Plant Performance Analytics Engineer

airliquidehr; Petaling Jaya; On-site; MYR 60,000 - 90,000; Full time

Job summary

Air Liquide ALBS is seeking a Chemical Engineering professional to optimize plant performance in the Kuala Lumpur APAC hub. You will lead process optimization, deploy MPC/MVS strategies, and drive digitalization with standard dashboards.

Responsibilities include monitoring operations, performing RCA, and ensuring business continuity during plant events, with a strong emphasis on safety, efficiency, and cross-functional collaboration across sites.

Qualifications

• Bachelor’s degree in Chemical Engineering with 2+ years of relevant experience in plant operations or process engineering.
• Strong fundamentals in ASU processes, process control/DCS, and data analytics.
• Knowledge of Bulk-On Site or Electronics (TGCM) business models is preferred.
• Fluent in English, strong problem-solving and cross-functional communication skills, and willingness to respond beyond standard working hours during plant emergencies.

Responsibilities

• Analyze plant operations to optimize performance and reduce losses, and implement MPC/MVS strategies.
• Monitor daily operations, troubleshoot deviations, perform root cause analysis, and conduct reviews with site teams and SMEs.
• Support crisis management and continuity during plant upsets, providing operational guidance and ensuring business resilience.
• Deploy digitalization initiatives, standardize dashboards and SOPs, and drive continuous improvement projects.

Skills

Problem-solving

Cross-functional collaboration

Data analytics

English proficiency

Education

Bachelor's degree in Chemical Engineering

Tools

DCS

MPC/MVS

Job description

Air Liquide ALBS is seeking a Chemical Engineering professional to optimize plant performance in the Kuala Lumpur APAC hub. You will lead process optimization, deploy MPC/MVS strategies, and drive digitalization with standard dashboards.

Responsibilities include monitoring operations, performing RCA, and ensuring business continuity during plant events, with a strong emphasis on safety, efficiency, and cross-functional collaboration across sites.