Mechanical & HVAC
Engineer High-Performance HVAC Systems for Complex Built Environments
Designing thermal and mechanical systems that balance comfort, efficiency, reliability, maintainability, and operational performance.
Mechanical and HVAC Engineering forms a critical part of how a facility performs throughout its lifecycle. Clove Technologies combines engineering analysis, system design, equipment selection, BIM coordination, and performance validation within a connected workflow. From commercial buildings and healthcare facilities to data centres and other mission-critical environments, our teams develop systems around actual loads, spatial constraints, energy objectives, applicable standards, and operational requirements. By connecting engineering decisions directly with coordinated digital models, organisations can reduce design uncertainty, improve multidisciplinary coordination, support constructability, and establish mechanical systems that perform reliably from design through operation.
Thermal Load & System Analysis
Establish accurate heating and cooling requirements to inform system sizing and performance decisions.
learn moreHVAC System Design
Develop air, water, refrigerant, and ventilation systems around project requirements, occupancy, climate, and operational objectives.
learn moreEquipment Selection & Sizing
Evaluate and size chillers, AHUs, FAHUs, pumps, cooling towers, CRAC/CRAH units, and other critical equipment.
learn moreAir & Hydronic Distribution
Engineer ductwork, piping, pressure requirements, flow distribution, and routing for efficient and coordinated installation.
learn moreControls & BMS Integration
Define control strategies, sequences, monitoring points, and interfaces that support efficient and responsive building operations.
learn moreCFD & Performance Simulation
Validate airflow, thermal behaviour, temperature distribution, stratification, and critical-environment performance through simulation.
learn moreBIM-Integrated Engineering
Translate engineering decisions into coordinated, information-rich BIM models for multidisciplinary coordination and construction delivery.
learn moreLifecycle & Maintainability Design
Consider access, serviceability, equipment replacement, operational requirements, and future adaptability from the design stage.
learn moreOUR OFFERINGS
FAQ
Mechanical & HVAC Engineering covers thermal load analysis, HVAC system design, equipment sizing, air and hydronic distribution, controls, BMS integration, CFD simulation, BIM coordination, and maintainability considerations.
Yes. Clove Technologies supports HVAC and critical cooling engineering for complex environments, including data centres and other facilities where thermal performance, reliability, redundancy, and operational continuity are important.
CFD simulation helps evaluate airflow, temperature distribution, thermal behaviour, pressure conditions, and potential hotspots before systems are implemented.
BIM enables HVAC systems to be developed within a coordinated digital environment, helping identify spatial conflicts, improve constructability, and support installation and handover.
Yes. HVAC engineering can incorporate thermal analysis, equipment efficiency, controls, system optimisation, and operational requirements to support improved energy performance.
Yes. Engineering information and existing conditions can be developed into coordinated as-built documentation to support facility operations, maintenance, and future modifications.
Let's Talk
Let’s discuss your requirements and see how our expertise can help on your next project.