Architecte Cloud - Plateforme IT - Segments Sol Satellites (h/f)

As a Cloud Architect at Airbus Defence & Space, your primary responsibilities will revolve around designing scalable, innovative cloud platforms for Ground Satellite Segments. You'll interface with clients to analyze their needs, participate in the continuous development of our internal products, and maintain technical documentation. It's an exciting role that combines technical architecture with project management and requires a strong grasp of cloud technologies.

To qualify for the Cloud Architect role at Airbus Defence & Space, you should hold a degree in IT, Computer Science, or a related field. Additionally, experience with cloud-native environments, infrastructure knowledge (hardware, networking, virtualization), and tools like Terraform and Ansible are essential. You should also possess good written communication skills and an intermediate level of English.

The Cloud Architect plays a pivotal role at Airbus Defence & Space by ensuring that our cloud platforms are not only innovative and secure but also meticulously designed to meet operational needs. This involves collaborating with engineering teams, managing project specifications, and simulating architectural choices to confirm designs. Your expertise directly influences our success in delivering cutting-edge satellite solutions.

In the Cloud Architect role at Airbus Defence & Space, familiarity with cloud-native technologies, particularly Kubernetes, is crucial. You should also have a good understanding of both private and public cloud platforms, such as VMware, AWS, and GCP. Knowledge of Infrastructure as Code (IaC) frameworks like Terraform and Ansible will be a significant advantage as well.

As a Cloud Architect at Airbus Defence & Space, the potential for career progression is vibrant. Initially, you may focus on honing technical expertise, but you have the opportunity to transition into various roles, including a systems architect, technical expert, or project manager. Continuous learning and development are encouraged, with opportunities for certification and specialization in key technical areas.

Absolutely! In discussing your experience, highlight specific instances where you've utilized cloud-native technologies to solve problems or enhance platform capabilities. You can emphasize your knowledge of Kubernetes, your role in deploying cloud applications, and how you've ensured adherence to cloud-native best practices in previous projects.

When designing scalable cloud architectures, I start with a comprehensive analysis of the project requirements, considering both current and future needs. I utilize best practices to ensure modularity and resilience, leveraging tools like Terraform for Infrastructure as Code. It's important to simulate different designs and make adjustments based on business goals and constraints, which I always consider throughout the process.

To ensure effective communication with clients, I prioritize active listening and clarifying their requirements early on. My strategy includes regular check-ins during the project to stay aligned with their needs. Additionally, I make use of clear, jargon-free language and visual aids to present technical information and ensure clients feel involved in the decision-making process.

In one of my previous projects, we faced significant delays due to miscommunication between teams. I tackled this by establishing a more structured communication framework, including weekly update meetings and documentation protocols. This not only increased transparency but also fostered collaborative problem-solving, helping us get back on track and ultimately deliver a successful project.

I stay updated with the latest technologies in cloud computing through a mix of continuous learning and community engagement. I follow industry news, attend webinars, and participate in online forums. Additionally, I am keen on pursuing relevant certifications and participating in technology meetups, which allow me to network with peers and learn from experts in the field.

To ensure security in cloud architecture, I implement best practices such as the principle of least privilege, where access controls are defined based on role requirements. Regular security audits and vulnerability assessments are crucial. Additionally, I make use of encryption for data at rest and in transit, and I keep up with compliance standards relevant to our operations.

In a DevSecOps environment, my approach focuses on integrating security from the outset of the development lifecycle. I ensure that security practices are embedded into CI/CD pipelines and advocate for automated security testing. This proactive strategy promotes a culture of shared responsibility for security, aligning development, operations, and security teams to work collaboratively.

To manage multiple projects effectively, I rely on prioritization techniques and project management tools like Kanban or Scrum. I analyze project timelines and resource availability to determine the most critical tasks. Regularly assessing progress and adjusting priorities allows me to ensure that all projects stay on track while maintaining quality and meeting deadlines.

When faced with disagreements among team members about architectural choices, I facilitate open discussions where everyone can present their viewpoints. I encourage a culture of respect and collaboration. If needed, I involve data or case studies to support decision-making, which can help guide us toward a consensus. Keeping communication open fosters a better team dynamic and ultimately leads to better decisions.

I ensure that my architectural designs and decisions are thoroughly documented throughout the project lifecycle. I create clear, concise specifications that outline the architecture and rationale behind decisions, leveraging models and diagrams for clarity. Additionally, I maintain centralized repositories for documents to ensure easy access for all team members and stakeholders, promoting transparency and knowledge-sharing.