Field Service Fitter – Mining & Construction Equipment

Hitachi Construction Machinery Group; Emerald; On-site; AUD 90,000 - 130,000; Full time

Benefits offered by this job

Overtime opportunities

Permanent full-time employment

Wellbeing and safety focus

Career development

Job summary

Hitachi Construction Machinery Australia is seeking an experienced Field Service Fitter to join our Emerald team on a 7/7 roster. You will provide diagnostic, maintenance and repair services on Hitachi and related mining and construction equipment across customer sites in the region.

The role offers variety, autonomy and a focus on building strong customer relationships while maximizing equipment performance in the field.

Qualifications

• Strong diagnostic and troubleshooting abilities.
• Excellent communication and customer service skills.
• Ability to work independently in remote field environments.
• Commitment to workplace health and safety.

Responsibilities

• Perform diagnostics, maintenance, repairs and component replacements on mining equipment.
• Conduct breakdown and fault-finding activities in field service environments.
• Complete scheduled servicing and preventative maintenance tasks.
• Ensure all work is performed safely and in accordance with procedures.
• Maintain accurate service reports and documentation.
• Build and maintain strong customer relationships through timely service delivery.
• Identify opportunities to improve equipment reliability and performance.
• Promote a culture of safety and Total Customer Satisfaction.

Skills

Diagnostic skills

Customer service

Communication

Teamwork

Education

Heavy Diesel Trade Qualification

Job description

Hitachi Construction Machinery Australia is seeking an experienced Field Service Fitter to join our Emerald team on a 7/7 roster. You will provide diagnostic, maintenance and repair services on Hitachi and related mining and construction equipment across customer sites in the region.

The role offers variety, autonomy and a focus on building strong customer relationships while maximizing equipment performance in the field.