This isn't your average mechanical project.
We're looking for an experienced Mechanical Supervisor to lead complex mechanical construction works on Benmore Dam — New Zealand's largest earth dam and one of the country's most significant hydro assets.
The project involves seismic strengthening works across six massive concrete penstocks, each approximately 5.2 metres in diameter and running around 120 metres down a 37-degree slope.
Safe to say, this is not a project where you'll be tightening a few bolts and calling it a day.
You'll take charge of day-to-day mechanical work fronts, leading skilled tradespeople, coordinating subcontractors and working closely with project, civil, electrical and commissioning teams to keep delivery moving safely, properly and on programme.
Location Benmore Dam, with a rostered working arrangement. Accommodation and a living-away allowance are provided for eligible employees working away from home.
What's In It For You
What You Will Be Doing
What We Require
We're looking for a practical Mechanical Supervisor who is comfortable leading from the front and making good decisions in a complex construction environment.
Ideally, you'll bring:
If you're an experienced mechanical leader looking for a project with genuine technical challenge, serious scale and something impressive to add to your career, this is an opportunity worth a look.
Applicants must have the legal right to work in New Zealand.
Why Choose Max People?
Max People is a trusted New Zealand recruitment partner with 15+ years’ experience connecting great people with great workplaces. What started in construction has grown into one of the country’s leading labour-hire and recruitment providers across construction, civil, agriculture, dairy, manufacturing, and logistics.
When you join Max People, you’re backed by a team that lives its values: Passion, Empathy, Optimism, Professionalism, Loyalty, and Empowerment. We’re here to support your journey, champion your growth, and help you build a future you’re excited about.
Fill out your details below