Top Engineering Jobs in Dublin

Technical leader responsible for designing, developing, and delivering scalable, secure, cloud-native microservices. Drives architecture, mentors engineers, performs code reviews, leads incident resolution, and evaluates AI integrations and PoCs while collaborating with cross-functional stakeholders.

Lead technical design and delivery of scalable, secure microservices-based platforms. Define architecture and standards, perform code reviews, troubleshoot production issues, mentor engineers, collaborate cross-functionally, and drive AI-enabled solutions and PoCs.

Lead technical design and delivery of scalable, secure, cloud-native microservices. Define architecture and standards, perform code reviews, troubleshoot production issues, mentor engineers, drive AI-enabled solutions and PoCs, and collaborate with cross-functional stakeholders.

Technical leader responsible for designing, building, and delivering scalable, secure cloud-native microservices. Drive architecture and standards, perform code reviews, mentor engineers, lead production troubleshooting, integrate AI solutions, and collaborate cross-functionally to deliver enterprise initiatives and PoCs.

Lead technical design, develop and deliver scalable, secure microservices and AI-enabled cloud-native solutions. Guide architecture decisions, perform code reviews, troubleshoot production issues, mentor engineers, and drive engineering best practices and innovation.

Lead technical design, develop and deliver scalable, secure microservices-based platforms. Define architecture and engineering standards, drive cross-team technical decisions, perform code reviews, troubleshoot production issues, mentor engineers, and evaluate/employ AI solutions and PoCs to advance product and platform modernization.

Design, build, test, and operate scalable, resilient payment services with an emphasis on performance engineering: define NFRs, run performance tests, tune JVM/database/infrastructure, build test automation, conduct capacity planning, and drive observability and operational readiness across the SDLC.

Lead design, build, test, and operate scalable, resilient payment services with a focus on performance engineering. Define NFRs, run performance tests, tune JVM/database/network, drive capacity planning, build performance automation, and mentor engineers to ensure production readiness and observability.

Design, build, test, and operate scalable, resilient payment services. Lead performance engineering: define NFRs, run performance tests, tune JVM/database/container/network, create automation and observability, drive capacity planning, troubleshoot production issues, and mentor engineers to ensure operational readiness and reliability.

Design, develop, test, and operate scalable, resilient, cloud-native payment services. Lead performance engineering: define NFRs, conduct performance testing, tune JVM/DB/network, build test frameworks, drive capacity planning, and improve observability and reliability across the SDLC.