Software Engineer
Revalue Nature · Indonesia ·
- Work mode
- Remote
- Seniority
- Middle
- Employment
- Contract
- Category
- Software engineering
- Visa sponsorship
- No
Revalue Nature · Indonesia ·
revalue.teamtailor.com · Kecamatan Kuta Utara, ID
fundingcircle · London
Fin · Dublin, Ireland
onepay.com · United States (Remote)
Mid/senior software engineer on Revalue Nature's Platform Intelligence team, turning scientific, ML and geospatial prototypes into reliable, reproducible production data pipelines on GCP/AWS. Day-to-day is Python-heavy scientific programming plus Kotlin/Spring, Postgres, React/Remix and Terraform-managed cloud infrastructure.
**Candidates must reside in Indonesia and have existing authorisation to work there**
Revalue is a carbon credit development platform focused on one of the planet’s most critical but complex challenges - seeing nature regenerated at a planetary scale.
Our mission is to design the most cutting-edge and trusted nature credits for our planet.
We are bringing together a world-class team - forestry experts, ecologists, applied AI scientists, software engineers, geospatial analysts, commercial specialists, economists, and more - to create the unique DNA required to reimagine nature credits.
We are looking for a Software Engineer to join our Engineering team within Platform Intelligence.
Platform Intelligence develops the data infrastructure, machine learning, geospatial pipelines, and technical systems behind Revalue's nature and carbon intelligence products. We turn scientific and analytical work into repeatable, reliable outputs: ingesting and validating Earth observation datasets, producing the analyses and baselines that underpin our carbon methodologies, designing monitoring systems, and running the cloud platform underneath.
This role is about moving from analytical and ML prototypes to production-grade systems. You will work closely with engineers, data scientists, and analysts to build data pipelines, productionise models, and improve reproducibility, making workflows maintainable, observable, and usable by others.
Some of the most important work is deciding what to build, how to model it, and where to draw boundaries. You will work with domain experts to make those decisions rather than simply implementing predefined specifications.
It is a hands-on role at the boundary between software engineering, data science, geospatial engineering, and cloud infrastructure. You will not be expected to lead scientific model development, but you will make sure the models run reliably in production.
Please note: Candidates must have existing authorisation to work in Indonesia.
A strong mid-level or senior individual contributor who can own delivery independently and turn complex technical workflows into stable production systems.
Strong software engineering background. Design, interface, contract, data and domain modeling.
Scientific programming background in any domain: geospatial, remote sensing, ML, signal/audio/vision, quant, simulation, bioinformatics. We care more about the pattern of experience rather than the specific domain: translating messy, abstract, real-world structures into correct data representations and transformations.
Comfortable across stacks and tools: generalist disposition, able to pick up new languages/frameworks as our needs shift.
Familiar with modern SWE practices and product-engineering: discovery, scoping, iterative and incremental delivery, comfortable operating in ambiguity.
Good engineering practice: testing, code review, CI/CD, modular design, documentation.
Experience productionising analytical, data science, or ML workflows: turning exploratory code into reliable systems, with a working understanding of batch processing, reproducibility, monitoring, and deployment.
Day-to-day work is in scientific Python. However, we weigh fundamentals and data aptitude above prior Python experience: if you have done this kind of work in C++, Scala, … , that counts.
Cloud engineering experience, ideally on GCP and AWS, including designing and operating cloud-based data systems.
A pragmatic mindset: knowing when to build carefully, when to simplify, and when to avoid unnecessary complexity.
Comfortable with high-visibility, shared-ownership, collaborative work: pairing on decisions, small trunk-based commits, and real-time feedback on work in progress.
Comfortable running discovery sessions with domain experts before building.
Strong communication, including presenting technical solutions to colleagues and non-technical stakeholders.
Advanced proficiency in written and spoken English.
Experience in any of these would be valuable, though we do not expect all of them:
Geospatial data, raster/vector processing, Earth observation, or remote sensing.
Data quality checks, lineage, observability, or reproducibility tooling.
Full-stack experience: a backend and frontend you have maintained or owned.
Applying AI tools to improve engineering, developer, or analytical workflows.
Tools such as Docker, GitHub Actions, Dagster, Terraform, Postgres, DuckDB, Dask, xarray, rasterio, or geopandas.
Scientific computing, climate, nature, carbon, or environmental data.
Improving an existing platform, on a team where data scientists and analysts contribute code.
Make design and data-modelling calls: what a manifest has to guarantee, where a boundary sits, what belongs in a shared library and what stays out, when to defer rather than build.
Build and maintain the geospatial data pipelines behind our datasets: syncing sources, validating and ingesting them, and exporting project-aligned outputs for analysis.
Turn notebooks, prototypes, and research code into tested, modular production code, and keep it that way as requirements change.
Productionise our modelling pipelines and the orchestration they run on: partitioned assets, schedules, and concurrency.
Make runs reproducible and observable: manifests, pinned dataset versions, deterministic outputs, and monitoring that tells us when something breaks.
Build new data and monitoring products, including proper cataloging for our datasets.
Performance tuning: profiling real runs, concurrency within memory bounds, and keeping runtime/cost predictable.
Work on the backend (Kotlin/Spring, Postgres) and frontend (React/Remix) where results reach customers.
Own cloud infrastructure in Terraform across GCP and AWS: batch jobs, storage, IAM, CI/CD, and alerting.
Run discovery with scientists and analysts.
Contribute to dev tooling: ship/release scripts, agent skills that encode our engineering procedures, and repo instructions.
In the first few months, you will get to know our platform, cloud setup, and data workflows, and start owning productionisation work. Over time you will help build clearer patterns, more reliable pipelines, and better reproducibility and monitoring.
You will be doing well if analyses are easier to run and repeat, if analysts and scientists depend less on manual processes, if pipelines are predictable in runtime and cost, and if fewer critical systems rely on one person to keep them moving.
The opportunity to shape the future of nature-based climate finance
A mission-driven organisation with shared purpose, culture, and values
A diverse team of colleagues, partners and clients based all around the world
Meaningful equity in an early-stage startup with a growing and trusted brand
Flexible working environment with a team deeply committed to impact
Generously enhanced, gender-neutral parental leave policy
Wellbeing support, including company-funded access to therapy
🌱 If you’re ready to build our Engineering function and care about driving real impact - we’d love to meet you!
Too Good To Go · København, Hovedstaden, Denmark