The ability to manufacture replacement parts and repair damaged infrastructure directly in disaster-affected communities is becoming part of Samoa’s emergency preparedness strategy, following the launch of a mobile engineering workshop at Tuana’imato.
The Mobile Makespace was officially launched on 13 October 2026 at the National Emergency Operations Centre by the Minister for Natural Resources and Environment, Hon. Ale Vena Ale. The initiative brings together Samoa’s Ministry of Natural Resources and Environment (MNRE), humanitarian engineering organisation Field Ready and the Pacific Community (SPC).
The workshop is mounted on a trailer and contains 3D printers, plastic welding equipment, power tools and an independent power supply. It is designed to allow trained technicians to manufacture components, undertake repairs and assist with restoring essential services following natural disasters.
Why mobile manufacturing matters
One of the major difficulties following a cyclone, tsunami or other natural disaster is obtaining replacement parts for damaged infrastructure. Roads and transport links may become impassable, shipping can be delayed and essential equipment may remain out of service while communities wait for supplies.
Mobile manufacturing offers a practical alternative for certain types of repairs.
A 3D printer, for example, can manufacture some plastic fittings and components using digital designs, provided suitable materials are available. Plastic welding equipment can repair certain damaged plastic items, while conventional engineering tools support maintenance and construction work.
The equipment does not eliminate the need for imported supplies or specialised engineering services. Its value lies in allowing some relatively straightforward repairs to be undertaken locally, without waiting for every replacement component to arrive from overseas.
This approach has already been demonstrated elsewhere in the Pacific.

In 2023, Field Ready deployed a mobile makerspace to Nabila village in Fiji, where its engineering team manufactured rainwater guttering, repaired water tanks, carried out plumbing work and produced pipe fittings using 3D printing technology. The team also improved sanitation facilities in the community.
That experience provides a practical example of how mobile engineering facilities can support disaster recovery and everyday infrastructure maintenance.
Building Samoa’s technical capability
The workshop is intended to serve a wider purpose than emergency response. According to MNRE, it will also support technical training, innovation and skills development for engineers, technicians and community members.
The programme includes opportunities for women and people with disabilities to participate in training and disaster preparedness activities.
Minister Ale Vena Ale emphasised the importance of developing local capability during the launch.
“Resilience begins at the local level,” he said, describing the workshop as an investment in Samoa’s people and their ability to respond to emergencies.
Developing these skills locally could have benefits beyond disaster recovery. The same equipment and technical knowledge may be useful for maintaining community facilities, repairing equipment and developing practical engineering solutions.
First deployment to Falealupo
MNRE scheduled the Mobile Makespace’s first deployment for 14 October 2026 in Falealupo, Savai’i, where activities are being undertaken as part of the Tsunami Ready Programme.
The programme forms part of Samoa’s wider efforts to strengthen community preparedness for tsunami hazards.
Earlier this month, 17 communities in Aleipata and Lepa received recognition under UNESCO’s Tsunami Ready initiative after meeting internationally established preparedness indicators. These include risk assessment, evacuation planning, warning communication, public education and emergency exercises.
The mobile engineering workshop serves a different but complementary purpose. While tsunami warning and evacuation planning are intended to protect lives before and during an emergency, repair and manufacturing capabilities can help communities restore damaged services afterwards.
The longer-term effectiveness of the Mobile Makespace will depend on the availability of trained personnel, suitable materials, equipment maintenance and its ability to reach communities when required.
For Samoa, where remote communities can face particular difficulties obtaining specialist equipment and replacement parts, having engineering capability that can travel may provide an additional measure of independence during emergencies.
The launch represents an investment not only in emergency equipment, but also in the technical skills needed to put that equipment to practical use.



