Glossary
Areas within industrial facilities designated based on the presence of flammable gases, vapors, or dust, requiring specialized electrical equipment to prevent ignition. TEECOM designs compliant technology systems that ensure safety and operational integrity in electrically classified spaces.
Digital systems that store and manage patients’ medical histories and health information. TEECOM designs EMR-supporting infrastructure to ensure secure, compliant, and accessible data exchange across healthcare networks.
Centralized command facilities equipped to coordinate response efforts during emergencies and disasters. TEECOM designs EOCs with integrated communication, video, and data systems to enhance situational awareness and decision-making.
Wireless systems designed to ensure that first responders can maintain clear, reliable radio communication inside buildings during emergencies. TEECOM engineers ERRCS solutions to meet jurisdictional code requirements and enhance life safety in complex facilities.
Integrated technologies that facilitate rapid communication and coordination during medical or facility emergencies. TEECOM develops emergency response systems that enhance situational awareness and protect patients and staff.
Design and operational practices aimed at reducing energy consumption while maintaining performance standards. TEECOM incorporates energy-efficient technologies and strategies to support sustainability goals and cost savings in science and technology facilities.
Systems and strategies that monitor and optimize energy consumption within airport facilities. TEECOM integrates energy management solutions to improve sustainability and reduce operational costs.
An enterprise data center is a physical facility, typically owned and operated by a single organization, designed to house and manage the organization’s critical IT infrastructure, including servers, storage, networking equipment, and related supporting systems.
The study of noise in outdoor environments to mitigate noise and vibration. TEECOM conducts environmental acoustics assessments and modeling to inform and guide noise mitigations measures to meet noise ordinances for a variety of market verticals. This includes aviation, rail, data centers, healthcare, and energy projects.
Automated systems that regulate temperature, humidity, air quality, and pressure to maintain precise conditions in scientific and technical spaces. TEECOM integrates environmental control with building automation for reliable, compliant facility operation.
This method uses water evaporation to cool the air, which can be particularly effective in dry climates.
Customized audiovisual systems designed to support a variety of events, from performances to conferences, within cultural venues. TEECOM delivers flexible AV solutions that ensure reliable, high-impact presentations.
Specialized lighting solutions that highlight artifacts and displays while preserving sensitive materials. TEECOM engineers exhibit lighting to create immersive atmospheres and comply with conservation standards.
The upgrade and integration of technology, infrastructure, and systems in existing healthcare buildings to meet current standards and operational needs. TEECOM provides facility modernization services that improve performance, compliance, and patient experience.
Technologies that provide real-time oversight of environmental conditions, security status, and equipment performance. TEECOM deploys facility monitoring systems to enable proactive maintenance and rapid response in critical science and tech environments.
High-speed communication networks using fiber optic cables to support data transmission for civic and government applications. TEECOM designs fiber optic networks that deliver secure, scalable connectivity for critical government operations.
High-speed data transmission technology using light through glass or plastic fibers. TEECOM designs fiber optic networks to support robust, low-latency connectivity within and between mission-critical facilities.
Technology platforms that monitor, track, and optimize the operation of vehicle fleets through GPS, diagnostics, and analytics.
Spaces that adapt to different teaching methods and group sizes, supported by scalable technology infrastructure. TEECOM designs flexible learning environments that facilitate personalized and collaborative education.
Office layouts and infrastructure that can be easily adapted to changing business needs and occupancy patterns. TEECOM designs flexible offices incorporating modular furniture, scalable technology, and dynamic spaces to promote agility and employee satisfaction.
Centralized digital platforms that present real-time flight schedules, gate assignments, and status updates to passengers and staff. TEECOM designs FIDS to ensure accuracy, clarity, and integration with airport operational systems.
This approach utilizes natural elements like cool outside air or water to cool the data center, minimizing the need for energy-intensive mechanical cooling.
A satellite-based system that provides accurate geographic positioning and timing information, including GPS and its global counterparts.
The precision of Global Positioning System (GPS) data used to determine vehicle location and navigation.
Physical security installations such as automated gates, bollards, and barriers that control vehicle and pedestrian access to a property.
Genetec Design Certified Consultant is a credential that validates expertise in designing scalable, secure solutions using Genetec’s unified security platform. TEECOM consultants with this certification develop integrated systems for video surveillance, access control, and analytics that meet client needs for performance, compliance, and operational efficiency.
A virtual boundary defined by GPS or other location-based technologies that restricts or guides autonomous vehicle operation within a specific area.
Gigawatt (GW) is a unit of electrical power equal to one billion watts or 1,000 megawatts. It is used to measure large-scale power generation or consumption, such as regional energy grids or the combined capacity of multiple data centers. TEECOM considers gigawatt-scale power requirements when planning infrastructure for hyperscale and distributed facilities.
