Lead Software Engineer (Java)

Key Accountabilities (1)

1. Low-Level Architecture Design & Development

• Contribute to low-level architecture design and develop software components that meet efficiency, scalability, and security standards.

• Work closely with architects and senior engineers to optimize system design and implementation.

2. Technical Mentorship & Process Improvement

• Guide Officer-level engineers, providing mentorship on best practices, coding standards, and development workflows.

• Identify areas for process improvements and drive adoption of engineering best practices within the team.

Key Accountabilities (2)

3. Code Quality & Optimization

• Lead peer code reviews, enforce coding standards, and improve overall code maintainability.

• Optimize software for performance, scalability, and security, ensuring high reliability in production environments.

4. Testing & Debugging

• Conduct unit testing, integration testing, and contract testing to ensure software reliability.

• Collaborate with QE teams to diagnose, troubleshoot, and resolve complex defects promptly.

• Promote test automation to improve software stability and release efficiency.

Key Accountabilities (3)

5. Technical Documentation

• Create and maintain clear, structured documentation, including:

• API specifications

• System design documents

• Coding and architectural guidelines

• Ensure documentation is regularly updated and aligned with system changes.

Success Profile - Qualifications and Experiences

Qualifications: Bachelor's or Master's Degree in Computer Science, Software Engineering, Information Technology, or a related field.

Work Experience:

• At least 6 years of experience in the engineering field.

• Proficiency in programming languages related to application development. Backend: Java (Spring Boot)

• Experience with Frontend programming is a plus.

• Experience in managing technical teams and mediating in the work environment.

• Experience in leading and managing system/software delivery.

• Experience in both architecture and software design implementation.

• SOLID Principle

• Design Patterns

• Microservices architectures

• Observability (monitoring, logging, tracing)

• Compiling and runtime deep understanding

• Experience in advanced aspects of the engineering field:

• High performance, concurrency

• Security best practices

• Emerging technology

Foreign Language: English as per the organization's regulations