Sakshi Sharda, PhD - Spatial Biology Specialist
Sakshi Sharda, PhD - Spatial Biology Specialist at Bio-Techne
Where are you from, and what is your educational background?
I’m originally from India, and I’ve been based in Switzerland for several years.
I’ve always been fascinated by diseases and how they are shaped by multiple factors, from the mother’s environment to genetics. This curiosity led me to seek interdisciplinary training. During my Master’s in Ecology and Evolution at the University of Bern, I combined behaviour, genetics, and evolution to study how information is transferred from parents to offspring. Later, in my PhD in Life Sciences at the University of Lausanne, I focused on the genetic basis of infection resistance in populations.
Could you tell us about your research projects during your Master’s, PhD, and Postdoc?
In my Master’s project at the University of Bern, I studied how predator stress in parents could influence their offspring. This meant combining behavioural studies, statistical analysis, and gene expression work to understand how environmental cues can leave signatures across generations. In a disease context, this type of research helps us understand why certain individuals may be predisposed to non-communicable diseases like type 2 diabetes.
For my PhD at Lausanne, I explored the genetics of inflammation and how infection pressure changes the genetic structure of populations. Using genomic and statistical approaches, I identified genes associated with infection resistance, and interestingly, many of them were sex-specific. This showed how biological sex plays a key role in shaping our response to disease.
After your postdoc, you worked as a Scientific Consultant. Could you describe your responsibilities as a Sustainability Consultant?
This role was very different from academia and broadened my perspective. I reviewed scientific reports, publications, and industry data, then synthesised them into actionable insights for clients. The projects often centred on reducing plastics in manufacturing pipelines and exploring sustainable alternatives. For example, evaluating synthetic versus plant-based raw materials in textiles.
I learned how to communicate complex science in a clear, business-focused way and worked closely in diverse teams with people from very different backgrounds. It taught me how to translate science into decisions and strategy, which has been invaluable for my career.
You are now a Spatial Biology Specialist. What are your main responsibilities in this role?
In my current role, I work with pharma and biotech clients on adopting spatial biology techniques to advance their drug discovery programs. Depending on the research goal, I adapt my communication and propose tailored solutions from our portfolio. This often involves thinking creatively and proposing approaches the client may not have considered.
Relationship-building is central to my role. Rather than simply “selling,” I focus on understanding a client’s needs, being a trusted partner, and providing solutions that bring value over the long term.
Is your current job related to the work you did during your PhD or Postdoc?
Not directly, and I find that very exciting. My PhD gave me a strong scientific foundation, but in my current role, I’m learning cutting-edge technologies in spatial biology that can be applied across cancer, neurobiology, and drug discovery. The social aspect is also very different: I now work closely in teams, share wins, brainstorm solutions, and constantly collaborate. It’s been a great opportunity to develop both scientific and commercial skills, as well as teamwork.
What aspects of your job do you enjoy the most?
I particularly enjoy the variety. No two client discussions are ever the same. Each project brings a new scientific challenge, requiring me to listen, adapt, and find solutions. I also enjoy the balance of science and business: translating complex biology into practical insights that help companies make progress in drug discovery. Finally, I find the relationship-building aspect very rewarding - being able to support clients and see their projects succeed is a highlight.
What challenges did you face when transitioning into the private sector?
At first, the lack of clear guidance and networks was a challenge. Like many academics, I had to learn how to position myself for industry and wait out an uncertain job market.
What helped you succeed in your career transition (e.g., career events, workshops, networking, LinkedIn, friends, BNF…)?
Networking was crucial; talking to people with similar backgrounds, learning from their journeys, and staying connected to the community kept me motivated. Courses and workshops also helped: I completed a sales training course and a short program on AI in pharma, which gave me both technical and commercial skills.
Equally important was building a daily rhythm during job hunting and staying disciplined, while also keeping space for reflection. Mentors and career coaches also played a big role by sharing knowledge, contacts, and encouragement.
What advice has made the most difference in your professional development?
Stay motivated and patient, career pivots take time.
Be open to learning, each organisation and team is different, and adaptability is key.
Keep networking and build genuine connections.
Allow yourself breaks, some of the best insights come when you step away and reflect.
What can we wish you for the years to come?
You can wish me continued growth and impact, both in learning new technologies and in supporting teams that advance meaningful therapies. I hope to keep building bridges between science and application, and to contribute to innovations that improve patients’ lives.
Sakshi ‘s LinkedIn: https://www.linkedin.com/in/sakshisharda-phd/
