
For entry-level roles in this field, the salary typically ranges between $65,000 and $80,000 per year, depending on the role, company, and location.
Salary range (annual) for someone with your experience:
For professionals with experience, salaries generally range from $80,000 to $110,000 or higher, with additional growth potential in leadership or business-oriented roles.
I am grateful for the opportunities and mentorship I’ve received throughout my journey, and I hope my experience can help guide and inspire aspiring scientists pursuing careers in the pharmaceutical industry.
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