Technology Design, Integration & Support for Collegiate Athletics

Helping athletic departments, conference offices, and university video teams design, integrate, and support the broadcast, recruiting, and content workflows behind modern collegiate sports.

What We Do

Broadcast, Media Workflow & Technology Solutions

Collegiate athletics media operates in the gap between professional sports and academic IT. The expectations are professional — game-day broadcast, recruiting video, social content, donor relations — but the resources sit inside the university budget, the network sits inside the campus IT stack, and the team sits across staff, students, and volunteers. The athletic programs winning the media race are the ones whose underlying systems are built for those constraints, not in spite of them.
CHESA helps collegiate athletic programs design, integrate, and support the broadcast, recruiting, and content systems that modern collegiate sports requires.

Videoboard & In-Venue Broadcast Production

Design and integrate dependable production environments for videoboard shows, in-venue presentation, and conference broadcast feeds.

Recruiting & Player Personnel Video Workflows

Build workflows that move recruiting media from capture through coach review to compliance archive at the speed recruiting demands.

Multi-Sport Content Operations

Coordinate content workflows across football, basketball, Olympic sports, and recruiting — with shared infrastructure and sport-specific permissioning.

Discovery & Design Before the Build

Document current systems, map workflows across departments, identify the gaps, and create a phased roadmap that fits the academic-fiscal calendar.

Systems Integration Between Athletics & University IT

Connect athletic department production and storage with university IT infrastructure, identity, and compliance frameworks.

Service Level Agreements with Game-Day Response

Keep mission-critical athletic media systems running with proactive maintenance and game-day-aware response, including staff turnover transitions.

What CHESA Makes Possible for Collegiate Athletics

Tangible outcomes our collegiate athletic customers achieve once their media systems are designed, integrated, and supported the right way.
Deliver game-day production reliably

Run videoboard, in-venue, and broadcast feeds that hold up under the conditions of live collegiate sports.

Move faster on recruiting media

Turn around recruiting video at the pace the recruiting calendar actually runs, with compliance documentation built in.

Coordinate workflows across sports

Share infrastructure across football, basketball, and Olympic sports without forcing every sport into one rigid workflow.

Bridge athletics and university IT

Operate inside the campus IT stack without forcing the athletic department to fight the university for every change.

Stretch the athletic media budget further

Use shared infrastructure and phased investment to do more with the budget you actually have.

Built for the Demands of Modern Collegiate Athletic Media

Collegiate athletic media teams are responsible for more than game-day broadcast. They are managing recruiting workflows, social and digital content, videoboard production, conference deliverables, donor and brand content, season archive, and staff turnover — often across a mix of full-time staff, student workers, and volunteers, inside the budget and IT realities of a university.

CHESA helps collegiate athletic programs create systems that are:

Game-Day Reliable

Designed for the daily reality of live sports broadcast where failure shows up on the videoboard.

Multi-Sport Capable

Built to support football, basketball, and Olympic sports through shared infrastructure and sport-specific workflows.

Budget-Aware

Engineered for phased deployment that fits inside academic-fiscal capital plans and athletic department budgets.

University-Compatible

Connected to university IT, identity, and compliance frameworks without forcing one team to become the other.

Volunteer & Student-Friendly

Structured around the work athletic media teams actually do — including the staff, students, and volunteers who run game day.

Design a Media Workflow That Supports Your Mission

CHESA works collaboratively with collegiate athletic programs to understand how your team operates today, where current systems are creating friction, and what your media operations require going forward.

Whether you are starting with a discovery engagement, planning a videoboard upgrade, modernizing recruiting workflows, building a multi-sport MAM, or establishing an ongoing support strategy, CHESA can help you move forward with clarity.

Services

Common Challenges
We Help Collegiate Athletic Programs Solve

“Our videoboard production runs on the same network as student housing.”

CHESA can design network segmentation that gives athletic media the bandwidth and reliability it needs without rebuilding the campus network.

“We can’t retain broadcast engineers at university pay scales.”

CHESA’s SLA and managed services structure supplements your internal team so you don’t need to compete with broadcasters on engineer salaries.

“Recruiting video moves too slow to compete.”

CHESA can redesign recruiting workflows to compress capture-to-coach-review time, with compliance documentation built into the workflow.

“We inherited an Avid system nobody knows how to evolve.”

CHESA can assess your editorial stack, plan a transition or modernization path, and execute it without losing the historical archive.

“Our IT team wants standards. Our coaches want creative freedom.”

CHESA designs workflows that give university IT the control it needs while leaving creative teams the tooling flexibility they require.

“Game day failures end up in front of the athletic director.”

CHESA can assess your game-day infrastructure for single points of failure and design redundancy and monitoring built for the visibility collegiate athletics gets.

Take the First Step – Let’s Talk!

Fill out the form and a CHESA specialist will follow up to learn more about your goals, challenges, and current technology environment.

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