Comprehensive security measures including access control, surveillance, and intrusion detection tailored to public sector facilities. TEECOM delivers government building security solutions that meet stringent regulatory and operational requirements.
Specialized acoustic design focusing on the control of noise and vibration that support patient recovery, improve speech privacy, optimize staff communication, and reduce stress. TEECOM supports healthcare projects by designing acoustic environments that go beyond the intent of minimum FGI guidelines, OSHPD/HCAI requirements, and other applicable regulations. This enhances both clinical outcomes and user experience.
The network, hardware, and software systems that support clinical applications, data management, and communication in medical facilities. TEECOM engineers healthcare IT infrastructure to provide secure, scalable, and resilient connectivity for critical healthcare operations.
Comprehensive security solutions tailored to protect sensitive areas, assets, and personnel in healthcare environments. TEECOM designs healthcare security systems including access control, video surveillance, and alarm monitoring to meet regulatory requirements.
A layered approach to network architecture that segments the network into core, distribution, and access layers for improved performance and manageability. TEECOM applies hierarchical design principles to create robust, scalable networks aligned with business objectives.
Communication networks capable of transmitting large volumes of data at high speeds to support autonomous vehicle operations and sensor data processing.
Specialized methods and systems used to monitor, protect, and restore historic buildings and artifacts. TEECOM integrates preservation technologies that balance conservation with modern infrastructure needs.
Security measures designed to prevent unauthorized or dangerous vehicles from approaching or penetrating protected areas.
This design involves organizing server racks into alternating rows of hot and cold aisles to improve airflow and cooling efficiency.
A flexible workspace model where employees use any available desk rather than assigned seating. TEECOM integrates hot-desking technology—including booking systems and personalized access—to optimize office space and support dynamic workstyles.
Work environments that support a mix of remote and in-office work through flexible technology and design. TEECOM develops hybrid workspace solutions that enable seamless collaboration, connectivity, and productivity across distributed teams.
Large-scale data centers designed to efficiently support massive computing workloads and cloud services. TEECOM provides engineering solutions tailored to hyperscale requirements, focusing on scalability, energy efficiency, and rapid deployment.
ICD-705 is a U.S. government directive that establishes physical and technical security standards for the construction and protection of Sensitive Compartmented Information Facilities (SCIFs). TEECOM designs ICD-705-compliant environments that integrate secure communications, acoustic mitigation, and access control systems to meet stringent federal security requirements.
A device that measures acceleration and rotational rates to determine a vehicle’s position and movement, aiding navigation when GPS signals are weak or unavailable.
IOSH Safety for Executives and Directors is a certification course that equips senior leaders with the knowledge to manage health and safety risks effectively. TEECOM team members with this certification ensure that safety governance is embedded into strategic decision-making, project delivery, and organizational culture.
An international standard for functional safety of electrical and electronic systems in road vehicles.
The foundational hardware and network systems that enable data processing, communication, and connectivity in science and technology settings. TEECOM designs robust IT infrastructure tailored to the demanding needs of research environments.
IT Pathways are the physical routes—such as conduits, cable trays, raceways, and ducts—used to organize and protect data and communication cabling within buildings. TEECOM designs IT pathways to optimize cable management, support system scalability, and comply with industry standards for performance and safety.
The planning, coordination, and execution of technology-related initiatives from design through deployment. TEECOM’s IT project management services ensure that network, AV, security, and other systems are delivered on time, on budget, and aligned with client goals.
IT Spaces are dedicated rooms or areas within a building designed to house critical information technology equipment such as servers, network switches, and telecommunications hardware. TEECOM designs IT spaces to ensure proper environmental controls, security, and accessibility that support system reliability and future growth.
Servers are submerged in a dielectric fluid that absorbs heat, providing highly efficient cooling and potentially reducing energy consumption.
Information Communications Technology (ICT) refers to the integrated infrastructure that enables digital communication, including data, voice, and video transmission. TEECOM’s ICT design services encompass structured cabling, network architecture, wireless systems, and telecom pathways—creating a resilient foundation for smart, connected buildings.
Technologies that display complex data through visual formats such as, CAVEs, at-scale visualization studios, video walls, dashboards, or interactive screens. TEECOM implements visualization systems that enhance decision-making and communication in control rooms, lobbies, and collaboration spaces.
Inside-Plant Structured Cabling (ISP) refers to the cabling and connectivity infrastructure installed within a building to support data, voice, and video communications. TEECOM designs ISP systems—including copper and fiber networks, patch panels, and pathways—to ensure high-performance, scalable, and standards-compliant connectivity from telecom rooms to user workstations.
Audiovisual technologies seamlessly combined with IT and building infrastructure to support communication and engagement. TEECOM delivers integrated AV systems that enhance meetings, presentations, and workplace experiences.
