Michigan Technological University Executive and Leadership Team

Carlos Rodriguez, the Administration Chief Financial Officer & Vice President at Michigan Technological University, manages the fiscal health and administrative operations of the public research institution. Overseeing budget allocation for mechanical engineering laboratories and environmental research initiatives, the Administration Chief Financial Officer & Vice President ensures long-term financial sustainability. This leadership role involves coordinating with the Board to align capital expenditures with the strategic goals of the university. By streamlining administrative processes, Carlos Rodriguez improves resource distribution across various academic departments. The Administration Chief Financial Officer & Vice President monitors revenue streams from technology transfer agreements to fund future innovation. Through rigorous financial oversight, Rodriguez maintains the fiscal integrity required to support large-scale robotics research. This commitment to economic stability allows the institution to expand research capabilities while providing high-quality education to students pursuing careers in engineering and environmental sciences.

Carly Benson, the Undergraduate Recruiter And Outreach Chief Operating Officer at Michigan Technological University, directs recruitment strategies and community engagement initiatives. Overseeing the expansion of outreach programs, the Undergraduate Recruiter And Outreach Chief Operating Officer connects prospective students with the university's specialized programs in robotics and environmental engineering. This leadership role involves developing partnerships with secondary schools to increase enrollment in STEM disciplines. By optimizing the admissions funnel, Carly Benson drives growth in the undergraduate population. The Undergraduate Recruiter And Outreach Chief Operating Officer manages regional marketing campaigns to elevate the institutional profile across North America. Through data-driven outreach efforts, Benson ensures a diverse and talented student body enters the university. This focus on operational excellence in recruitment supports the broader mission of preparing the next generation of engineers to address global challenges through advanced research and practical application of technology.

Robert Arden, the President at Michigan Technological University, defines the strategic vision and academic direction of the public research institution. Overseeing the university's commitment to mechanical engineering and climate change research, the President ensures alignment between academic programs and industry needs. This leadership role involves representing the institution to stakeholders and securing funding for major research initiatives. By fostering a culture of innovation, Robert Arden drives the development of new technology transfer opportunities. The President coordinates with the Board and executive leadership to maintain the university's reputation for excellence in robotics and environmental engineering. Through active engagement with the academic community, Arden promotes interdisciplinary collaboration across all departments. This focus on institutional growth and research impact positions the university as a premier destination for students and faculty dedicated to solving the most pressing technological and environmental challenges facing the modern world.

Bruce Barna, the Chapter President at Michigan Technological University, represents faculty interests and advocates for academic standards within the institution. Overseeing the professional development and working conditions of the teaching staff, the Chapter President ensures that faculty needs remain central to university governance. This leadership role involves facilitating communication between the academic body and the administration regarding research support and educational resources. By championing faculty-led initiatives in mechanical engineering and environmental studies, Bruce Barna strengthens the university's academic foundation. The Chapter President monitors policy changes to protect the integrity of research and teaching environments. Through collaborative dialogue, Barna supports the university's mission of fostering a high-quality learning experience for all students. This focus on faculty advocacy ensures that the institution maintains a robust intellectual community capable of driving significant advancements in robotics and climate change research.

Michael Vigrass, the President at Michigan Technological University, manages the overarching institutional strategy and external partnerships. Overseeing the university's expansion into new research markets, the President ensures that the institution remains a leader in mechanical engineering and robotics. This leadership role involves cultivating relationships with industry partners to facilitate technology transfer and commercialization of research findings. By prioritizing investment in environmental engineering, Michael Vigrass drives the university's contribution to global climate change solutions. The President coordinates with regional stakeholders to enhance the university's impact on the local and national economy. Through strategic planning, Vigrass aligns the institution's resources with the evolving demands of the global technology sector. This focus on growth and innovation ensures that the university continues to attract top-tier talent and funding, reinforcing its status as a premier public research institution dedicated to scientific advancement and academic excellence.

Evelyn Johnson, the President at Michigan Technological University, directs the long-term academic and research goals of the institution. Overseeing the integration of robotics and environmental engineering into the core curriculum, the President ensures that students receive a cutting-edge education. This leadership role involves managing the university's research portfolio to maximize impact in climate change studies and mechanical engineering. By fostering partnerships with global research organizations, Evelyn Johnson expands the university's reach and influence. The President monitors institutional performance metrics to ensure continuous improvement in academic outcomes. Through visionary leadership, Johnson guides the university toward achieving its mission of solving complex technological problems through rigorous research. This focus on academic quality and research productivity supports the institution's goal of preparing graduates to lead in a rapidly changing world, ensuring that the university remains a cornerstone of innovation and scientific discovery.

Joshua Olson, the Chief Information Officer at Michigan Technological University, directs the digital infrastructure supporting advanced research in mechanical engineering and environmental science. Overseeing campus-wide network security and data management systems, the Chief Information Officer ensures seamless connectivity for faculty and students engaged in complex robotics projects. This leadership role involves modernizing legacy systems to support high-performance computing requirements across the institution. By implementing robust cybersecurity protocols, Joshua Olson protects sensitive climate change research data from external threats. The Chief Information Officer collaborates with academic departments to integrate emerging technologies into the classroom environment. Through strategic investment in cloud-based solutions, Olson optimizes operational efficiency across the Houghton campus. This focus on digital transformation enables the university to maintain a competitive edge in technological education while supporting the broader mission of academic excellence and innovation in the engineering sector.

Jarrod Karau, the Deputy Chief Technology Officer at Michigan Technological University, architects scalable technical solutions for the institution's research and academic divisions. Overseeing the implementation of specialized software for mechanical engineering simulations, the Deputy Chief Technology Officer ensures high-performance computing availability for faculty researchers. This leadership role involves managing technical teams focused on robotics integration and environmental data analysis. By evaluating emerging hardware, Jarrod Karau maintains the university's position at the forefront of technological innovation. The Deputy Chief Technology Officer collaborates with the IT department to secure research infrastructure against evolving digital risks. Through the deployment of advanced laboratory tools, Karau supports the university's commitment to cutting-edge scientific discovery. This focus on technical infrastructure enables researchers to push the boundaries of environmental engineering and climate change studies, ensuring the institution remains a leader in the application of technology to solve complex global problems.