WALKWAYS & CYCLEWAYS

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Project Overview:

Supported the District Plan and Provincial Growth Fund applications by mapping walkways, cycleways, and mountain bike trails to boost regional tourism.

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Role & Approach:
Led both desktop and field mapping efforts, integrating spatial data to create comprehensive trail networks and accurate alignments.

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Outcome:
Produced detailed maps that were instrumental in planning and securing funding for regional tourism initiatives.

DATA ANALYSIS

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Project Overview:
Developed a new catchment layer using historic paper maps from the 1960s and 1970s, facilitating the replication of geoprocessing models for future updates and refined inputs.

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Role & Approach:
Conducted extensive data analysis and geoprocessing to convert legacy data into a usable digital format.

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Outcome:
Established a replicable process that streamlined data updates and integration into existing databases.

ASSET MAPPING

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Project Overview:
Create parks and recreation maintenance maps and update asset data, to support upcoming maintenance contracts.

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Role & Approach:
Utilised GIS tools to update and verify asset locations, ensuring accuracy for maintenance planning.

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Outcome:
Provided up-to-date maps that enhanced maintenance efficiency and planning accuracy.

PUBLIC ENGAGEMENT

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Project Overview:
Developed an online public engagement web application for consultation on the proposed camping in public places bylaw.

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Role & Approach:
Designed and implemented a web map application allowing the public to place pins on a map and register feedback.

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Outcome:
Facilitated transparent community consultation, gathering valuable public input for policy development.

NORTHLAND'S COAST STORYMAP

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Project Overview:
Created a StoryMap featuring Northland's coastline, including surf-patrolled beaches, surf breaks, water quality, and tourist information.

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Role & Approach:
Integrated public data to craft an informative and engaging StoryMap for the community.

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Outcome:
Recognized as a runner-up in the Great Kiwi Map Competition 2016, showcasing GIS capabilities and regional knowledge.

PRECISION FARMING

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Project Overview:
Applied GIS and precision farming practices to the family farm, enhancing operational efficiency.

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Role & Approach:
Developed a farm map for GPS-guided fertiliser application, highlighting paddock layout, access points, and hazards.

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Outcome:
Improved fertiliser application efficiency, reducing drive time and enhancing safety.

MOBILE FIELD MAPPING

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Project Overview:
Conducted soil sampling using a mobile field app, ensuring consistency and accuracy for annual sampling.

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Role & Approach:
Mapped soil sample sites using mobile technology, referencing aerial and soil maps for precision.

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Outcome:
Established a consistent and replicable methodology for soil sampling, aiding in effective pasture and stock management.

3D VISUALISATION

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Project Overview:
Developed 3D fly-throughs of Grampians National Park in Victoria, Australia, using LiDAR DEM and LANDSAT satellite imagery.

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Role & Approach:
Pioneered 3D visualisation techniques, creating immersive models for environmental analysis.

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Outcome:
Showcased at URISA and ESRI conferences in 2000, demonstrating advanced GIS capabilities.

DEMOGRAPHICS & POPULATION MODELLING

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Project Overview:

Developed a district-wide population growth model to support infrastructure and strategic planning.

Role & Approach:

Conducted multivariate and spatial analysis to integrate census data, planning zones, and resource consent trends. Modelled future population distribution and growth areas to identify infrastructure demand and capacity.

Outcome:

Delivered a comprehensive population model used for planning and investment decisions across the Whangarei District.

SPATIAL PLANNING

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Project Overview:

Supported District Plan development and spatial planning through technical GIS expertise and data-driven analysis.

Role & Approach:

Worked alongside planning teams to manage District Plan mapping and GIS systems. Modelled the spatial impact of proposed plan changes, and contributed to Section 32 reports with statistical, scientific, and geospatial analysis.

Outcome:

Helped translate complex planning visions into practical, map-based outputs that enhanced evidence-based decision-making.