Private Network Check Readiness - TeckNexus Solutions

5G Advances in Bradley University’s Education with T-Mobile

"5G Advances in Bradley University's Education" encapsulates a educational initiative as Bradley University partners with T-Mobile to introduce 5G Advanced Network Solutions. This step aims to enhance digital equity, boost student outcomes, increase operational efficiency, and foster innovative, connected learning experiences, thus preparing students for a digital-forward future.
5G Advances in Bradley University Education with T-Mobile
Image Credit: T-Mobile

Bradley University, located in Peoria, Illinois, is set to pioneer a transformative education experience by being the first university in the U.S. to implement T-Mobile’s 5G Advanced Network Solutions (ANS). The university’s partnership with T-Mobile is aimed at improving digital equity for its students, bolstering student success outcomes, increasing operational efficiencies, and enriching innovative learning experiences throughout the campus.


The significance of this partnership lies in equipping students with access to connectivity technologies, a crucial aspect of preparing contemporary learners for the workforce and ensuring equitable opportunities. The target audience for this technological advancement includes educational institutions striving to bridge the digital divide and provide advanced connected experiences for students.

In a bid to offer students, faculty, and staff an immersive 5G experience, Bradley University has signed an agreement with T-Mobile, which will see the university utilize T-Mobile’s 5G Hybrid Mobile Network. This partnership aligns perfectly with the university’s mission to provide innovative learning experiences for students and improve operational efficiencies under its Digitally Connected Campus initiative. In addition, iPad devices (10th generation) with 5G connectivity will be provided to students, faculty, and certain student-facing staff.

Recognizing the issue of unreliable connectivity faced by over half of the college students nationwide, the university plans to distribute iPads, equipped with a keyboard case and an unlimited data plan inclusive of 5G connectivity during the fall 2023 semester. This initiative allows even virtual or off-campus students to benefit from the advanced features of the iPad and access lectures, materials, and app-based learning opportunities from virtually anywhere on the nation’s largest 5G network.

Christopher Jones, PhD, Vice President for Strategy and Innovation at Bradley University, highlighted the significance of this partnership by saying, “Partnering with T-Mobile enables us to provide our students with the ability to learn in the same mobile-first environment that is increasingly prevalent in the professional world. Introducing 5G to our students and campus allows us to advance a digitally equitable learning environment and a holistically connected campus.”

The university’s president, Steve Standifird, expressed excitement over the transformative partnership with T-Mobile, stating that it brings cutting-edge technology to Bradley University, revolutionizing the way students learn, collaborate, and thrive in the digital age.

The implementation of the 5G Hybrid Network on campus facilitates more immersive classroom experiences. With its fast speeds, low latency, and reliable connectivity, 5G technology can enhance learning experiences such as virtualizing complex machinery for instructional purposes, training medical students on telehealth technologies, employing AI-powered note-taking and other digital learning tools, and adopting powerful video game development software for the university’s acclaimed game design program.

Beyond enhancing educational experiences, the 5G Hybrid Network could also improve operational efficiencies on-campus. For instance, Bradley University could leverage sensor-based data analysis to receive automated updates on various issues, including water quality, leak detection, or refrigeration malfunctions, allowing them to address any issues proactively.

Callie Field, President, T-Mobile Business Group, applauded Bradley University’s innovative approach, mentioning that Bradley University had already identified over 20 unique use cases that could enhance students’ learning experiences and the university’s operations in the future.

As part of Bradley’s Digitally Connected Campus initiative, the iPad rollout will begin during the 2023-2024 academic year, starting with full-time Bradley faculty and “discovery cohorts” of students representing roughly 25% of the student body. The full launch, slated for Fall 2024, will include students, full-time faculty, and many student-facing staff members.


Recent Content

Vodafone Spain is deploying a private 5G network at the Muga Potash Mine in collaboration with Geoalcali. This initiative enhances safety, automation, and operational efficiency in underground mining by enabling real-time data access, remote-controlled machinery, and IoT-powered monitoring. With low-latency connectivity and AI-driven automation, the project sets a new benchmark for smart mining in Spain.
Celona and stc Group have announced a strategic partnership to expand private 5G adoption in Saudi Arabia, Kuwait, and Bahrain. This initiative enhances business efficiency through secure, scalable, and high-performance wireless connectivity. Designed for industries like oil and gas, logistics, manufacturing, and mining, the solution addresses key challenges of traditional networks, reducing operational costs and driving digital transformation.
LCRA and Ericsson are set to transform Texas’ utility sector with a private LTE network spanning 68 counties. This initiative strengthens cybersecurity, improves real-time communications, and enhances grid reliability. By leveraging Ericsson’s 5G-ready technology, LCRA ensures a future-proof infrastructure for mission-critical operations, benefiting electric cooperatives, municipalities, and other essential services.
Recent advancements in artificial intelligence training methodologies are challenging traditional assumptions about computational requirements and efficiency. Researchers have discovered an “Occam’s Razor” characteristic in neural network training, where models favor simpler solutions over complex ones, leading to superior generalization capabilities. This trend towards efficient training is expected to democratize AI development, reduce environmental impact, and lead to market restructuring, with a shift from hardware to software focus. The emergence of efficient training patterns and distributed training approaches is likely to have significant implications for companies like NVIDIA, which could face valuation adjustments despite strong fundamentals.
Rule-based AI agents operate on predefined rules, ensuring predictable and transparent decision-making, while LLM-based AI agents leverage deep learning for flexible, context-aware responses. This article compares their key features, advantages, and use cases to help you choose the best AI solution for your needs.
Vodafone has completed the world’s first satellite-based video call using a standard 4G or 5G smartphone—no special hardware required. This milestone, achieved with AST SpaceMobile, demonstrates the power of direct-to-smartphone satellite connectivity. By 2026, Vodafone plans to roll out this service commercially across Europe, bridging mobile coverage gaps in rural and remote regions. Learn how this technology is set to redefine mobile broadband and global communication.

Currently, no free downloads are available for related categories. Search similar content to download:

  • Reset

It seems we can't find what you're looking for.

Download Magazine

With Subscription

Subscribe To Our Newsletter

Private Network Awards 2025 - TeckNexus
Scroll to Top

Private Network Awards

Recognizing excellence in 5G, LTE, CBRS, and connected industries. Nominate your project and gain industry-wide recognition.
Early Bird Deadline: Sept 5, 2025 | Final Deadline: Sept 30, 2025