Data Architect
Il y a 3 heures
Brussels, Belgique
HumanInTech
Temps plein
Gratuit avec email ou Google
Enregistrez cette offre et organisez votre recherche
Créez un compte gratuit pour enregistrer des offres d'emploi, créer des alertes et revenir à cette liste depuis votre tableau de bord.
Gratuit avec email ou Google
En continuant, vous acceptez nos Conditions d’utilisation & Politique de confidentialité.
What you will do
You will provide dedicated data architecture expertise to analyse the data landscape of an education organisation, produce its cartography and conceptual and logical modelling, and co-design a target data architecture and implementation roadmap with internal teams.
This is an architecture and framing assignment. You will produce models, argued options, documented decisions and an actionable roadmap. You will analyse the existing landscape, model the domain, instruct and argue data architecture options, and derive a prioritised trajectory. You will work in support of business analysts and enterprise architects, translating their business framing into data requirements and models, and in permanent coordination with solution architects who handle the application layer.
Your activities will include:
Framing and alignment
Facilitate workshops with business analysts and the programme team
Derive data objects from business capabilities and processes identified by business analysts and enterprise architects
Formulate data architecture principles applicable to the programme and align them with enterprise principles
AS-IS analysis
Inventory data sources: applications, reference data, databases, files, exchanges with administrations and establishments
Map current flows: producers, consumers, frequencies, exchange mechanisms, dependencies
Identify pain points: silos, redundancies, re-entry, latency, quality defects, areas without ownership
Domain modelling
Establish conceptual and then logical models of core business objects (pupils, staff, establishments, teaching structures, etc.)
Identify reference data, designate master systems and clarify data ownership rules
Produce a data dictionary and associated quality rules
Target architecture
Instruct feasible paradigms (data hub, lakehouse, federated mesh approach, virtualisation) and compare them in the context of constraints and resources
Confront these options with enterprise architects, solution architects and the data competence centre: the target is not predetermined and must result from this collective work
Establish usage rules for exchange and exposure patterns (API, event-driven, replication, virtualisation, analytical feeds): which pattern for which class of need and under what conditions
Position the target architecture in relation to shared platforms and services and the organisation's data strategy
Translate security, personal data protection, sovereignty and digital sobriety constraints into enforceable architecture rules
Ensure the chosen architecture does not close off analytical and AI use cases (quality, traceability, data accessibility), without pre-empting specific use cases
Data governance prerequisites
Define the minimum governance foundations needed to adopt the architecture: roles (data owner, data steward), bodies, decision processes
Specify the expected metadata repository and documented catalogue, and access rights management
Describe the concrete implementation of the "only once" principle for the scope
Trajectory and transfer
Break down the target into coherent work packages and define intermediate transition data architectures
Prioritise the roadmap according to business value and risk, in line with the programme calendar
Ensure knowledge transfer to internal teams so that deliverables remain usable after the assignment ends
What we are looking for Essential skills and experience
Expert-level conceptual and logical data modelling: entity-relationship / Merise, UML, ArchiMate; dimensional modelling
Expert-level mapping of data landscapes: sources, flows, applications, reference data; gap analysis
Expert-level understanding of data architecture paradigms: hub, lakehouse, data mesh, data fabric, virtualisation; ability to compare them and arbitrate in a constrained context
Expert-level knowledge of reference data and quality: MDM, master systems (SoR), data dictionary, metadata catalogue
Confirmed experience with exchange and exposure patterns: API, event-driven, replication, virtualisation, analytical feeds; knowledge of patterns and their implications, ability to set usage rules
Confirmed experience facilitating workshops and instructing architecture decisions
Confirmed knowledge of data governance: roles, lifecycle, access rights, GDPR, "only once" principle
Confirmed knowledge of architecture frameworks and canvases: TOGAF, ArchiMate, DAMA-DMBOK or equivalent
Confirmed experience with modelling and mapping tools (such as Sparx Enterprise Architect) and data cataloguing tools
Confirmed understanding of security and data sovereignty: translating constraints into architectur
This is an architecture and framing assignment. You will produce models, argued options, documented decisions and an actionable roadmap. You will analyse the existing landscape, model the domain, instruct and argue data architecture options, and derive a prioritised trajectory. You will work in support of business analysts and enterprise architects, translating their business framing into data requirements and models, and in permanent coordination with solution architects who handle the application layer.
Your activities will include:
Framing and alignment
Facilitate workshops with business analysts and the programme team
Derive data objects from business capabilities and processes identified by business analysts and enterprise architects
Formulate data architecture principles applicable to the programme and align them with enterprise principles
AS-IS analysis
Inventory data sources: applications, reference data, databases, files, exchanges with administrations and establishments
Map current flows: producers, consumers, frequencies, exchange mechanisms, dependencies
Identify pain points: silos, redundancies, re-entry, latency, quality defects, areas without ownership
Domain modelling
Establish conceptual and then logical models of core business objects (pupils, staff, establishments, teaching structures, etc.)
Identify reference data, designate master systems and clarify data ownership rules
Produce a data dictionary and associated quality rules
Target architecture
Instruct feasible paradigms (data hub, lakehouse, federated mesh approach, virtualisation) and compare them in the context of constraints and resources
Confront these options with enterprise architects, solution architects and the data competence centre: the target is not predetermined and must result from this collective work
Establish usage rules for exchange and exposure patterns (API, event-driven, replication, virtualisation, analytical feeds): which pattern for which class of need and under what conditions
Position the target architecture in relation to shared platforms and services and the organisation's data strategy
Translate security, personal data protection, sovereignty and digital sobriety constraints into enforceable architecture rules
Ensure the chosen architecture does not close off analytical and AI use cases (quality, traceability, data accessibility), without pre-empting specific use cases
Data governance prerequisites
Define the minimum governance foundations needed to adopt the architecture: roles (data owner, data steward), bodies, decision processes
Specify the expected metadata repository and documented catalogue, and access rights management
Describe the concrete implementation of the "only once" principle for the scope
Trajectory and transfer
Break down the target into coherent work packages and define intermediate transition data architectures
Prioritise the roadmap according to business value and risk, in line with the programme calendar
Ensure knowledge transfer to internal teams so that deliverables remain usable after the assignment ends
What we are looking for Essential skills and experience
Expert-level conceptual and logical data modelling: entity-relationship / Merise, UML, ArchiMate; dimensional modelling
Expert-level mapping of data landscapes: sources, flows, applications, reference data; gap analysis
Expert-level understanding of data architecture paradigms: hub, lakehouse, data mesh, data fabric, virtualisation; ability to compare them and arbitrate in a constrained context
Expert-level knowledge of reference data and quality: MDM, master systems (SoR), data dictionary, metadata catalogue
Confirmed experience with exchange and exposure patterns: API, event-driven, replication, virtualisation, analytical feeds; knowledge of patterns and their implications, ability to set usage rules
Confirmed experience facilitating workshops and instructing architecture decisions
Confirmed knowledge of data governance: roles, lifecycle, access rights, GDPR, "only once" principle
Confirmed knowledge of architecture frameworks and canvases: TOGAF, ArchiMate, DAMA-DMBOK or equivalent
Confirmed experience with modelling and mapping tools (such as Sparx Enterprise Architect) and data cataloguing tools
Confirmed understanding of security and data sovereignty: translating constraints into architectur