SDET

• Design and implement software to verify and validate safety-critical industrial automation equipment
• Work with a team to design and implement automated tests and test infrastructure
• Participate in reviews of product requirements, test designs, and implementations
• Collaborate with multifunctional teams to solve engineering challenges
• Analyze change requests and assess impacts on product testing and schedules
• Collaborate with firmware developers

Software Test Engineer, C# – .NET

• Provide technical and people leadership for a Systems Test Engineering team responsible for system-level testing of complex medical devices across Cardiovascular and Ultrasound businesses
• Develop and advance capabilities spanning design verification, validation, reliability engineering, test methods, fixtures, tools, automation, and test infrastructure
• Develop system test and design verification strategies for complex medical devices
• Provide guidance in requirements-based testing, design verification, validation support, test method development, test fixtures, automated testing, data acquisition, test tools, and test infrastructure
• Support verification approaches that provide objective evidence of compliance with system and subsystem requirements, intended performance, and regulatory and quality requirements
• Develop risk-based test strategies linking requirements, architecture, use cases, risk management, verification, and reliability
• Oversee test protocols, methods, fixtures, equipment qualification, test method validation, data analysis, traceability, and verification reports
• Improve test coverage, repeatability, efficiency, data quality, and development speed through automation and modern test practices
• Contribute to reliability planning, demonstration testing, accelerated life testing, environmental/stress testing, statistical analysis, failure analysis, and reliability growth
• Direct investigation of complex system failures and product performance issues, including root-cause analysis and corrective actions
• Partner with Systems, Hardware, Software, Quality, Regulatory, Clinical, Manufacturing Engineering, and Program Management
• Participate in design reviews, risk reviews, verification readiness reviews, and product development milestones
• Improve engineering procedures, standards, tools, laboratory capabilities, and best practices while maintaining quality-system and regulatory compliance
• Coach and develop Systems Test Engineers through technical mentorship, performance feedback, and career development
• Support expectations, priorities, accountability, performance objectives, talent plans, staffing plans, succession plans, and team capability development
• Attract, select, onboard, and retain engineering talent and build a diverse team
• Balance project execution with longer-term capability development
• Encourage collaboration and knowledge sharing across disciplines, business units, sites, and external partners
• Contribute to Cardiovascular and Ultrasound technical and product development strategies
• Develop product roadmaps, technology strategies, capability plans, resource plans, laboratory plans, and technology plans
• Develop multi-year roadmaps for automation, test platforms, fixtures, simulation, data analytics, reliability engineering, laboratory infrastructure, and emerging test technologies
• Support resource, capacity, and competency plans for concurrent product development and sustaining programs
• Partner on project planning, schedules, technical risks, resource allocation, and trade-off decisions
• Standardize and reuse test methods, automation frameworks, fixtures, tools, and infrastructure
• Develop metrics for verification effectiveness, test coverage, automation, reliability, quality, engineering efficiency, and organizational capability
• Monitor emerging technologies, industry practices, regulatory expectations, and applicable standards
• Represent Systems Test Engineering in cross-functional leadership forums
• Adhere to company policies, procedures, and business ethics codes

Manager, Systems Test Engineering

• Verify the quality of IoT products spanning devices, gateways, and network-based distributed software
• Ensure developed products meet design specifications and total quality management limits and standards
• Execute functional, regression, and system testing for quality assurance
• Design and develop test cases for new features and improved coverage
• Design and develop test tools to support efficiency and automation
• Install, modify, and maintain test beds, fixtures, and lab equipment for multi-computer, network-based testing
• Collaborate with product development on test focus and issue evaluation
• Manage multiple projects efficiently and effectively
• Use AI tools to accelerate test case drafting, log triage, test automation, and script generation
• Develop skills in test automation, defect analysis, and quality processes alongside developers, architects, and QA engineers

SDET jobs in Minnesota

Software Test Engineer, C# – .NET

Manager, Systems Test Engineering

Software Test Engineer I – Infrastructure Management