PLM System Architect

Quick Facts

• Role: PLM System Architect (enterprise software)

• Focus: Product Lifecycle Management (PLM) and product information systems

Description

Join the IS&T Product Engineering Systems group as a PLM System Architect to build innovative enterprise software applications for managing product information across hardware and software development. You will define requirements with business partners, develop architecture and detailed designs, and own engineering and product feature work through release cycles, including implementation and maintenance.

Responsibilities

• Work with business partners to define project requirements

• Develop architecture and detailed design

• Implement and maintain PLM solutions

• Own engineering and product feature work across release cycles

• Design solutions for scalability, extensibility, security, and performance

• Collaborate with multi-functional IS&T and business groups

• Provide hands-on coding and technical leadership with developers and vendors

Requirements

• 15+ years in enterprise systems architecture, including deep experience designing scalable, distributed, and highly available environments at global scale

• Expertise designing multi-tiered, service-oriented, and microservice-based application architectures

• Deep experience with large-scale data architecture (relational and NoSQL), data warehousing/lakes, streaming/event-driven pipelines, caching, and high-volume ETL/ELT

• Demonstrated technical leadership driving architecture across teams and vendors; ability to translate complex business requirements into system design

• Bachelor’s degree in Computer Science or related field

Preferred Qualifications

• Experience with Siemens Teamcenter PLM

• Knowledge of Change Management, BOM Management, CAD & ERP, Manufacturing, and other PLM areas

• Experience with enterprise solutions such as ERP, MES, ALM, and MDM

• Full lifecycle PLM enterprise application implementation (analyze, design, build, test, implement, support)

• Big data technologies: Kafka, Solr, Cassandra

• Containerization: Docker, Kubernetes

• TDD; CI/CD and DevOps best practices; build tools such as Maven, Bazel, CMake; Git-based source control (GitHub, GitLab)

• Observability and telemetry frameworks

• System security, data integrity, and redundancy best practices

• Ability to collaborate with stakeholders from developers to executives to gather requirements and build robust architectures

Benefits

• Work on high-impact projects that support product design and innovation

• Fast-growing environment encouraging Think Different and delivering on-time results