Prof. C. Michael McGuirk
Prof. C. Michael McGuirk (PI)
Mike was born in Toronto, Canada. At the age of 10 his family moved to Appleton, Wisconsin, where he lived through high school. Mike then attended the University of Minnesota, where he majored in chemistry and minored in biochemistry, graduating summa cum laude with high honors. While at the "U", Mike spent time in the labs of Prof. Bill Tolman (chem) and Prof. Lincoln Potter (biochem). After graduating, Mike spent one year working as an intern at Ecolab Inc. in Eagan, MN. Mike then left Minnesota to pursue his Ph.D. in chemistry under Prof. Chad Mirkin at Northwestern University, where he focused on the design and synthesis of stimuli-responsive coordination complexes for regulated catalysis. After his time at NU, Mike joined Prof. Jeffrey Long’s group at UC-Berkeley as a Philomathia post-doctoral fellow. In the Long Group, Mike's work was focused on the design, discovery and characterization of non-classic gas adsorption in metal–organic frameworks.
Follow Mike on Twitter: https://twitter.com/CMikeMcGuirk
Dr. Brian Eckstein (Post-Doc)
Brian is a native of the Bay Area of California but has spent his formative years in the Midwest following his family’s move to Champaign, IL in 1998. After high school, Brian stuck around town and received a BA in economics at the University of Illinois at Urbana-Champaign (UIUC). However, Brian’s father, a Physics professor at UIUC, always encouraged him to take courses in the physical sciences, and time spent in the lab of Prof. Jeffrey S. Moore ignited Brian’s passion for organic materials chemistry. After spending a year covering the requisite courses for postgraduate study, Brian went on to pursue a PhD in chemistry at Northwestern University. Under the guidance of Prof. Tobin J. Marks, Brian’s research focused on development of π-conjugated building blocks and investigation of structure-property relationships in polymeric semiconductors.
Rachel Lively (Undergrad)
Rachel was born and raised in Grand Junction, Colorado. Her passion for math and science throughout her primary education paved the way to Colorado School of Mines, which she began attending in the fall of 2018. At Mines, she is a member of Alpha Phi, the Peer Educator program, and Society of Women Engineers (SWE). She will pursue a degree in chemistry or chemical engineering, with a minor in humanitarian engineering. After graduating, Rachel hopes to focus on renewable energy and sustainability.
Michael Melville (Undergrad)
Michael is a California native and a 2019 transfer student to Mines. Michael has an AA degree in interdisciplinary studies in Math and Science and also holds an AS degree in Chemistry from Sacramento City College. Inspired by the rigor of his chemistry courses in community college, Michael has chosen the major of Biochemistry and wishes to focus his studies on organic synthesis. In choosing this focus, Michael seeks to understand the biological world at the molecular level. After finishing his undergraduate studies, Michael wishes to enter a graduate program in this field to further his understanding and start his career in research.
This Could be You!
...but with safety goggles on.
The lab is looking for graduate students in the chemistry, materials science, and advanced energy systems programs.
We are also looking for ambitious undergraduate students interested in starting their research career. No previous experience is expected.
Prospective graduate students interesting in pursing a doctorate at Mines can contact Mike to learn more about the university, the programs, and our lab.
Contact Mike at or stop by the office at 160 Coolbaugh Hall.
Tara Buzinski (Undergrad)
Tara grew up in Phoenix, Arizona. She traded saguaros for snow when she moved to Colorado to pursue a degree in chemical engineering at the Colorado School of Mines. Outside of classes, she is an art editor of the High Grade art magazine on campus and volunteers at the Foothills Animal Shelter in Golden. After graduation, she hopes to pursue a career in the biological sciences, specifically in the pharmaceutical or biomaterial fields.