Critical cooling and environmental control
Dedicated cooling, ventilation, humidity control, controls, and heat-rejection systems planned around equipment loads, environmental requirements, energy use, and future capacity.
Data Centers + Critical Infrastructure
Data Center & Mission-Critical Systems Engineering
MODUS coordinates mechanical, electrical, technology, controls, and life-safety systems for data centers and other facilities where uptime, resiliency, and maintainability are essential.
Reviewed assignments
31
Core systems
Power + Cooling
Primary outcome
Resiliency
Documented experience
Data center engineering grounded in completed work.
MODUS's reviewed record includes 31 data-relevant assignments involving dedicated data centers, critical power and cooling, enterprise server rooms, telecom headends, data rooms, and technology infrastructure within healthcare, government, financial, education, and broadcast facilities.
Explore MODUS's Data Center / Colocation ExperienceCommon project types
Support for dedicated facilities and critical technology environments.
- Data centers and colocation facilities
- Server, data, and IT rooms
- Telecom headends and network facilities
- UPS and emergency-power upgrades
- Critical cooling and humidity-control projects
- Existing-facility studies and phased modernization
Data center engineering capabilities
Critical systems coordinated around uptime and operations.
Resilient power and electrical distribution
UPS and bypass systems, standby generation, distribution, transfer equipment, overcurrent protection, and capacity planning coordinated around the owner's uptime and maintenance requirements.
Technology and security infrastructure
Server-room and telecommunications pathways, equipment spaces, structured cabling, access control, monitoring, and related low-voltage systems integrated with the building design.
Studies and phased modernization
Existing-system assessments, equipment replacements, renovation planning, and phased implementation strategies that address legacy conditions and the need to keep critical operations online.
Engineering approach
Start with the operating requirements.
01
Define operational requirements
Establish uptime expectations, redundancy, equipment loads, environmental criteria, maintainability, security, growth, schedule, and budget before systems are selected.
02
Coordinate the critical systems
Bring mechanical cooling, electrical power, controls, fire protection, technology, and equipment requirements into one coordinated engineering strategy.
03
Plan for continuity and change
Develop phasing, temporary-service, replacement, access, and future-capacity strategies around the owner's operating environment and project constraints.
Related projects
Mission-critical thinking across operating environments.
These portfolio projects demonstrate resilient power, critical cooling, redundancy, technology infrastructure, and continuity-of-operations planning.
Healthcare
Mason City, IAFall 2015
MercyOne - NI Energy Center
A phased energy-center overhaul added 4.5 MW of generation, 13.8 kV distribution, critical cooling, and controls without interrupting hospital operations.
Commercial
Waterloo, IAFall 2017
KWWL Studios
Coordinated building systems and 100 percent emergency-generator backup help keep the broadcast studio and its supporting services online.
Government
Des Moines, IACompleted
Des Moines Federal Courthouse
Multiple levels of system redundancy support secure court operations, emergency needs, and technology infrastructure within the federal facility.
Government
Des Moines, IAFall 2015
DSM Municipal Services Center
Resilient mechanical, electrical, and technology infrastructure was planned for operational continuity and recovery at this multi-use municipal facility.
Data center engineering FAQ
Questions that clarify scope and risk.
Early answers help align technical systems with uptime, phasing, maintainability, capacity, and the owner's operating expectations.
What data center engineering services does MODUS provide?
MODUS provides coordinated mechanical, electrical, technology, controls, plumbing, and fire-protection engineering for data centers and critical technology environments. Scope can include critical cooling, humidity control, UPS and bypass systems, emergency generation, electrical distribution, server and telecom rooms, security, monitoring, studies, and equipment replacement.
Can MODUS support an existing data center or server-room upgrade?
Yes. Much of MODUS's documented experience involves existing facilities, focused studies, equipment replacements, and phased renovations. The engineering approach accounts for legacy systems, available capacity, maintainable access, construction sequencing, and the need to preserve ongoing operations.
How does MODUS approach redundancy and uptime?
The appropriate level of redundancy begins with the owner's operational requirements and risk tolerance. MODUS then coordinates cooling, power, controls, technology, maintenance access, and phasing around those expectations rather than applying the same solution to every facility.
Does this service apply only to standalone data centers?
No. MODUS's experience also includes enterprise server rooms, telecom headends, data rooms, broadcast facilities, healthcare infrastructure, government facilities, and other environments where reliable power, cooling, connectivity, and continuous operation are essential.
Outcome
MODUS helps project teams turn uptime, resilience, environmental control, maintainability, and future-capacity requirements into a coordinated data center engineering plan.