Xuan-Lam Le

Applications Engineer at Vertiv ANZ

Greater Sydney Area

About

A passionate and dedicated Thermal Applications Engineer with expertise in HVAC and precision cooling for critical infrastructures. Detail-oriented and collaborative, with a strong focus on technical excellence and critical problem-solving skills. Committed to advancing both technical depth and leadership in mission-critical thermal management.

Experience

  • Vertiv (On-site)
    • Applications Engineer
      Apr 2023 - Present · 3 yrs 3 mos

      - Provide critical infrastructure thermal management solutions for Hyperscale and Colocation data centers and IT buildings throughout Australia. - Specialize in critical infrastructure HVAC technologies including Liquid Cooling, AHU, DX CRAC, CHW CRAH, IRC. - Provide technical support for internal sales, project managers, contractors/consultants, end users and customers during pre-sales and post-sales stage. - Prepare technical solutions, BOM, tender proposals for wide range of critical infrastructure projects with value up to $50 million AUD.

    • Graduate Engineer
      Sep 2022 - Apr 2023 · 8 mos

  • Project Leader at Optik Consultancy
    Nov 2021 - Feb 2022 · 4 mos

    An engineering consultancy partnership between University of Technology Sydney with engineering industries for Engineering and IT students • Designed a mechanical trolley prototype with advanced features to integrate with existing robots for warehouse operations • Developed adequate engineering project management and multi-tasking skills • Practiced effective team and leadership skills through leading and supervising a team of 6 Achievement: Successfully delivered a detailed mechanical design of the trolley prototype for Applied Robotics Pty. Ltd.

  • Caterer at Lee Chickens Panania
    Jul 2020 - Jan 2021 · 7 mos

    • Provided customer services to all guests in person and over the phone • Practiced team coordinating skills through processing orders as a team of 3 • Developed crisis management and multi-tasking skills under high pressure environment