Advanced systems that combine sensors, communication networks, and data analytics to improve transportation safety, mobility, and environmental sustainability.
The Intermediate Distribution Facility (IDF), also referred to as the Telecom Room (TR), is a telecommunications room or facility located on individual floors or in building zones that provides localized connectivity for network and communication systems.
A digital television distribution technology that delivers TV content over IP networks rather than traditional coax cable. TEECOM designs IPTV systems to provide flexible, scalable video distribution in corporate campuses, healthcare, and educational facilities.
Intrusion Detection Systems (IDS) are electronic security technologies that monitor and detect unauthorized access or suspicious activity within a facility. TEECOM designs IDS solutions that integrate sensors, alarms, and control systems to provide timely alerts and prevent security breaches in critical environments.
The application of Internet of Things technologies to connect medical devices, monitor patient health, and streamline facility operations. TEECOM designs IoT networks that ensure secure, scalable, and interoperable healthcare environments.
In data center terms, a kilowatt (kW) represents a unit of electrical power, specifically 1,000 watts. It’s used to measure the amount of power a data center’s IT equipment requires, with higher kW indicating greater power capacity. Power density, measured in kW per rack or cabinet, is a crucial factor in data center design, capacity planning, and cooling strategies.
LEED AP is a credential awarded by the U.S. Green Building Council that signifies expertise in sustainable building practices and the LEED rating system. TEECOM’s LEED AP-certified professionals contribute to environmentally responsible design by integrating energy-efficient technology systems that support project certification goals.
LEED AP BD+C is a specialty credential under the LEED Accredited Professional program that demonstrates advanced knowledge in sustainable practices for new construction and major renovations. TEECOM team members with this certification integrate energy-efficient and low-impact technology systems to help projects achieve LEED certification and meet sustainability targets.
LEED Green Associate is an entry-level credential from the U.S. Green Building Council that recognizes foundational knowledge of green building principles and the LEED rating system. TEECOM professionals with this certification support sustainable design by contributing to environmentally responsible technology strategies across diverse project types.
Software and technology platforms that streamline laboratory operations, including sample tracking, workflow automation, and data management. TEECOM integrates lab management systems with IT infrastructure to optimize efficiency and accuracy.
Backup power solutions designed to provide uninterrupted electrical supply to critical scientific and technology systems during outages. TEECOM engineers power redundancy strategies that enhance reliability and protect sensitive equipment in research facilities.
Network infrastructures designed with robust security protocols to protect sensitive data transmission and support confidential scientific collaboration. TEECOM implements secure communication networks tailored to comply with industry regulations and cybersecurity best practices.
The specialized planning and engineering of lab environments to support research, safety, and workflow efficiency. TEECOM designs laboratories with integrated technology systems that enhance functionality and compliance with industry standards.
High-resolution video display systems, including LED walls and projection screens, designed for expansive viewing areas. TEECOM delivers large-scale display solutions optimized for clarity, brightness, and seamless integration with AV and IT infrastructures.
Software platforms that manage course content, assessments, and student progress tracking. TEECOM integrates LMS with campus IT and AV systems to streamline educational delivery and administration.
Technologies that record and stream classroom lectures for on-demand access and review. TEECOM designs lecture capture systems that facilitate flexible learning and broaden educational reach.
Lenel is a leading provider of advanced security systems, best known for its OnGuard access control platform. TEECOM integrates Lenel solutions into comprehensive security designs, enabling scalable access control, video surveillance, and system monitoring tailored to complex enterprise and mission-critical environments.
A remote sensing technology that uses laser pulses to generate high-resolution 3D maps of the surrounding environment, critical for autonomous vehicle navigation and obstacle detection.
The distribution of electrical or network traffic loads across multiple resources to optimize performance and prevent overload. TEECOM implements load balancing strategies to enhance system reliability and operational efficiency in mission-critical environments.
The planning and engineering of building systems that operate at 50 volts or less, including IT, AV, security, and telecommunications infrastructure. TEECOM specializes in low voltage design that integrates seamlessly with architecture, enhances user experience, and supports long-term scalability.
The Main Distribution Facility (MDF), also known as the Main Telecom Room (MTR), is the central telecommunications facility within a building or campus that houses the core network infrastructure and primary connectivity equipment. This space serves as the main hub for the distribution of voice, data, video, and other communication services throughout the premises.
Multi-channel communication platforms that deliver urgent alerts to occupants during emergencies. TEECOM engineers mass notification systems tailored to airport safety protocols and regulatory requirements.
Mass Notification Systems (MNS) are integrated communication platforms designed to quickly deliver critical alerts and information to building occupants during emergencies. TEECOM engineers MNS solutions that use multiple channels—such as voice, text, visual displays, and alarms—to ensure rapid, clear, and reliable messaging for enhanced safety and response coordination.
