Lead Software Architect

You will be joining Engineering(R&D) team in CCS Service practice.

• We are looking for an experienced Software Architect to make intuitive high level decisions for software development.
• You will see the big picture and create architectural approaches for software design and implementation to guide the development team.
• Strong experience in managing microservice based architectures.
• Technology, engineering or related University Degree or student (MSc or BSc)
• Deep technical knowledge and expertise in at least two of the following public cloud providers: Amazon Web Services, Google Cloud Platform, Microsoft Azure
• Deep know-how on orchestration systems, like Kubernetes and Helm, with proven hands-on experience
• Containerization technologies, like Docker
• UNIX/Linux, including shell scripting, networking, storage and general administration
• Virtualization systems (e.g. VMware or Openstack)
• Automation frameworks and toolsets, like Ansible, Puppet, Chef, Terraform, Jenkins or Artifactory
• Proficient using Git, Python, Bash and Perl
• Agile development methodologies and scaled Agile Frameworks like Scrum and SAFe.
• Fluent spoken and written English capabilities
• Self-driven and creative
• Strongly proactive and with high problem-solving skills

• Support and implement architectural and strategic decisions for best-in-class software systems based on Cloud-native principles.
• Independently own & design the system architecture, creating technical blueprints and ensuring that the software design is scalable and aligns with the organizations business strategy.
• Developing new systems and redesign existing ones, showing personal accountability and successful delivery
• Able to manage individual project priorities, deadlines and deliverables
• Analysing internal and external business challenges in order to recommend best practices to improve products, processes and services
• Applying and maintaining high quality standards
• Participating in process and tools evolution and its improvements, identifying bottlenecks, deficiencies, and points for improvements