Any domain
Recipes for data engineers whose outcome no single business function owns, such as ingestion, dbt engineering, orchestration, identity and migration.
53 Recipes
A Collection is a way of finding Recipes, not a thing you run. It holds no Recipe of its own: the title, the acceptance conditions and the readiness you see inside one are the Recipe’s own, which is why the same Recipe can sit in several Collections without any of them disagreeing about what it is.
The domain whose data you are working on today. You are still the data engineer in every one of these.
Recipes for data engineers whose outcome no single business function owns, such as ingestion, dbt engineering, orchestration, identity and migration.
53 Recipes
Recipes for data engineers working with finance-domain data and controls.
40 Recipes
Recipes for data engineers working with IT FinOps-domain data and controls.
3 Recipes
Recipes for data engineers working with people-domain data and controls.
4 Recipes
Recipes for data engineers working with revenue operations-domain data and controls.
17 Recipes
Recipes for data engineers working with supply chain and operations-domain data and controls.
23 Recipes
Recognisable pieces of work that take more than one Recipe, assembled rather than merged.
Recipes for building customer value, retention, segmentation and product behaviour models that business teams can reproduce.
7 Recipes
Recipes for improving dbt performance and maintainability while preserving required behaviour.
5 Recipes
Recipes for moving existing SQL, notebooks, connectors and estates onto dbt, dlt and Fabric, from assessing what a move would take to converting each piece.
12 Recipes
Logistics and fleet analytics Recipes, including reusable modelling patterns with relevant operational triggers and domain-specific fleet and shift outcomes.
9 Recipes
Recipes for attribution, acquisition economics, campaign spend pacing and contact-pressure eligibility under approved business rules.
4 Recipes
Recipes for building analytical models with explicit grain, populations, relationships, history, operational time and business rules.
64 Recipes
Recipes for procurement spend and contract compliance, purchase commitments, invoice matching and payment checks, supplier rebates, realized savings and SaaS renewal evidence.
9 Recipes
The kind of problem the Recipes solve.
Recipes for matching and standardising identities and for classifying and masking personal data.
3 Recipes
Recipes for landing source data in owned pipelines and governed tables, with explicit record disposition, safe reruns and reconciliation.
11 Recipes
Recipes for scheduling, gating and monitoring pipelines so runs start when their inputs are ready and failures are visible.
5 Recipes
Recipes for defining governed metrics and semantic models that downstream tools query.
2 Recipes
Vertical Recipes together with the horizontal ones that vertical reaches for most.
Recipes for consumer packaged goods data engineering, including trade-promotion lift, gross-to-net revenue and distributor sell-in, sell-out and channel stock.
4 Recipes
Recipes for data engineers working with healthcare and life-sciences data, such as claims, admissions and clinical-trial enrollment.
4 Recipes
Recipes for data engineers working with manufacturing data, such as production runs, bills of materials, material lots and equipment downtime.
6 Recipes
Recipes for retail data engineering, including stock availability and ownership, shelf-life allocation, sales margins, and marketplace and till settlement.
7 Recipes
Where the work can actually run. Each Recipe names its exact execution targets.
Recipes that can execute against local DuckDB.
112 Recipes
Recipes that can execute against Microsoft Fabric Lakehouse, Fabric Warehouse, or both.
97 Recipes
Recipes that can execute against MotherDuck.
95 Recipes