Senior Software Development Engineer, Core Infrastructure

📋 Description

• Architect, design, and develop core infrastructure components that enhance the security, scalability, reliability, and maintainability of enterprise software products.
• Lead the delivery of complex technical initiatives by defining clear implementation strategies, coordinating with multiple engineering teams, and managing technical dependencies.
• Investigate, troubleshoot, and resolve critical production issues, identifying root causes and implementing long-term improvements to strengthen system robustness.
• Collaborate with Product Management, Engineering, Customer Success, and other stakeholders to translate business and technical requirements into scalable software solutions.
• Contribute to the evolution of engineering standards, development processes, and technical best practices across the organization.
• Support customer-facing teams by analyzing complex production environments, identifying effective solutions, and helping resolve high-priority technical challenges.

🎯 Requirements

• 5–10 years of professional experience developing enterprise software applications using Java.
• Strong expertise in designing, debugging, and optimizing complex software systems, including performance, scalability, multithreading, and operating system interactions.
• Proven experience building reliable, high-performance backend systems using modern software engineering principles and best practices.
• Excellent analytical thinking and problem-solving skills, with the ability to diagnose complex production issues efficiently.
• Experience working in distributed or international engineering teams with strong written and verbal communication skills.
• Bachelor's degree or higher in Computer Science or a related technical discipline.

🎁 Benefits

• Opportunity to work on highly scalable enterprise infrastructure and mission-critical technologies.
• Collaborative international engineering environment with exposure to globally distributed teams.
• Opportunity to influence technical direction, engineering practices, and platform architecture.
• Continuous learning through challenging projects and exposure to modern infrastructure technologies.
• Professional growth within a high-performing engineering organization.
• Flexible and collaborative work environment that encourages innovation and knowledge sharing.