Multidisciplinary, hands-on Product Designer specialising in accessibility, design systems, and front-end development.
- Systems Design
- UI Architecture
- Prototyping
- UX Research
- Product Design
- React / Next.js
- TypeScript
- Tailwind
- Figma
- WCAG 2.1 AA
Design Systems and Component Architecture
I build the components and tokens that hold a product together at scale, the shared language a team can move fast inside. Compare Club's design system replaced 6 competing button styles with one governed system.
How a design system cut release timelines 50–60%
- primary-default#671cc2
- inverse-primary#cbfe50
- inverse-on-primary
- inverse-surface-light
- surface-container-high
- surface-container-low
- surface-container-lowest
Prioritisation matrix: frequency against inconsistency.
Health Insurance
Life Insurance
Energy
Home Loans
Car Insurance
Travel Insurance
Health comes first
Check-ups, kids needs or unexpected health needs, we've got you covered.
Get health insurance →
Protect your loved ones
Make sure you have the life insurance you need to look after you and your loved ones.
See life insurance →
1 / 7 · Before & after
Complex Systems and User Journeys
The Towards Net Zero Agriculture Pathfinder, a joint initiative by the CEFC and CSIRO, is an online tool to help Australian farmers reduce greenhouse gas emissions while maintaining productivity and competitiveness.
Why CEFC cited this in its Annual Report to Parliament
Towards Net ZeroAgriculture Pathfinder
1 / 3 · Pathfinder
Who this is for3 audiences, proposed by designer
Farm manager
Financial returns & emissions reduction
Consultant
Advising agricultural clients
Decision-maker
Aligning operations with net-zero strategy
Shared entryWhere all audiences land
Introduction
Audience identification & scope of the Pathfinder
Agricultural emissions
Three pathways: emissions intensity, absolute emissions, carbon sequestration
Two routes to the planA: full setup, or B: a shortcut for decision-makers
Route A: Full setup
Getting started
Structured pathway to emissions reduction planning
- About the process
- Prepare
- Consider(compliance gate)
- Implement
Baselining GHG emissions
6 sub-pages covering baseline methodology
Route B: Shortcut
Bypasses technical setup
Skips Getting started and Baselining GHG emissions. Goes directly to strategic alignment and financing context, likely used by Decision-maker persona.
Farm Emissions Reduction PlanRoutes A and B converge here
Strategic planning aligned to business objectives, FERP
PractitionerDecision-maker
Farm emissions reduction activities16 pages across 4 footprint categories + stacking
Agronomic
Fertiliser optimisation, nitrification inhibitors
5 pages
Livestock
Pasture improvement, methane reduction
4 pages
Energy
Solar systems, electric vehicles
3 pages
Land use
Permanent plantings, carbon sequestration
3 pages
- Stacking considerationsHow combining activities compounds sustainability benefit
- The CEFC Towards Net Zero Agriculture StrategySingle overview page, links to Activities and Acronyms
Funded outcome
Eligible for CEFC-backed discounted finance
NAB Agribusiness Emissions Reduction Incentive
- rate discount
- 1.15%
- loans
- $1M–$5M
$300M CEFC/NAB co-finance program launched alongside the Pathfinder, Jan 2025
Towards Net ZeroAgriculture Pathfinder
Towards Net ZeroAgriculture Pathfinder
- Introduction
- Agricultural emissions
- Getting started
- Baselining GHG emissions
- Farm Emissions Reduction Plan
- Farm emissions reduction activities
- The CEFC Towards Net Zero Agriculture Strategy
- Acronyms
- Acknowledgements
- Contact
- Disclaimer
Developed in conjunction with CSIRO
On-farm GHG emission sources
Understanding emissions sources is the first step to take when targeting activities, setting achievable targets, and monitoring reductions to bring benefits to your enterprise.
The schematic below provides a simple summary of on-farm GHG sources and sinks, including methane (CH4) from livestock, nitrous oxide (N2O) from fertiliser, and carbon dioxide (CO2) from fossil fuel use.
Changes in plant and soil carbon stocks can act as emissions sources (loss of carbon), or as sinks to mitigate emissions through ‘permanent’ sequestration (storage of carbon).
In the context of carbon markets, carbon sequestration must be retained in plant or soil sinks for >25 years, and therefore short-lived carbon sinks (e.g. annual crop harvests, food products) are not accounted for.
Information architecture
The Pathfinder routes each audience to what's relevant to them, then converges on a shared plan and a funded outcome.
Happiest when I can improve digital experiences.
Over the past five years, I've designed and shipped end-to-end across fintech, insurance, payments, and government.
More about me →Let's work together
I'm open to contract engagements and select full-time roles. Tell me a little about the product and the problem, and I'll get back to you with availability.