A sustainable building material category that uses large-format wood panels such as cross-laminated timber (CLT), dowel-laminated timber (DLT), or mass plywood panels (MPP). Due to the stiffness, relatively low mass, and the desire to leave wood surfaces exposed, careful attention should be given to sound transmission, impact insulation, and interior acoustic quality. TEECOM supports the design of mass timber projects by developing material-specific acoustic strategies that achieve performance goals while preserving the architectural expression of exposed wood.
Advanced technologies used to capture diagnostic images such as X-rays, MRIs, and CT scans. TEECOM integrates medical imaging systems with IT networks to support high-bandwidth data transfer and secure storage.
Meet-Me Room (MMR) is a secure, carrier-neutral space within a data center or telecom facility where multiple service providers interconnect their networks. TEECOM designs MMRs to facilitate high-speed, low-latency data exchange between carriers, cloud services, and enterprise networks, ensuring reliable and scalable connectivity.
Software platforms that manage booking and availability of conference and collaboration spaces. TEECOM integrates meeting room scheduling tools with AV controls and calendars to streamline workspace utilization and reduce conflicts.
Megawatt (MW) is a unit of electrical power equal to one million watts, commonly used to measure the energy consumption and capacity of data centers. TEECOM considers megawatt ratings when designing power infrastructure to ensure facilities meet performance, scalability, and efficiency requirements.
It is actually a legal term which means it is a location in the building were copper services are handed off from the regional carrier to the owner. This space houses the carrier’s MPOE copper services.
Facilities and systems essential to the continuous operation of vital services, where downtime or failure can cause significant business or safety impacts. TEECOM specializes in designing resilient technology infrastructure to support mission-critical environments with maximum uptime.
Pre-fabricated, scalable data center units that can be rapidly deployed and expanded. TEECOM supports modular data center projects by providing flexible design and integration services that meet evolving client needs.
Complex technological exhibits combining video, audio, lighting, and interactive elements to create immersive environments. TEECOM designs multimedia installations that engage audiences and support artistic expression.
Integrated audiovisual technologies designed to support exhibits, presentations, and visitor engagement in museums. TEECOM designs museum AV systems that enhance storytelling through clear sound, dynamic visuals, and interactive elements.
Touch-enabled and sensor-driven digital exhibits that encourage visitor participation and learning. TEECOM implements interactive displays tailored to museum and cultural contexts to foster engagement and education.
NTS is the education and certification division of the Electronic Security Association (ESA), offering training programs for security and life safety professionals. TEECOM team members trained through NTS bring code-compliant knowledge and hands-on expertise in designing and implementing alarm, access control, and surveillance systems.
The integration of multiple communication networks—such as data, voice, and video—onto a single unified infrastructure. TEECOM engineers converged networks that improve efficiency, reduce costs, and simplify management in mission-critical facilities.
The implementation of duplicate or alternate network paths and components to ensure continuous connectivity during failures. TEECOM designs redundant network architectures to maximize uptime and resilience for critical operations.
The strategies and technologies used to protect data integrity, confidentiality, and availability across a network. TEECOM implements comprehensive network security solutions, including firewalls, intrusion detection, and encryption, to safeguard critical systems from cyber threats.
CompTIA Network+ is a globally recognized certification that validates foundational knowledge of networking concepts, infrastructure, operations, and security. TEECOM professionals with Network+ certification apply best practices in network design and troubleshooting to ensure reliable connectivity across integrated technology systems.
The measurement of environmental, construction-related, or building-generated noise and vibration over time to assess potential impacts on user experience, structural performance, and the operation of sensitive equipment. TEECOM conducts noise and vibration monitoring to support project compliance, evaluate transmission to sensitive environments, and inform design decisions or mitigation strategies.
Integrated communication systems that allow patients to alert nursing staff promptly and efficiently. TEECOM designs nurse call solutions that improve response times and workflow through seamless integration with building communication networks.
OSHA 10-Hour Certification is a safety training program provided by the Occupational Safety and Health Administration (OSHA) that covers essential workplace safety practices, hazard recognition, and workers’ rights. TEECOM professionals with this certification are equipped to operate safely on construction sites and ensure compliance with federal safety regulations.
OSP is a credential offered by BICSI that certifies advanced knowledge in the design, planning, and integration of Telecommunications Outside Plant Infrastructure. TEECOM’s professionals with this certification deliver high-performance outside plant infrastructure on projects.
Devices that detect the presence and movement of people within a space to optimize lighting, HVAC, and space usage. TEECOM integrates occupancy sensors with building systems to enhance energy efficiency and inform workplace analytics.
Strategic acoustic design strategies within shared, unpartitioned workplaces to reduce intrusive noise transmission and limit distance of intelligible speech. TEECOM supports design of balanced soundscapes tailored to organization culture and workstyle.
