Job Description

An Application Engineer for Building Automation Systems (BAS) plays a critical role in designing, configuring, and implementing systems that control building functions like HVAC, lighting, energy management, security, and other integrated systems. Their role typically involves both technical and customer-facing responsibilities, ensuring systems meet project specifications, client requirements, and efficiency goals.

Application Engineer - Roles & Responsibilities

System Design & Configuration - Design and configure building automation and IoT systems, including HVAC, lighting, security, IAQ, and energy management, using technologies such as KNX, BACnet, Modbus, LoRaWAN, Wi-Fi, and Bluetooth.
Programming & Software Development - Develop control logic, program BMS/DDC/PLC controllers, gateways, sensors, and configure communication between different systems and devices.
Testing, Commissioning & Troubleshooting - Test, calibrate, commission, and troubleshoot automation systems to ensure reliable operation and compliance with project requirements.
Client Interaction & Support - Work with clients, consultants, architects, CTO, and site teams to understand requirements, provide technical support, and conduct system training.
Project Documentation & Reporting - Prepare system drawings, manuals, operation guides, as-built documents, testing records, and performance or energy reports.
Energy Efficiency & Sustainability - Implement automation and IoT solutions that reduce energy consumption, improve building efficiency, and support sustainability through smart controls and monitoring.
Collaboration & Coordination - Coordinate with electrical, mechanical, IT, vendors, and contractors to ensure successful integration and installation of automation systems.
Compliance & Standards - Ensure systems comply with relevant building regulations, industry standards, BCA requirements, and Singapore Green Mark standards while keeping up with industry developments.
Continuous Improvement & Upgrades - Identify opportunities to improve, upgrade, and expand existing systems while exploring emerging technologies such as IoT, AI, cloud-based automation, and smart building solutions.