Lead Software Engineer (Backend Specialist - Java)

Responsibilities:

• Make sure that overall software quality and standard to meet the industry standard.
• Project scoping to fit with business and technology condition.
• Cross team support to improve development process and way of communication
• Facilitate all machinery, utilities and facilities to ensure they are in good conditions and able to run efficiently.
• Resource planning to meet the project plan.
• Work with project management to ensure project status is accurate and issues are raised up quickly
• Work with the architecture team and development team to design solutions and define common roadmaps
• Participate in all grooming and priority setting sessions with stakeholders
• Documenting processes and monitoring performance metrics.
• Organize regular meetings with all departments to ensure open communication and expectations throughout a project
• Documenting processes and monitoring performance metrics.
• Manage unplanned work or emergency case related to production incident and team well-being.

Qualifications:

• Bachelor’s or master’s degree in the field of Software Engineering, MIS, Computer Science, Engineering, IT, or related field.
• Minimum 10 years of experience in software development, project management, including all aspects of process development life cycle (classic or agile methodology) and document life cycle management.
• Strong knowledge of IT Architecture, IT Governance, Application, Digital Security, Data Management, Quality Assurance, Vendor Management, Cloud Computing.
• Technical background and experience in development.
• Analytical skills and the ability to see the connections between layers of business operations.
• Ability to consult management and engineering teams with technical advice.
• Experience working in Project Management: Agile
• (Optional) Strong written & verbal command of English

Mandatory technical skills:

• Programming languages in Java.
• Strong in Spring boot framework.
• PL/SQL, SQL/NoSQL Database e.g., MySQL, PostgreSQL, Oracle, MongoDB
• Microservices architecture.
• Container (Docker, Kubernetes, OpenShift) platform.
• Deployment and DevOps.
• Public cloud such as AWS, GCP and Azure.