Production Engineer

AIR LIQUIDE ADVANCED MATERIALS SINGAPORE PTE. LTD.; Singapore; On-site; SGD 60,000 - 90,000; Full time

Job summary

AIR LIQUIDE ADVANCED MATERIALS SINGAPORE PTE. LTD. in Singapore seeks a Production Engineer to optimize plant operations, resolve technical issues, and drive safe, efficient production of quality products.

Collaborating with Maintenance, Quality and HSE, you will lead Lean/CI initiatives, monitor KPIs, and manage local capital projects to improve reliability and performance. You will ensure procedures are followed, drive MOC closure, and develop documentation to train operators and sustain

Qualifications

• Bachelor's degree in Chemical Engineering.
• Minimum of 3+ years in process/production engineering.
• Fluency in English and communication skills.

Responsibilities

• Serve as Local Expert for the ALAM product line, understanding chemistry, plant operation, and capacity.
• Establish & monitor KPIs daily against safety, quality, and productivity goals.
• Design, develop, and manage small to medium capital projects to improve efficiency, reliability, and product quality.
• Implement measures to improve production methods, equipment performance, and process control.
• Drive MOC from initiation to closure for plant and process changes.

Skills

Process engineering

Production engineering

Lean & Continuous Improvement

Root cause analysis

Reading P&ID

Six Sigma (Green/Black Belt)

Education

Bachelor of Science in Chemical Engineering

Tools

PLC systems

Process Automation

Job description

Job Description Summary

The Production Engineer acts as a technical resource for Operations personnel in the plant. This role is responsible for applying technical skills to optimize plant operations, resolve technical and operational problems, and enable the safe, efficient, reliable and compliant production of quality products. The Production Engineer must drive effective change implementation and sustained gains through strong collaboration across all site teams (Maintenance, Quality, HSE) with a focus on Lean and Continuous Improvement.

Job Description

Safety, Compliance, and Process Excellence (The 3 Core Commitments)

1. Zero Deviation & Stop Work Authority

Drives a non-negotiable culture of "Do It Safe, Do It Right the First Time" and "No Tolerance to Deviation".

Ensure Procedure/IMS Compliance: Will always follow approved procedures. Perform periodical task observation at production floor to ensure procedure compliance. If a procedure is incorrect or cannot be followed, the engineer must immediately Stop Work, report the issue to the supervisor/manager, and ensure correction through the Management of Change (MOC) process. Never deviate from procedures or bypass safeguards without authorization. Well informed on IMS documents (GT, GPs) and principles relevant to their process and activities.

Proactive Monitoring of important production parameters & internal procedure compliance checks, when any abnormality or deviation is observed, report, by collaborating with stakeholders, lead the investigation/ troubleshooting effort.

Shared Vigilance

Be a proponent of the WHY behind the safety rules established. Proactively monitor critical safety parameters, following up on the alarms and deviations to loop close them and systematically keep the Production Manager informed on the status.

2. Operational Excellence and Continuous Improvement

Serves as the Local Expert for the assigned ALAM product line/process, maintaining deep technical knowledge of the chemistry, plant operation, and technical capacity. Expected to obtain deep, hands‑on understanding (how, why) on the process they are responsible for, and willing to learn on how to operate (to be qualified) for the process (at least for the most important process). Able to troubleshoot the operation they manage and critically analyse process deviations (output or process parameters).

Establish & Monitors Key Performance Indicators (KPIs) daily against plant goals for personal safety, process safety, process performance (incl variability) quality, and productivity. Take action to resolve performance gaps.

Designs, develops, and manages small to medium‑size local capital projects to improve efficiency, reliability, safety, and product line expansion.

Implements measures to improve production methods, equipment performance (reliability, uptime, variability reduction), and product quality based on methodical, data‑driven problem‑solving.

Contribute and reach out to the MOFAN associated with the products under their responsibility.

Physically lead or attend any significant intervention on the system they manage (major PMs, upgrades, start‑ups) and verify the full recovery and operational performance after such intervention.

3. Documentation and People Development

Builds and enforces strong Operating Discipline related to start‑up, shut‑down, and normal operations.

Creates and updates key operating documents, including learning resources and Standard Operating Procedures (SOPs and Work Instructions). Ensures knowledge transfer to operators and integrates feedback from operations and appropriate SMEs to such documents.

Responsible for driving MOC from initiation to closure for all plant and process changes.

4. Availability

Expected to be on call nights, weekends, and holidays as dictated by business needs.

Required Qualifications And Competencies

Education

• Bachelor of Science (BS) or above in Chemical Engineering.

Work Experience

• Minimum of 3+ years experience in process, production, or project engineering, preferably within high purity specialty chemicals, food, nuclear, semiconductor or pharmaceutical plant operations.

Language

Fluency in the Subsidiary official language(s), including written and verbal communication in English

Specific Knowledge & Know-How

• Able to learn technical chemical processes quickly in a fast paced, dynamic environment.
• Proficient in establishing, tracking, and driving gap closure using KPIs.
• Ability to read and interpret Piping and Instrumentation Diagrams (P&ID).
• Root cause investigation training and methodology.
• Experience working with highly hazardous chemicals in a manufacturing facility.
• Knows and understands best practices (design & procedure) for micro contamination control (preferred).
• Working knowledge of PLC and Process Automation control systems (Preferred).
• Six Sigma Green or Black Belt certification or equivalent knowledge (Preferred).
• 5S and Lean Man