Biology
By emphasizing scientific inquiry and problem-solving, Gonzaga's Biology Department aims to develop skills and knowledge for entering a wide range of careers.
A Leader in Materials Research, Education and Innovation
Gonzaga University’s Center for Materials Research (CMR) serves as an Inland Northwest hub for advanced materials characterization, interdisciplinary innovation, and STEM workforce development.
Located in the Bollier Family Center for Integrated Science and Engineering, the CMR aims to foster partnerships that address emerging challenges in advanced materials and manufacturing, as well as drive the development and deployment of advanced, materials-inspired technologies.
Open to interdisciplinary partnerships across academia and industry
Students can gain practical experience with state-of-the-art instrumentation and technologies
Instrumentation and Techniques for mechanical, chemical and thermal characterization of materials
Faculty and staff from many STEM disciplines plan to use Gonzaga's new facility.
Built on research excellence, extramural partnership, and transformative education
A combination of federal appropriations, grants, and longtime benefactors make the CMR possible.
By emphasizing scientific inquiry and problem-solving, Gonzaga's Biology Department aims to develop skills and knowledge for entering a wide range of careers.
integrating engineering mechanics, biology, biochemistry, electrical & computer engineering, computer science and human physiology.
Gonzaga’s Department of Chemistry and Biochemistry provides a hand-on approach to science while also offering a well-rounded Jesuit education.
You will develop engineering skills to optimize the use of energy, natural resources and processes to create sustainable designs with minimal impact on our environment.
Gonzaga's Environmental Studies & Sciences Programs connect science with study of the historical, social, ethical, legal and political issues that affect our natural world
Mechanical Engineering, a branch encompassing the study of forces, motion, energy, materials, manufacturing, and design used in creation of devices and systems.
