APAC Expansion specialises in taking Wise from 0 to 1 in markets where our products are unavailable or our presence is still limited, building expertise to launch in markets.
Compensation
Salary range: 148,800 - 185,000 SGD base per annum + RSUs
Responsibilities
Own the technical plan and delivery of projects, from understanding the customer problem through rollout and ongoing operation.
Build onboarding and money movement services that meet local requirements and fit into Wise’s global platform.
Work with product managers and colleagues in compliance, banking, and operations to clarify requirements, resolve dependencies, and agree practical delivery milestones.
Contribute to the team’s roadmap.
Explain the customer impact of your work, challenge assumptions, and use data and operational feedback to guide improvements.
Own end‑to‑end product design for government‑focused software, collaborating with engineering and stakeholders to deliver high‑fidelity, accessible interfaces.
Compensation
Compensation will be determined based on experience, qualifications, scope of work, and anticipated level of effort.
Responsibilities
Own design of features from discovery through shipped implementation
Design data‑dense tables, maps, timelines, and multi‑role workflows
Contribute to and extend the design system
Run lightweight discovery with SMEs and end users
Design authentication flows and role‑based access control
Requirements
Nice to have: Secret clearance
Nice to have: Top Secret or TS/SCI clearance
Nice to have: defense or government product experience
Lead Principal Platform Software Engineer responsible for defining and building AI and robotics software platforms for scientific workflows and laboratory automation.
Locations (3)
Nashville, Tennessee, United States
United Kingdom, United Kingdom
India, India
Compensation
US: Hiring Range in USD from: $113,600 to $306,400 per annum. May be eligible for bonus, equity, and compensation deferral.
Responsibilities
Define platform architecture and service boundaries across laboratory workflow orchestration, resource management, robotic fleet coordination, device integration, and local execution.
Lead technical delivery of foundational cloud services, APIs, SDKs, integration frameworks, and developer tools.
Establish reusable equipment capability models, adapter contracts, and secure interfaces between cloud services and laboratory systems.
Experienced Solution Architect in retail banking supporting global banking institutions in designing modern IT solutions and implementing technological transformations.
Stage de fin d’études en systèmes distribués et HPC au site de Toulouse, Thales
Compensation
Tous nos stages sont conventionnés et soumis à une gratification dont le montant est déterminé selon votre niveau d’études.
Responsibilities
Étudier le fonctionnement des clusters HPC basés sur SLURM ainsi que les mécanismes actuels de soumission et de suivi des traitements.
Analyser différentes technologies de bus de messages telles que NATS, RabbitMQ ou des solutions équivalentes afin d’identifier la plus adaptée au besoin.
Concevoir et déployer un démonstrateur permettant l’interconnexion d’un bus de messages avec un cluster SLURM.
Développer les mécanismes de publication des statuts d’exécution à travers les scripts de prologue et d’épilogue du gestionnaire de tâches.
Définir les interfaces techniques et les formats de messages permettant aux applications clientes de recevoir automatiquement les changements d’état des traitements.
Requirements
Ingénieur Bac+5
Master 2 en informatique, ingénierie logicielle, systèmes distribués ou calcul haute performance
Independent design of IT solution architecture for banking sector clients.
Analyzing existing banking systems and designing target architecture (As-Is and To-Be).
Defining components, interfaces, integrations, and data flows between banking systems.
Designing solutions for Core Banking, Digital Banking, Payments and Transfers, Lending and Loan Origination, Customer Onboarding and KYC, CRM and Customer 360, Cards, BPM and Workflow, and Risk/Compliance.
Selecting appropriate technologies and architectural patterns considering business requirements, security, scalability, and cost-efficiency.