Shane Tichy, Ph.D.
Agilent Associate Vice President R&D LC/MS
How did you get started in the field of Analytical Chemistry?
My interest in analytical chemistry started during my undergraduate years at UNI, where I participated in summer research involving NMR spectroscopy with Dr. Kirk Manfredi. That experience demonstrated the power of analytical tools in answering fundamental chemical questions and addressing real-world problems. Later, through coursework, I was introduced to mass spectrometry, and I quickly recognized its versatility and depth. Since then, I have been captivated by mass spectrometry and its potential to tackle a wide range of analytical challenges.
What makes your current position exciting and unique?
My current role at Agilent is particularly exciting because I collaborate with a strong, highly team-oriented group that continuously innovates and pushes the boundaries of LC/MS technology. I am motivated by the chance to help develop next-generation solutions that directly influence a wide array of analytical applications. The blend of advanced engineering, close engagement with end users, and a culture that promotes creative problem-solving makes this position both unique and highly inspiring.
What advice do you give to young scientists beginning their careers in Analytical Chemistry?
My advice to young scientists entering analytical chemistry is to establish a solid understanding of the fundamentals while remaining curious about new technologies. Take every opportunity to gain hands-on experience with instrumentation and learn not just why the tool functions but also how it works. Find mentors and collaborate early, because analytical chemistry thrives at the intersection of different fields. Lastly, stay adaptable; this field changes quickly, and lifelong learning is one of the most valuable skills you can develop. For example, when I started at Agilent, we could detect picomole levels; now we detect zeptomole levels!
What are your interests outside of science?
Outside of science, I enjoy spending as much time as possible with my family, especially watching my son play baseball. Being present at his games is something I truly value and look forward to. I also have a lifelong passion for cars, which has never faded and likely never will. These interests help keep me grounded and bring balance to my professional life.
What do you envision for the field of Analytical Chemistry in the future?
I envision a future for analytical chemistry where instruments become increasingly autonomous, capable of self‑monitoring, self‑optimizing, and reducing user intervention. Artificial intelligence and machine learning will be deeply integrated into analytical systems to enable smarter method development, real‑time decision making, and quicker interpretation of complex data. At the same time, instruments will become smaller, more energy‑efficient, and more sustainable, expanding access while lowering environmental impact. These advances will allow analytical chemists to focus more on scientific insights and less on operational complexity.
