• ONU’s fleet of hybrid and electric campus vehicles reduces the University’s dependence on fossil fuels. Additionally, the University recently purchased its first electric, zero-turn lawn mower and has plans to convert all campus grounds equipment–from utility vehicles to lawn mowers to leaf flowers– from gasoline/diesel to electric.
• ONU converted all exterior lighting as well as the interior lighting in several major buildings from halogen and incandescent to energy efficient LED lighting. In total, 10,162 lighting fixtures were retrofitted.
• Working with PlugSmart, an Ameresco company, ONU installed an automation and control system in approximately 90 percent of campus buildings in order to remotely control and monitor energy utilization in each building. The system alerts ONU to energy spikes caused by equipment failure, and allows staff to remotely adjust HVAC and heating levels to reduce energy usage during academic breaks.
• The Lehr Kennedy Engineering Building is a Silver LEED (Leadership in Energy and Environmental Design) certified building.
The grassy area surrounding the retention basin on the south side of campus between the president’s home and Stadium View Apartments is home to a colony of bees. This prairie area features natural vegetation (i.e., 100 small flowering trees, shrubs and wildflowers) that provides a perfect habitat for 10 beehives. Seeding this former grassy space eliminates the need for mowing, thereby reducing the University’s use of gasoline and polluting lawn mowers.
The past few years have seen the reduction of “landfill” dumpsters and an increase of recyclable dumpsters on campus. In fact, the University’s landfill waste has been cut in half. Although these efforts have not led to any cost savings, they have reduced the number of trash hauls and we’re doing something that we know is good. In conjunction with Allied Waste Haulers, Ohio Northern is funding a recycling program at Ada Schools. A recycling dumpster has been placed on the Ada Schools campus.
The Ohio Northern advanced energy concentration is open to electrical, mechanical and computer engineering students. The concentration builds on a foundation of strong fundamentals coupled with current energy topics and issues.
The advanced energy concentration curriculum consists of core discipline specific courses and energy-relevant required and electives courses. Energy-relevant courses are both within the chosen discipline and from the other engineering disciplines. This cross-discipline, energy-focused approach prepares students for the integrated concepts prevalent within advanced energy technologies.
The environmental and field biology major connects key concepts from many disciplines in an environmental context, providing a framework for the study of ecosystems and human interaction with the Earth. Environmental challenges face every business, agency and institution – from the decision of whether to recycle junk mail at the smallest two-person office, to the decision of how to cost-effectively comply with complex environmental regulations in big industry. Part of the idea of majoring in environmental studies is to be better prepared for a wide array of challenges.
Students who studied in this area are pursuing careers with industrial firms, consulting firms and governmental agencies. Students liked the idea of an interdisciplinary program that drew concepts from several different fields. Environmental issues are found in all kinds of fields, from geology and biology to public policy and law.
The Ohio Northern environmental engineering concentration is open to civil engineering students. The concentration builds on a foundation of strong fundamentals coupled with current environmental topics and issues.
As an environmental engineer, your focus on protecting our earth drives you to design systems that meet society’s needs today without compromising tomorrow. Equipped with hands-on experience, technical expertise, and a drive to improve sustainability, you can pursue roles in consulting firms, government agencies, and private industry — designing systems that protect our planet and enhance our communities.
The Ohio Northern sustainable engineering concentration is open to mechanical engineering students. The concentration builds on a foundation of strong fundamentals coupled with current sustainability topics and issues.
A concentration in sustainable engineering ensures students develop the technical foundation to design efficient, reliable systems and products with people and the planet in mind. This balanced approach helps students discover solutions that reduce environmental impact, improve energy use, and advance sustainable innovation.