-Caliber Design Working inside engineering teams throughout New Zealand gives us a practical view of how the sector is moving. This year we saw steady progress and exciting developments, even with the head winds. Companies continued to advance capital projects, refine equipment, develop new products, and pursue leading edge innovation in emerging fields. While each sector had its own pressures, the overall feel has been one of steady momentum. Manufacturers continued to deal with stretched internal resource, long project lists, the need to keep work moving without disrupting production, and uncertain economic times. Yet across our secondments and conversations, the intent to improve and invest remained consistent, and that intent shaped much of the engineering work carried out this year. Steady improvements in established industries In processing, materials handling, dairy, poultry, and food and beverage sites, we saw ongoing investment in practical upgrades. These were not large transformation programmes, but they mattered. Many involved service layout adjustments, safety improvements, reliability work, and design changes that reduce maintenance effort or improve workflow. This work is almost always carried out in operational environments, which means planning, communication, and sequencing are as important as the technical solution. The projects are varied but typically share a common goal of keeping plants running safely and efficiently while making incremental improvements that compound over time. Emerging technology continued to build momentum At the other end of the spectrum, 2025 saw significant activity in emerging technology. We set a goal to work with seven emerging technology companies this year and ended up partnering with nineteen. That growth is a strong indicator of how much innovation and technical development is happening in New Zealand. Projects spanned aerospace, clean materials, innovative transport, robotics, advanced energy systems, and specialised manufacturing. These companies move quickly, iterate rapidly, and often need targeted […]