Sr Systems Engineer - Mobile

Position Summary

The Sr Systems Engineer is responsible for Motion Control System Engineering design and controls development work for various applications in the Off-highway equipment market and US defense Industry. Initiating, developing and validating motion control systems on target market applications. Utilize application and motion control knowledge to apply correct technology to meet project goals.

Position is responsible for initiating and developing motion control system design concepts to meet project goals such as cost objectives, schedule requirements, defined project performance requirements, validate machine parameters and criteria. Regularly performs as consultant and resource for targeted customer base on topics related to motion control industry including hydraulics, pneumatics & electromechanical solutions.

__ Has Direct Reports _X_ Does Not Have Direct Reports

• Layout, design and create hydraulic, pneumatic and electrical drawings via CAD systems.
• Develop control architectures for advanced motion control systems or subsystems utilizing various control strategies based on project requirement goals and with electronic control modules when necessary.
• Perform mathematical modeling and simulation for hydraulic systems using computer aided tools.
• Develops test plans for system/subsystems and perform accelerated performance testing of hydraulic system and components on prototype builds.
• Monitor prototype builds and assure proper assembly and functionality
• Review, analyze and report on system performance compliance via test reports, spec sheets, etc. Develop action plans to meet compliance if necessary.
• Write work instructions for prototype and test technicians. Capable of working in lab environment as required to complete prototype build / testing.
• Provide leadership and coordination to engineering team. Work with multi-functional team to develop cost effective, reliable, and easy to manufacture systems / sub-systems.
• Define and document system descriptions and validation processes, including required embedded traceability, necessary to achieve acceptance. Develop predictive models that satisfactorily simulate and verify system performance.
• Develop system interface, maintenance, and training approaches and documentation including functional diagrams, schematics, interface control documents, reports of performance, function, safety, and reliability requirements analysis, system function, and/or existing technology/manufacturing capability.
• Provide technical system information affecting long range plant and product engineering planning. Communicates with customer to identify new business opportunities, present Parker systems capabilities, and clarify customers  technical requirements. Write technical proposals for customers by reviewing and interpreting system requirements.
• Lead or participate in studies to evaluate or determine feasibility of new or modified equipment and related systems considering technical and economic factors, available resources, time constraints, and customer impact. Present study results and recommendations to appropriate people.
• Investigate pertinent system design factors such as function, performance, availability of materials and equipment, interchangeability, replaceability, strength-weight efficiency, contractual specification requirements, determining optimum solutions and implementing recommendations.
• Prepare or direct preparation of system layout, detailed drawings, and schematics by coordinating with engineering design, interpreting customer and functional requirements, or by using engineering computer-aided design tools and following industry and/or military design standards. Develops critical data and makes preliminary system layouts and documentation necessary to present system proposals to customers.
• Review drawings and layouts to ensure clarity, completeness, form, fit, functionality, and conformity to standards, procedures, and specifications. Identify design errors, omissions, and other deficiencies at the component and system levels, and directs revisions and improvements to engineers or other designers. Lead efforts to obtain industry/governmental agency approval.
• Refine and enhance products and processes by applying continuous improvement principles and technique. Recommend actions by analyzing and interpreting data and making comparative analyses. Analyze proposed changes in methods and materials.
• Maintain professional and technical knowledge by attending educational workshops, reviewing technical publications, benchmarking best practices, and/or participating in professional associations.
• Represent company on high-level projects and shares specialized knowledge with others. Train and mentor less experienced employees. Contribute to team effort by accomplishing related results as needed. Work assignments may include cross-functional or project team responsibilities (e.g. continuous improvement).

• Bachelor s…