The engineering department has a long-standing commitment to sustainable technology. We see creation care as part of our job. Issues of earthkeeping are dealt with in classes every semester.

Professors are actively engaged in research that considers sustainability from a wide variety of aspects. A student engineering club (Renewable Energy Organization) works to educate the campus and community with a technology perspective on energy issues.

Renewable Energy Organization

The Renewable Energy Organization is student organization which concentrates on renewable energy for Calvin’s campus.

Solar panels

Solar panelsCalvin currently has two solar panels on campus. One is at the Bunker Interpretive Center. This project was done by a 2003–04 Senior Design team. This team received a grant from the state of Michigan for their work on the solar panel. For more information on this source of energy, visit solar.calvin.edu or Senior Design Team 5 (03–04).

In the 2002–03 school year, the “Just Add Sunlight” Senior Design team worked on placing a solar panel on the roof of Calvin’s Science Building. This team also received a grant from the state of Michigan for their work.

Faculty research & professional experience

Here at Calvin, our faculty are very involved in sustainability research. This includes alternative energy sources, energy conservation, recycling, water, air quality and more.

Matthew Heun
  • Renewable Energy Systems
  • Low cost refrigeration systems for developing countries
  • Balloon and lighter-than-air vehicle system design and optimization
  • Biological analogs for robotic group behavior
  • Passive trajectory control for stratospheric balloon systems
  • Thermal systems optimization
  • Survivable systems for planetary exploration
  • CEAP
Aubrey Sykes
  • Materials recycling systems: technology, political, economic and social challenges
  • Environmental ecology
  • Environmental processes
    • Water production and treatment
    • Air pollution and remediation
    • Hazard waste management and treatment
  • Sustainable and renewable energy options
    • Energy efficiency; combined cycles, “trash” fuels
    • Energy conversion processes
    • Unique energy resources: solar, wind, hydro power including waves/tides
    • Carbon dioxide recovery and conversion
    • Bio-mass energy processes
  • Advanced materials; nano-scale, esp. optic and electronic
  • Management of technology and innovation
    • Technology strategy and policy
    • Innovation estate management (patents, trade secrets)
    • Competitive positioning; core competencies, strategic thrusts
Jennifer VanAntwerp
  • Biofuels from non-agricultural lands and crops
  • Biotechnology, particularly protein engineering
David Wunder
  • Drinking water quality and treatment with student research assistants
  • Wastewater treatment
  • Anaerobic digestion of solids/residuals
  • Hydraulic/hydrologic system modeling and optimization
Wayne Wentzheimer
  • Biofuels from non-agricultural lands and crops