Sr. Analytical Engineer - Dynamics Simulation and Analysis

Komatsu is an indispensable partner to the construction, mining, forestry, forklift, and industrial machinery markets, maximizing value for customers through innovative solutions. With a diverse line of products supported by our advanced IoT technologies, regional distribution channels, and a global service network, we tap into the power of data and technology to enhance safety and productivity while optimizing performance. Komatsu supports a myriad of markets, including housing, infrastructure, water, pipeline, minerals, automobile, aerospace, electronics and medical, through its many brands and subsidiaries, including TimberPro, Joy, P&H, Montabert, Modular Mining Systems, Hensley Industries, NTC, and Gigaphoton.

Job Overview

Analyze complex mechanical components, structures, and systems in concept, design, or hardware stages to insure adequate performance for the intended function.  Recommend and evaluate design modifications to solve product reliability issues, improve performance, and add value.  Provide leadership in the development of advanced analytical methods and techniques utilizing state-of-the-art technology.

Key Job Responsibilities

• Plan and execute analysis of models of mining vehicles, and systems to evaluate adequacy of function, product service life and/or strength, by applying state-of-the-art, computer-based, multi-body dynamic simulation, control simulation and other analysis methods.  Evaluate and/or establish system dynamic response, make product improvement recommendations, and assist in the cost-effective solution of product reliability issues.
• Maintain open communications with all internal and external customers and suppliers, providing technical guidance and support, as well as promoting free exchange of ideas and information, in order to produce a superior product.
• Remain current in knowledge of structural analysis techniques and tools, including both solid and finite element (FE) modeling and analysis software such as ANSYS, in order to produce timely and accurate results.  This includes attendance at software user conferences, as well as technical seminars.
• Prepare clear, concise, neat, and comprehensive technical data reports for the purpose of communicating results and recommendations, as well as for documenting procedures for others to follow.
• Maintain a working knowledge of computer systems and available software such as Microsoft Word, EXCEL, and PowerPoint for purposes of expediting analysis results, as well as for presentation of data.
• Provide leadership in the development of new and advanced analytical methods and techniques utilizing state-of-the-art technology in an effort to continually improve upon timeliness and accuracy of solutions.
• Assume project responsibility on major analyses by providing planning, technical guidance, and coordination with both inside and outside functions, as required, to complete the assignment as scheduled.  This may include supervision of other Analytical personnel.
• Maintain a working knowledge of strain gage and load/pressure transducer applications, including familiarity with available test software used in reviewing and analyzing acquired data, for purposes of enhancing understanding of product application and responses and for correlation with analysis results.
• Provide assistance to test department whenever appropriate, e.g., in providing load/displacement expectations, in placement of strain gages and/or transducers, for purposes of most accurately validating and assessing performance of components, structures, and systems.
• Provide technical support to product design and test personnel, as well as specialized engineering committees, to assist in establishing performance and reliability criteria for purposes of standardizing and maintaining consistency in product evaluation.
• Perform other duties as assigned

Qualifications/Requirements

• B.S. in Engineering, Technology, Mathematics, or related science.
• Knowledge of Rigid Body Kinematics and Dynamics Modeling, including Multi-Body Dynamics (MBD) and related software (MSC Adams preferred)
• Experience in multiple simulation areas that may include:
  • Flexible Body Dynamics Modeling, including Transient Finite Element Analysis (FEA) and Integration into an MBD Environment (Ansys preferred)
  • Multi-domain Modeling including mechanical, hydraulics, pneumatics, or electrical systems (examples: MSC Easy5 or Simulink preferred, Automation Studios)
  •  Modeling and Design of Controls (Example: Simulink, Matlab)
• 6+ yrs. total experience in Simulation: 3+ in general simulation and 3+ in Dynamics Simulation.  Testing experience is a benefit.
• Strong background in mechanical engineering fundamentals with demonstrated competency in Theoretical and Applied Mechanics, including