The biotechnology industry has never moved faster. New therapies, advances in gene editing, engineered cell therapies, and artificial intelligence are changing how scientists approach some of medicine's biggest challenges. As the industry grows, so does the demand for talented researchers who can turn promising ideas into treatments that improve lives.
According to the U.S. Bureau of Labor Statistics, employment for medical scientists is projected to grow 11 percent between 2023 and 2033, much faster than the average for all occupations. That growth reflects continued investment in research and the increasing need for scientists who can solve complex problems while working across multiple disciplines.
Technical knowledge remains the foundation of a successful scientific career. But thriving in biotechnology requires much more than strong laboratory skills. It requires adaptability, collaboration, and an understanding of how scientific discoveries become real therapies.
Philip Ashton-Rickardt has spent more than three decades working across academic research, biotechnology startups, and scientific leadership. Today, as Managing Director and Chief Scientific Officer at BE Therapeutics, he works with teams developing engineered cell therapies for brain disorders. That experience has given him a unique perspective on what helps young scientists succeed.
"One thing I've learned is that success isn't about trying to answer every scientific question. It's about recognizing which questions are worth spending years trying to solve. In biotechnology, that's one of the most important decisions you'll ever make."
Think Beyond the Laboratory
Graduate school teaches researchers how to design experiments, analyze results, and challenge existing ideas. Those skills remain essential throughout a scientific career. However, biotechnology companies also expect scientists to understand the broader purpose behind their work.
Every successful therapy begins with an important scientific discovery. From there, it must pass through years of development, testing, manufacturing, regulatory review, and clinical trials before it can reach patients. A discovery that works well in a laboratory may still face significant obstacles before becoming a treatment.
Scientists who understand that process often make stronger decisions because they recognize how their work fits into the bigger picture.
Learn How Teams Solve Problems
Biotechnology is one of the most collaborative industries in science. Researchers work alongside physicians, engineers, manufacturing specialists, regulatory experts, business leaders, and clinical teams. Each group contributes a different perspective that helps move a project forward.
Young scientists sometimes believe success comes from having all the answers. In reality, it often comes from asking the right questions and knowing when to seek expertise from others.
"I've been part of research programs that looked incredibly promising at first but changed direction once the data came in," says Ashton-Rickardt. "That's not failure. It's how good science works. The strongest teams follow the evidence, even when it takes them somewhere unexpected."
Learning to communicate clearly with people outside your specialty can become just as valuable as mastering advanced laboratory techniques.
Build Judgment, Not Just Technical Skills
Scientific expertise opens doors, but good judgment helps scientists build lasting careers.
Research projects compete for funding, time, and talent. Every decision carries consequences. Choosing the right project can save years of work. Knowing when to change direction can be equally important.
Developing good judgment takes practice. It comes from studying previous research, listening to experienced mentors, evaluating evidence objectively, and accepting that every project carries uncertainty.
Scientists who become leaders are often recognized not only for what they know, but for how they make decisions when the answers are not immediately obvious.
Understand the Business Behind Innovation
Many young researchers are surprised to learn how much happens after a scientific breakthrough.
Successful biotechnology companies must secure funding, protect intellectual property, develop manufacturing processes, complete clinical trials, and navigate complex regulatory requirements. Every stage requires careful planning and close collaboration across different teams.
Understanding these business realities does not mean becoming a business expert. It means recognizing that scientific innovation succeeds when research and execution move together.
"People often ask which technology will shape the future of biotechnology," Ashton-Rickardt says. "My answer is usually the same. Don't build your career around one technology. Build it around solving difficult problems. Technologies change much faster than that skill does."
Scientists who understand both research and development often become valuable contributors because they can see opportunities and challenges from multiple perspectives.
Your Reputation Matters Earlier Than You Think
The biotechnology community is smaller than many people realize. Researchers frequently move between universities, startups, pharmaceutical companies, and growing biotechnology firms. Strong professional relationships often lead to new collaborations and future opportunities.
Your reputation begins long before you apply for your next position.
Being dependable, prepared, and willing to support teammates leaves a lasting impression. So does maintaining scientific integrity, communicating honestly, and treating colleagues with respect.
Publications and technical achievements remain important, but people also remember how you approached challenges and contributed to the success of your team.
Stay Open to Change
Few research projects follow a perfectly straight path. Unexpected results can shift priorities. New technologies can transform an entire field within a few years. Scientific understanding continues to evolve as new evidence becomes available.
Rather than viewing change as a setback, successful scientists learn to see it as part of the discovery process.
Remaining flexible allows researchers to adapt, improve their ideas, and continue making meaningful contributions even when projects take unexpected turns.
Practical Advice for Building a Career in Biotech
Young scientists entering biotechnology can strengthen their careers by focusing on a few practical habits.
Continue learning beyond your area of expertise. Attend presentations outside your specialty and stay informed about advances across the industry.
Look for opportunities to work with people from different disciplines. Collaboration often leads to better solutions than working in isolation.
Practice explaining your research in simple language. Clear communication helps build trust with colleagues, investors, clinicians, and future partners.
Find mentors who challenge your thinking and encourage your growth. Their experience can help you avoid common mistakes and develop confidence as your responsibilities grow.
Finally, remember why the work matters.
"The scientists who make the biggest impact aren't always the ones with the longest publication list," Ashton-Rickardt says. "They're the ones who stay open to new ideas, work well with others, and never lose sight of the people they're trying to help."
Biotechnology offers remarkable opportunities for the next generation of researchers. Those who combine scientific excellence with curiosity, sound judgment, collaboration, and a commitment to solving meaningful problems will be well positioned to help shape the future of medicine.
