Mechanical Engineer – Mineral Processing Design & Start-up

NEXMIN PTY LTD; City Of Stirling; Hybrid; AUD 80,000 - 100,000; Full time

Benefits offered by this job

Competitive salary packages

Access to subsidised cafe and gym

Flexible working hours

Job summary

NEXMIN PTY LTD, located in City Of Stirling, is seeking a Mechanical Engineer with experience in mineral processing plant design. This full-time permanent position requires a mix of office-based engineering and hands-on site involvement.

The successful candidate will provide support during commissioning and plant start-up, coordinate with teams, and deliver mechanical engineering design for various projects. The role initially involves FIFO work from Perth for 3-6 months.

At Nexmin, we offer competitive salary packages, a modern office environment, and opportunities for personal growth.

Qualifications

• 3+ years' experience in minerals processing, preferably in engineering consultancy.
• Exposure to plant equipment and mechanical design.
• Ability to travel to site for commissioning assignments as required.

Responsibilities

• Provide site-based mechanical engineering support during commissioning.
• Identify and coordinate design modifications for operability.
• Deliver mechanical engineering design for processing projects.

Skills

Mechanical design

Teamwork

Communication skills

Education

Degree qualification in Mechanical Engineering or related field

Job description

NEXMIN PTY LTD, located in City Of Stirling, is seeking a Mechanical Engineer with experience in mineral processing plant design. This full-time permanent position requires a mix of office-based engineering and hands-on site involvement.

The successful candidate will provide support during commissioning and plant start-up, coordinate with teams, and deliver mechanical engineering design for various projects. The role initially involves FIFO work from Perth for 3-6 months.

At Nexmin, we offer competitive salary packages, a modern office environment, and opportunities for personal growth.