Data-Driven Scanning Optimisation Engineer

Potentia; Invercargill City; On-site; NZD 70,000 - 100,000; Full time

Job summary

Potentia invites applications for a role based in Invercargill focused on owning scanning technology across the operation. You will implement, calibrate, maintain and optimise systems to improve wood recovery in sawmill and remanufacturing settings.

The role includes analyzing performance data, developing workflows and collaborating with production/engineering teams to embed improvements and reduce waste. A future‑oriented position with impact on production efficiency.

Qualifications

• Experience with high-precision scanning systems and data analysis.
• Background in wood processing or manufacturing is beneficial.
• Ability to translate data into actionable operational improvements.
• Ability to work with both technical and non-technical stakeholders.

Responsibilities

• Managing and improving scanning systems used to assess wood quality and recovery decisions
• Analysing data to identify opportunities to reduce waste and improve utilization
• Developing algorithms, methods and workflows to support better production outcomes
• Working with production and engineering teams to embed improvements
• Providing training, guidance and hands-on support to operational teams
• Contributing to R&D activities related to scanning, optimisation and production efficiency

Skills

Data analysis

Analytical thinking

Communication skills

Collaboration

Technical aptitude

Education

Background in IT/Engineering

Tools

High-precision scanning systems

Data analysis software

Job description

Potentia invites applications for a role based in Invercargill focused on owning scanning technology across the operation. You will implement, calibrate, maintain and optimise systems to improve wood recovery in sawmill and remanufacturing settings.

The role includes analyzing performance data, developing workflows and collaborating with production/engineering teams to embed improvements and reduce waste. A future‑oriented position with impact on production efficiency.