Did you know acoustics influence how effectively technology and people interact, especially in healthcare environments?
Even the best-designed AV and communications systems can underperform when acoustics are overlooked. Excessive noise, reverberation, or poor sound isolation can:
📉 Undermine AV system performance
🔊 Reduce speech clarity in critical spaces
🏥 Lower occupant comfort and focus
🧑⚕️Create privacy concerns for patients and staff
At Convergent Technologies Design Group, acoustical design is tightly integrated with AV, telecom, security, and healthcare low‑voltage systems to ensure spaces function as intended from patient rooms to clinical support areas. A recent project that Convergent has done that demonstrates why good acoustics is important is the Catholic University of America Conway School of Nursing.
Acoustics don’t operate in isolation. When thoughtfully designed, they elevate every system around them.
In high‑stakes environments, hearing clearly is just as important as seeing clearly.
Originally constructed in 1907 as St. Joseph’s School of Industry, designed by Francis E. Tormey, Sr., and later known to generations as Seton High School, this historic building has long been a place of learning, community, and opportunity. Today, it continues that legacy as the home of the Johns Hopkins University School of Education.
Convergent was proud to support the latest chapter of this landmark’s story through the School of Education Renovation, working in close collaboration with Hord Coplan Macht. Our team provided Telecom and Audiovisual (A/V) services designed to thoughtfully integrate modern technology within a historic structure, enhancing connectivity, flexibility, and collaboration while respecting the character of the original building.
From upgraded communications infrastructure to adaptable A/V systems supporting contemporary teaching and learning, this project bridges more than a century of educational purpose with today’s evolving academic needs.
Projects like this demonstrate how technology can help preserve the spirit of historic spaces while enabling their transformation for future generations. We’re grateful to be part of a project that honors the past while supporting the future of education at Johns Hopkins University.
Many people hear “low‑voltage systems” and think of equipment, cabling, or devices.
In reality, a low‑voltage design firm focuses on how systems perform…not just what gets installed.
At Convergent Technologies Design Group, we design AV, telecom, security, acoustics, theatrical lighting, and healthcare low‑voltage systems to:
• Support how a space is actually used
• Coordinate infrastructure across disciplines
• Meet performance, safety, and operational goals
• Remain adaptable long after occupancy
Good design ensures these systems work together seamlessly before construction begins, so projects avoid conflicts, inefficiencies, and costly rework.
Low‑voltage design isn’t about drawing devices on a plan.
It’s about ensuring technology supports people, workflows, and outcomes.
✅ Reality: Once architectural decisions are locked in, acoustical and system performance options become limited and expensive to fix.
In healthcare, performance venues, and complex facilities, acoustics and low‑voltage infrastructure directly impact:
💬Speech intelligibility
🔒Patient privacy and comfort
🔊Sound isolation and noise control
⚙️System usability and safety
At Convergent Technologies Design Group, we collaborate early with the design team to ensure acoustics, AV, and infrastructure are integrated into the building, not forced into it afterward.
Great spaces don’t just look good…they sound, function, and perform as intended.
We’re excited to share that we supported the design of the Bentley Events Center – Westwynd Gardens.
Designed as a premier banquet hall and glass conservatory, this new venue brings flexibility, elegance, and performance together under one roof. Our team was honored to deliver technology solutions tailored to elevate every type of event, from weddings to large celebrations.
Our work focused on:
✔️ Advanced Audio Visual systems for immersive experiences
✔️ Telecommunications infrastructure for reliable connectivity
✔️ Access control and security for peace of mind
✔️ Acoustics and noise control for exceptional sound quality
We’re proud to contribute to a venue that will host unforgettable moments for years to come.
Convergent Technologies Design Group is proud to have supported the 2400 Ontario Rd NW (Jubilee Housing – Ontario Place) development with our Telecom, A/V, and Access Control Security solutions. This project brings more than 50 affordable homes to the Adams Morgan/Columbia Heights community, along with innovative resident‑focused amenities, which include:
🏘️A working rooftop aquaponics farm producing fresh food for residents
🏘️Modern amenity spaces, including a penthouse lounge, courtyard, and fitness center
🏘️Deeply affordable units serving households at 30–50% AMI
Our team delivered the building’s structured cabling, integrated security, and A/V systems to help create a safe, connected, and modern environment for future residents. We’re honored to support Jubilee Housing and its partners in creating safe, connected, and empowering spaces for residents. Projects like this remind us why thoughtful technology and security design matter.
Last month, Convergent Technologies Design Group treated a group of our team members to an unforgettable experience, Zebra’s 50th Anniversary concert!
From the moment we hopped on the party bus to the final encore, the night was filled with great music, great energy, and even better company. Celebrating a legendary band while sharing the moment with colleagues made it all the more special.
At Convergent, we believe in creating opportunities for our employees to connect, unwind, and enjoy unique experiences together. Nights like these remind us how strong our culture is built on teamwork, appreciation, and a little bit of rock ’n’ roll. 🎶
Here’s to many more memorable moments ahead!
In healthcare environments, communication systems have to work together in tandem.
Nurse call systems are critical to patient care. Audiovisual systems support clinical collaboration, patient education, and operational efficiency. But when these systems are designed independently, opportunities for integration and performance are often missed.
We’re seeing increased demand for coordination between:
• Nurse call and real-time location systems
• Patient room displays and clinical communication platforms
• Overhead paging and distributed AV systems
• Emergency notification and visual messaging
• Telehealth capabilities integrated directly within patient rooms
When planned early, coordinated systems can improve:
✔ Response time
✔ Staff workflow
✔ Patient experience
✔ Situational awareness
✔ Long-term scalability
However, integration requires early collaboration between technology, electrical, and clinical planning teams. Device locations, power requirements, network capacity, acoustics, and user interface design all influence system performance.
A good example of this is the Villanova University Driscoll Hall College of Nursing project we worked on. It is essential when training to be a nurse to have the proper systems in place. Good nurse call systems and proper AV coordination provide students with the opportunity to apply their knowledge in real-time practice. Healthcare technology is no longer just about devices; it’s about ecosystem design.
Want to see our designs in person? Villanova is holding a Nursing Convention in the building we designed next week, Wednesday March 18th. The Conference is dedicated to simulation-based learning and is intended for nursing educators, healthcare professionals, and simulation specialists, with Keynote Speaker Kathleen McGrow. If you would like to attend, please register by using the link below:
https://na.eventscloud.com/ereg/newreg.php?eventid=857148&categoryid=5911362
Many campus buildings still rely on telecom rooms sized for technology loads from 20+ years ago. An issue with the older campus telecom rooms is that they were designed before Wi-Fi density and PoE demands significantly increased.
Today’s higher education environments require:
- Increased bandwidth capacity
- Additional rack space
- Proper cooling for active equipment
- Redundant pathways for resiliency
- Additional wall space for expansion
- Clearances that meet current standards
The picture below shows an example of how poorly planned telecom can lead to disruptions later on. Infrastructure planning during renovation projects ensures long-term scalability.
Remember, future-ready campuses start behind the walls!
