Mechanical Project Manager for Diesel Generator Systems

MNJ Engineering; Sydney; On-site; AUD 120,000 - 150,000; Full time

Benefits offered by this job

Competitive salary

Autonomy and flexibility

Great culture

Job summary

MNJ Engineering Design, Manufacture, and install, all facets of Diesel and gas powered generator installation equipment such as:</p>

Generator Acoustic Enclosures, Noise Attenuation systems, Exhaust systems, fuel tanks and reticulation systems, and PLC control systems. Our Head office is in Smithfield NSW, however we complete projects throughout the country. Join our growing team and be part of a company that values leadership, innovation, and a hands-on approach to engineering.

Qualifications

• Minimum of 5 years' experience in engineering and project management.
• CAD and/or modelling software proficiency is advantageous.
• Experience with mechanical design, ductwork/piping layouts, and system selections.
• Acoustic experience highly regarded.
• Ability to read and interpret plans, drawings, and specs.
• Strong communication and organisational skills.
• Tradespeople encouraged to apply with relevant experience.

Responsibilities

• Coordinate procurement, subcontractors, and internal resources.
• Oversee project delivery, ensuring timelines, quality, and budgets are met.
• Conduct site inspections and manage installation quality.
• Liaise with clients, consultants, and builders to ensure satisfaction.

Skills

Project management

Mechanical design

Communication

Organisational skills

Tools

CAD

Modelling software

Job description

MNJ Engineering Design, Manufacture, and install, all facets of Diesel and gas powered generator installation equipment such as:</p>

Generator Acoustic Enclosures, Noise Attenuation systems, Exhaust systems, fuel tanks and reticulation systems, and PLC control systems. Our Head office is in Smithfield NSW, however we complete projects throughout the country. Join our growing team and be part of a company that values leadership, innovation, and a hands-on approach to engineering.