With the approach of its sesquicentennial in 2024, SUNY Maritime College was experiencing and anticipating rapid changes in technology, the environment, the regulatory picture, and increased globalization. To meet these challenges, one of the key elements in Maritime’s strategic plan “Charting a New Course” was strengthening the college’s technology capabilities. And none was more critical than the residential housing network (ResNet). In today’s universities, learning takes place as much in the residence hall as it does in the lecture hall or classroom. Higher education has become a digital, data-driven experience that students expect to access from anywhere and at any time. SUNY Maritime understands that offering its students an exceptional residential network experience achieves two key objectives: attracting more students and keeping current students happy. With its managed technology services partner Apogee, SUNY Maritime has achieved these goals. Part of the State University of New York – the largest comprehensive…

At Centenary College of Louisiana, a small liberal arts college in Shreveport, LA, providing wireless connectivity to the student body is one of its topmost priorities. And it has been that way for years. Early on, Centenary made a strategic decision to outsource and partnered with Apogee to build a solid foundation to support bandwidth needs well into the future. Apogee was selected for its technical expertise, cost savings and availability of a dedicated team to ensure eòcient installation, support and expansion. Now, nearly 10 years later, this partnership continues to thrive, fostering a positive student experience, boosting productivity and enhancing the bottom line. “The student residents of Centenary College of Louisiana are a truly connected, intelligent and technologically savvy cohort. We are proud to be able to provide the most advanced wireless technologies and support, giving them the optimum IT environment and educational experiences that they deserve.” – Scott…

“The student comes first,” is the mantra at James Madison University (JMU), a large public university in Harrisonburg, Virginia. So, when the school’s 20,000 mostly undergraduate students started demanding comprehensive wireless access, JMU listened. With time a critical factor, JMU made the strategic decision to outsource and partnered with Apogee to deliver a complete re-implementation of the campus residential network. The result: JMU saved significant equipment costs, reduced staffing costs, attained excellent connectivity (despite major density challenges) and installed the network quickly and efficiently. Best of all, student complaints about connectivity have become almost non-existent. GOALS JMU was an early adopter of wired internet years ago. But in recent years, the school faced increasing pressure from students and parents to upgrade wireless technology to provide seamless and robust access. This situation worsened with the rise of smartphones. In addition, parents complained that their students were using up their cellular data…

After experiencing extraordinary growth in enrollment and addition of several large-scale residential communities, San Francisco State University‘s technology and support needs increased rapidly. School officials developed an ambitious plan for network expansion with goals of having an infrastructure flexible and dependable enough to exceed campus technology demands and changes for the next 15 years. Administrators understood that modern technology in the residence halls is one of its primary strategic initiatives and critical for filling beds and paying its new liabilities. With tight capital budgets and limited staff resources, SFSU determined that its best strategy was to partner with a specialized and experienced network provider. Solution The initial implementation consisted of deploying an Apogee-Powered ResNet – a scalable, fully integrated voice/video/data network with complete on-site maintenance and around-the-clock support. As part of Apogee’s commitment to help SFSU stay ahead of the technology curve, Apogee recently executed a campus-wide upgrade providing a…

At Ithaca College, a mid-size liberal arts college in Ithaca, New York, you’ll find a world-class Wi-Fi network used by students, teachers and guests for everything, everywhere. But it wasn’t always like this. More than 14+ years ago, Ithaca made a strategic decision to outsource and partnered with Apogee to pave a progressive path for technology. Apogee was selected for its standout experience in the academic market and knowledge of piracy laws. In just over four months, Apogee and Ithaca achieved the goals they had set out to accomplish. This partnership continues to thrive today and has positively impacted student satisfaction, productivity and the bottom line. “IT and facilities planning are now inextricably linked. Sometimes a specialist provider in these domains should be brought in when they bring true value, in addition to positively impacting productivity and the bottom line. I want a partner that works alongside Ithaca to bring…

The State University College at Buffalo’s existing infrastructure could not keep pace with the rising number of residents and devices. Understanding that providing a reliable way to access online resources was key to the school’s competitiveness, Buffalo State’s administrators partnered with Apogee to deliver a new and comprehensive student network. Learn how they found value in outsourcing and experienced a speedy installation, resulting in greater student satisfaction. Problem With more than a 130 percent increase in residence hall occupancies over two decades and almost 3,000 students flooding its networks with a slew of devices each year, it was clear that student needs had outpaced residential network capacity at the State University College at Buffalo (also known as Buffalo State College or SUNY Buffalo State). In recent years, the number one student complaint was slow internet speeds and minimal wireless connectivity in the residential halls (ACUHO-I’s 2013 educational benchmark survey). Only two…