Suggestions
Christopher Crock
ASEE Postdoctoral Research Diversity Fellow at Terapore Technologies, Inc.
Professional Background
Christopher Crock is a dynamic and accomplished membrane science researcher who embodies the intersection of scientific expertise and entrepreneurial drive. With a robust and extensive career, Christopher has developed a distinctive skill set in membrane characterization and fabrication, achieved through five years of rigorous academic research at Michigan State University (MSU). Currently, he serves as a postdoctoral fellow under the auspices of the American Society for Engineering Education (ASEE) at TeraPore Technologies, Inc., where he is pioneering research in self-assembled block terpolymer membranes. His comprehensive understanding of membrane technologies positions him as a valuable contributor to advancements in environmental engineering and sustainable solutions.
In addition to his scholarly work, Christopher has honed his skills in lab management, grant proposal writing, scientific writing, LabView programming, and project leadership. His ability to connect complex scientific concepts to practical applications underscores his commitment to enhancing societal benefits through environmental engineering innovations.
Education and Achievements
Christopher’s academic journey is marked by notable achievements in higher education. He holds a Doctor of Philosophy (Ph.D.) in Environmental Engineering from Michigan State University, where he accomplished his dissertation research with distinction. His passion for environmental sustainability is reflected in his research work focusing on nanomaterials for drinking water treatment membranes and chemical removal, an essential area of study given today's pressing water quality challenges.
Before earning his Ph.D., Christopher completed his Master of Science (M.S.) in Environmental Engineering at MSU. His master's research was recognized with multiple awards, including the Outstanding Environmental Engineering MS student award and travel fellowships from both the MSU Graduate School and the MSU College of Engineering. These accolades reflect his academic excellence and contributions to the field during his tenure in graduate studies.
Christopher began his formal education in engineering at Calvin College, where he earned a Bachelor of Science (B.S.) in Civil and Environmental Engineering. His undergraduate experience not only equipped him with essential technical knowledge but also helped cultivate his interdisciplinary perspective that connects science, policy, and commerce, fostering a well-rounded mindset essential for future innovators in engineering.
Notable Achievements
Throughout his stellar academic and professional journey, Christopher has received various scholarships, fellowships, and awards recognizing his dedication and contributions to environmental engineering. Some noteworthy recognitions include:
- Postdoctoral Research Diversity Fellowship, awarded by the American Society for Engineering Education, Spring 2016, recognizing his commitment to diversity and inclusion within the field.
- Dissertation Completion Fellowship from MSU, Fall 2015, showcasing his strong research contributions and potential in the academic community.
- Walfred & Grady Nordberg Fellowship/Scholarship, Spring 2015, awarded for his exceptional academic performance and research capabilities.
- Engineering Distinguished Fellowship (2012-2013), emblematic of his outstanding work in the engineering domain during his Ph.D. studies.
- Outstanding Environmental Engineering MS Student Award, 2012, awarded for his impressive contributions while pursuing his Master's degree.
- International Engineering Designation, recognizing his solid foundations in engineering principles during his undergraduate studies, further enhanced by certifications as a fundamental engineer.
Christopher’s experience extends beyond academic accolades; he has engaged with global institutions through his previous roles as a Visiting Researcher at Istanbul Technical University, where he expanded his international perspective and collaborative skills in research. His commitment to practical engineering applications was also demonstrated during his internships at Matthäi Gruppe and the Ohio Department of Transportation, allowing him to apply his academic knowledge to real-world challenges.
Beyond the classroom and laboratory, Christopher's involvement in study abroad programs, such as his enriching experience at the University of Bremen, has deepened his global outlook on engineering and environmental solutions. This exposure to diverse cultures and methodologies further enhances his capability to lead impactful projects in the field.
Conclusion
Christopher Crock stands as an exemplary figure in the realm of membrane science and environmental engineering. His clinical skills in research, coupled with his business acumen, equip him with a unique perspective that is critical for addressing contemporary and future challenges in water treatment and sustainable engineering practices. With a rich educational background and a host of prestigious awards and fellowships, Christopher is well-prepared to lead innovative research and entrepreneurial initiatives that will significantly impact society. As he continues to pursue his passion for science, policy, and commerce, Christopher Crock remains a vital force in the advancement of environmental engineering, leveraging his educational pedigree and professional experiences to build a better future through technology and research.