Project engineers are responsible for supporting the design, coordination, and delivery of ventilation and fluid systems across major water treatment plant projects.
The successful candidate will assist in the design, review, and implementation of these systems, ensuring compliance with safety, quality, and environmental standards.
They will also liaise with mechanical designers, consultants, and construction teams to ensure alignment across all services.
Additionally, they will prepare and review technical documentation, including specifications, drawings, and method statements.
The project engineer must ensure that fluid systems comply with project standards, codes, and operational requirements.
They will also coordinate procurement, installation, and commissioning of ventilation equipment.
Maintaining strong safety and environmental compliance throughout the project lifecycle is a crucial aspect of this role.
* Key Responsibilities
* Assist in the design, review, and implementation of ventilation and fluid flow systems within water and wastewater infrastructure.
* Liaise with mechanical designers, consultants, and construction teams to ensure alignment across all services.
* Prepare and review technical documentation, including specifications, drawings, and method statements.
* Ensure fluid systems comply with project standards, codes, and operational requirements.
* Coordinate procurement, installation, and commissioning of ventilation equipment.
* Monitor progress, resolve engineering issues, and support project delivery timelines.
* Maintain strong safety and environmental compliance throughout the project lifecycle.
Requirements
* Bachelor's degree in Mechanical, Mechatronics, or related Engineering discipline.
* 2+ years of experience in mechanical systems, with a focus on fluids or ventilation preferred.
* Experience on WTPs or similar infrastructure projects highly regarded.
* Strong understanding of ventilation, pipework, and pump systems.
* Excellent communication and coordination skills.
* Proficiency in relevant software (AutoCAD, Revit MEP, or hydraulic modelling tools is a plus).