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The Head of Platform Engineering in the Payments Business Unit leads the design, development, and maintenance of the foundational platform infrastructure required for scalable, reliable, and enterprise-grade payment solutions. This role is responsible for building an infrastructure that supports both microservices and monolithic applications, ensuring high availability, security, and operational excellence. The leader collaborates with engineering, security, and product teams to embed best practices in cloud, on-premise, and hybrid environments, enabling rapid innovation and dependable delivery of Payments products.
Key Responsibilities
Platform Strategy & Architecture:
Define and execute the platform infrastructure strategy aligned with the Payments BU goals, enterprise standards, and future scalability needs.
Design and oversee the implementation of a resilient, secure, and scalable infrastructure supporting both microservices and monolithic architectures.
Establish standards for cloud (public/private/hybrid), virtualization, containerization, and orchestration technologies (including Kubernetes).
Promote the adoption of infrastructure-as-code, automation, and self-service portals to enable rapid and reliable deployment.
Development & Delivery of Infrastructure:
Lead the development of foundational components of Payments system in JAVA. High Quality is a must.
Promote the adoption of AI based engineering.
Ensure infrastructure is enterprise-grade, providing high availability, disaster recovery, and scalability for critical payments systems.
Collaborate closely with platform, DevOps, and development teams to embed infrastructure best practices into product delivery cycles.
Reliability, Security & Compliance:
Implement infrastructure that meets the highest standards of security, compliance, and auditability required for payments and financial data.
Drive continuous improvements in system stability, fault tolerance, and operational resilience.
Ensure infrastructure supports performance SLAs, latency, and uptime commitments in a 24/7 environment.
Automation & DevSecOps Integration:
Promote automation of provisioning, deployment, scaling, and incident response processes.
Integrate security into infrastructure and deployment pipelines (DevSecOps).
Enable infrastructure self-healing, auto-scaling, and real-time monitoring to proactively manage platform health.
Metrics & Governance:
Define key platform metrics: uptime, deployment frequency, infrastructure health, automation coverage, and capacity utilization.
Regularly review and optimize infrastructure costs and efficiency.
Establish governance frameworks for infrastructure standards, change management, and compliance audits.
Cross-Functional Collaboration:
Work closely with engineering, security, operations, and product teams to ensure platform requirements are met.
Influence enterprise-wide standards and policies related to infrastructure and cloud adoption.
Translate business needs into scalable, reliable platform solutions aligned with technical roadmaps.
Leadership & Team Development:
Lead, mentor, and grow a team of a few dozens platform engineers and infrastructure specialists globally.
Foster a culture of innovation, operational excellence, and continuous learning.
Promote collaboration and knowledge sharing across teams to build a high-performance platform engineering organization.

We are seeking a highly experienced engineering professional to take full technical ownership of a complex airborne platform, leading its development from early design stages through full system maturity.

This role serves as the senior technical authority for a multi-disciplinary UAV system, integrating hardware, software, aerodynamics, propulsion, communications, and navigation into a cohesive and high-performance platform.
Role Overview:
The position is responsible for end-to-end system definition, architecture, integration, and performance of a complex airborne system. It combines deep system engineering expertise with hands-on technical leadership across multiple engineering domains. You will act as a key technical focal point within the program, driving engineering decisions, system design direction, and cross-disciplinary alignment.
Key Responsibilities:
Full technical ownership of a complex UAV / airborne platform
system architecture definition and cross-domain integration (mechanical, electrical, software, propulsion, communications, navigation).
Leading system -level requirements engineering and decomposition into subsystem requirements.
Driving technical decision-making, trade-off analysis, and long-term system design strategy.
Ensuring system performance, reliability, scalability, and maintainability across the lifecycle.
Coordinating engineering activities across multiple disciplines and development teams.
Leading design reviews and ensuring technical alignment across stakeholders.
Partnering with program and engineering leadership on roadmap definition and future capabilities.
Supporting development of new platforms from concept through implementation.

We are looking for a highly motivated Assistant Controller to join our finance department. In this role, you will be actively involved in both ongoing accounting tasks and cross department projects, contributing to the financial operations of a global industrial company. Description:
* Support the preparation of quarterly and annual financial statements in accordance with IFRS.
* Assist in preparing monthly management reports for internal stakeholders.
* Participate in tax reporting processes and handle tasks required by tax authorities.
* Take part in bookkeeping activities and ensure proper controls over daily operations.

A leading technology company in the unmanned aerial systems domain is seeking a Senior Systems Engineer to lead the end-to-end development of complex UAV platforms.

This role carries full system -level responsibility for a multi-disciplinary airborne platform, integrating engineering design, system architecture, performance optimization, and program execution.
Key Responsibilities:
Full system ownership of UAV platforms across the entire lifecycle.
Lead the design and integration of complex systems including airframe, system architecture, propulsion, energy, communications, navigation, and control.
Analyze system requirements and translate them into subsystem-level engineering requirements.
Drive system -level design processes and long-term technical decision-making.
Coordinate and synchronize multiple engineering disciplines (mechanical, electrical, software, etc.).
Lead system integration, testing, and validation activities.
Ensure delivery against quality, schedule, and cost targets.
Work in a matrix environment, influencing cross-functional teams without direct authority.
Contribute to defining technology roadmap and future platform capabilities.