Technical Support Engineer
ABB
09.2025 - Current
Midhun Lal Lalu
Project Engineer
Singapore,Singapore
Timeline
High School Diploma -
Republic Polytechnic
04.2019 - 05.2022
Work History
Technical Support Engineer
ABB
09.2025 - Current
Configure monitoring cards (SNMP, Modbus, or BACnet) to ensure the UPS communicates properly with the Building Management System (BMS) or Data Center Infrastructure Management (DCIM) software.
Test internal sensors (temperature, humidity, ventilation fan operation) and verify that emergency trip mechanisms like the EPO (Emergency Power Off) function instantly
Verify that the input phase rotation matches the UPS requirements and that the bypass line aligns perfectly with the inverter output.
Test the battery string voltage, check individual cell balancing, and verify that the charging circuit regulates voltage and current correctly according to the battery chemistry profile.
ecord all test values, torque logs, firmware versions, battery discharge curves, and thermal scan images into a formal commissioning report.
Overview
1
1
year of professional experience
3
3
years of post-secondary education
Education
High School Diploma -
Republic Polytechnic
Woodlands 04.2019 - 05.2022
Skills
- Hardware upgrades
- Customer service
- Application support
- Wireless networking
- Network troubleshooting
- Software installation
- Modbus , Bacnet Protocol & SNMP
- BMS and BAS Application Programming
Summary
I have always been fascinated by Singapore’s skyline not just for its architectural marvels, but for how deeply our built environment impacts human well-being and national sustainability. This inspiration drove me to graduate from Republic Polytechnic’s School of Engineering with a Diploma in Green Building, and it continues to fuel my daily work in the Building Management System (BMS) space today. My journey into sustainable engineering started early. During my three years in Poly, I gained invaluable, hands-on industry exposure as an Assistant Engineer Intern at Cleantech Solar, where I grew to appreciate the massive potential of renewable energy and efficient infrastructure. Today, I bridge the gap between building automation and human-centric wellness. I love exploring how smart technology can make indoor spaces more dynamic, healthy, and responsive to the people inside them. Core Areas of Expertise & Interest: Building Management Systems (BMS): Overseeing and optimizing day-to-day building operations to ensure maximum efficiency. IoT & Smart Automation: Prototyping hardware and software solutions using Arduino and Raspberry Pi. Environmental Sensor Integration: Implementing multi-sensor arrays (monitoring speed, temperature, airflow, water, and pressure) to track space health. Energy-Efficient HVAC Controls: Designing responsive systems that optimize heating and cooling based on real-time occupancy. Highlighted Project: Workplace Wellness via IoT Driven by the goal of improving workplace wellness, I designed and built an automated climate optimization system. Using Arduino and Raspberry Pi, I integrated a suite of environmental sensors alongside a custom-built human motion detection sensor. The system dynamically tracks human movement to automatically rectify and adjust atmospheric cooling and heating—proving that we can drastically cut energy waste while maximizing thermal comfort. The Future I’m Building Toward: I am deeply curious about the next frontier of futuristic safety, security, and home wellness. Technology is evolving rapidly, and I want to be at the forefront of adapting these advancements to elevate how we live, work, and thrive.
Contact Details
Mobile : +65 98829161
Email : midhunlal393@gmail.com