Systems Engineer

Develop test/data algorithms for reducing instrumentation and data streams to meaningful quantification of system actions, behaviors, and outcomes Evaluate customer/operational needs to define system performance requirements, integrate technical parameters and assure compatibility of all functional and program interfaces Apply advanced systems/software technologies and principles to develop innovative solutions for in-service and next generation complex software systems Apply an interdisciplinary, collaborative approach to plan, design, develop and verify life cycle balanced system of systems and system solutions Analyze and decompose requirements, review software designs, generate test cases, test procedures, and test plans, and troubleshoot discrepancies to fulfill customer needs Perform analyses to optimize total system of systems and/or system architecture Determine operational feasibility by evaluating analysis, problem definition, requirements, solution development, and proposed solutions Determine SysML model implementation of Systems Engineering designs Communicate directly with customer and users to understand need and drive cross-functional technical issues/challenges to closure Requirements Bachelor’s Degree in engineering, computer science, mathematics, physics, other STEM field, or equivalent full-time professional experience 3-5+ years of relevant experience Ability and interest in the logical, systematic conversion of program requirements into viable technical solutions Mathematical and communication skills to understand what System Users and Testers need to make decisions and do assessments rapidly and accurately Understanding of System Engineering and Software Engineering best practices. Ability to communicate with customer Subject Matter Experts and understand their processes and designs. Understanding of performing test and integration, applying best engineering practices, and developing test methodologies Ability to apply analysis to systems, data, and processes to determine if exhibited Behavior is expected Ability to understand system behavior through reading system specifications and requirements Understanding of the activities described by the Systems Engineering V-Model Ability to work on-site with potential hybrid flexibility Ability to travel approximately 10% Core Competencies Demonstrates expertise in Systems Engineering and Software Engineering best practices, with a strong ability to analyze requirements and develop innovative solutions for complex software systems. Proficient in applying mathematical and communication skills to optimize system performance and ensure compatibility across functional interfaces. Highest-signal resume keywords Systems Engineering Software Engineering Test Methodologies SysML Model Implementation Requirements Analysis Hard Skills Data Algorithms Development System Performance Requirements Test Case Generation Troubleshooting Discrepancies System Architecture Optimization Behavior Analysis Integration Testing Mathematical Analysis Soft Skills Communication Skills Collaborative Approach Problem-Solving Industry Keywords STEM Field V-Model Operational Feasibility Cross-Functional Technical Issues #J-18808-Ljbffr Jobtailor