Understand how system efficiency, control strategies, and IAQ standards contribute to Green Mark points and how ACMV design directly influences your certification tier.
Learn how to calculate and validate the COP (Coefficient of Performance), estimate part-load efficiencies, and prepare energy simulation reports for submission.
Tips on avoiding oversizing, balancing static pressure, and ensuring energy-efficient air distribution through right-sized ducts and diffusers.
Includes sample BOQs, technical data sheets, control diagrams, and system layout drawings required for consultants and authority review.
Avoid non-compliance by addressing overlooked issues like poor duct insulation, inadequate fresh air intake, or control loop mismatches.
A look at the 2024/2025 SCDF Fire Code changes, with emphasis on response time, suppression placement, and risk-based categorization.
How StatX provides efficient suppression in tight electrical rooms or high-value asset spaces, and how it simplifies maintenance and authority approval.
Modular fire panels, flexible zoning, and smart diagnostics—explore what makes Zettler panels scalable and compliant.
From shop drawings to Fire Safety Certificate (FSC) submission and PTW (Permit to Work), here’s what to include in your proposal package.
Combine your fire system with BMS and security using BACnet or MODBUS. Future-proofing your building is no longer optional.
What authorities expect in terms of metering, scheduling, and feedback loops to control energy consumption and IAQ.
Use cases on how BMS can centrally control HVAC, lighting, IAQ, and security — and why this leads to better building performance.
Details on test scripts, handover packs, calibration records, and system integration test (SIT) documentation.
Why choosing open, non-proprietary platforms helps with future expansions, upgrades, and third-party integrations.
Real-world cost savings from projects that implemented smart BMS with real-time analytics and fault detection.
Guidelines on classification, scope, and submission requirements for minor works and A&A projects.
What’s involved in a standard A&A project: reinstatement, reconfiguration, M&E relocation, and accessibility improvements.
Includes architectural layout plans, M&E drawings, safety method statements, risk assessments, and project schedules.
Learn how to use a design-build model to provide competitive, transparent pricing and delivery schedules.
From site assessment to design submission to project execution, our complete tender-ready solution.
Guidelines on classification, scope, and submission requirements for minor works and A&A projects.
What’s involved in a standard A&A project: reinstatement, reconfiguration, M&E relocation, and accessibility improvements.
Includes architectural layout plans, M&E drawings, safety method statements, risk assessments, and project schedules.
Learn how to use a design-build model to provide competitive, transparent pricing and delivery schedules.
From site assessment to design submission to project execution, our complete tender-ready solution.