Software Development Engineer II (SDE-2)

Saxon Global•Addison, TX

About The Position

Seeking a Manager / Software Development Engineer II (SDE-2) to provide hands-on technical leadership for enterprise-scale Java microservices and modernization programs. This role combines architecture and solution design, critical-path engineering, delivery leadership, client consulting, and team mentorship. The SDE-2 will work with client stakeholders and globally distributed teams to build secure, resilient, observable, and maintainable platforms on AWS. Role emphasis: Hands-on engineering leadership, multi-solution architecture, client-facing delivery, and pragmatic use of AI with human validation and accountability.

Requirements

Java Microservices Engineering & Architecture: Deep hands-on expertise in Java, Spring Boot, REST APIs, distributed systems, microservices design, architecture trade-offs, NFRs, and enterprise-scale solution design.
Cloud-Native Platform Delivery: Strong AWS experience with Docker, Kubernetes/EKS, Kafka/event-driven architecture, secure integrations, CI/CD, DevSecOps, observability, and production readiness.
Technical Leadership & Client Consulting: Proven ability to lead distributed engineering teams, mentor developers, manage delivery risks, communicate with client stakeholders, estimate work, and drive modernization outcomes.

Nice To Haves

Travel & Hospitality exposure would be preferred.

Responsibilities

Own technical outcomes for scalable, resilient, secure, and maintainable Java microservices and distributed systems.
Lead solution design and modernization decisions across multiple services and business capabilities, not only a single module.
Translate business needs into architecture, delivery plans, technical designs, estimates, risks, and measurable acceptance criteria.
Guide engineers through design reviews, critical code contributions, pull request reviews, structured problem solving, and technical coaching.
Use AI-assisted Code2Spec and Spec2Code approaches to accelerate legacy modernization while preserving functional equivalence, security, and engineering quality.
Build client confidence through clear communication, early risk escalation, reliable delivery, and evidence-based recommendations.
Lead the end-to-end design, development, testing, deployment, and support of Java-based microservices, REST APIs, and event-driven applications.
Remain hands-on in architecture, design, prototypes, critical code paths, complex debugging, performance tuning, and technical decision-making.
Create and review architecture artifacts, technical design documents, API contracts, sequence and data flows, threat considerations, and implementation approaches.
Drive sound decisions across scalability, availability, resilience, security, observability, maintainability, and cost.
Act as a technical escalation point for complex application, integration, data, cloud, and production issues; lead root-cause analysis and durable remediation.
Lead discovery sessions, technical workshops, architecture reviews, solution walkthroughs, demos, and modernization planning with client stakeholders.
Explain architecture options, trade-offs, assumptions, dependencies, risks, and recommendations to technical and non-technical audiences.
Partner with product, architecture, quality engineering, security, DevOps, and program leadership to align technology outcomes with business goals.
Provide credible estimates, identify delivery and technical risks early, define mitigation plans, and support predictable sprint and release commitments.
Collaborate across US, nearshore, and offshore teams, helping establish clear ownership, engineering standards, and effective ways of working.
Design and deliver AWS-hosted solutions using appropriate compute, storage, identity, monitoring, database, messaging, and container services.
Containerize applications with Docker and deploy or support workloads on Kubernetes, including Amazon EKS where applicable.
Design Kafka-based producer and consumer flows, delivery semantics, error handling, replay, idempotency, schema evolution, and operational support.
Guide secure integration with authentication and authorization services, internal and third-party APIs, relational or NoSQL data stores, and enterprise messaging platforms.
Apply cloud-native and microservices patterns while avoiding unnecessary complexity and unmanaged operational risk.
Guide Jenkins-based CI/CD, GitHub branching and pull request workflows, automated quality checks, artifact management, deployment, and release practices.
Enforce meaningful unit, component, contract, integration, regression, and performance testing; use SonarQube quality gates and static analysis responsibly.
Define and validate non-functional requirements for performance, capacity, availability, reliability, security, recovery, and maintainability.
Use Dynatrace and complementary telemetry for dashboards, diagnostics, alerting, production health, and continuous reliability improvement.
Lead production readiness reviews, incident analysis, corrective actions, and technical debt prioritization.
Use enterprise-approved AI engineering tools, which may include Publicis Sapient Slingshot, Cursor, Amazon Kiro, Claude, or comparable platforms.
Apply Code2Spec practices to derive functional and technical specifications, interfaces, business rules, dependencies, and validation conditions from legacy code.
Apply Spec2Code practices to accelerate target-state Java microservices while maintaining architecture standards, secure coding, testability, and human review.
Design validation methods that compare legacy and migrated behavior through traceability, regression, data reconciliation, boundary checks, exception analysis, and targeted manual review.
Ensure engineers understand generated code and remain accountable for correctness, security, privacy, maintainability, and production outcomes.
Mentor and guide engineers through technical coaching, code reviews, pairing, design feedback, and structured problem-solving.
Delegate effectively while retaining accountability for technical quality, delivery outcomes, and operational readiness.
Promote a culture of ownership, constructive challenge, continuous learning, documentation, inclusion, and blameless improvement.
Contribute to interviewing, technical assessment, onboarding, capability development, and engineering community initiatives.