Calibration Engineer in San Antonio, Texas at EControls

EControls is a global provider of innovative, state-of-the-art integrated controls solutions for internal combustion engines and electric drive systems in the off-highway, on-highway, and stationary equipment markets. EControls designs world-class, full-authority engine management systems for major OEMs around the world. Our global engine development labs and engineering staff offer full-range support, from design guidance for base engine conversion to hardware, software, and engine calibration to meet each application's specific requirements.
We are passionate about customer satisfaction and service. We fearlessly engage in any effort that will eliminate our customers’ risk and clear a path to their success. We immerse ourselves in our customers’ world, reveal unknowns and deliver integrated solutions.
We are seeking a highly motivated engine Calibration Engineer with desire to work both in our extensive dynamometer lab and with our customers. We offer an environment that is always interesting & challenging.

Responsibilities

· Understand and apply engine operating fundamentals, engine management strategies, and calibration techniques

· Complete solid engine and application calibrations in a timely manner, meeting the customer performance targets

· Test new and existing engine products, as required, validating suitability for use in customer applications

· Provide technical support to our customers on all aspects of their application as it relates to our products and calibration

· Performs other related duties as assigned

Requirements

• BS in Mechanical/Electrical/Aerospace Engineering or equivalent.
• Previous exposure to engine calibration/testing/development.
• Working knowledge of PC-based presentation, spreadsheet, & word processing software.
• Basic understanding in following engineering disciplines; electrical, software, & mechanical.
• Basic understanding of equations governing hydraulics/pneumatics, rotational/linear mechanical dynamics, thermodynamics, electrical circuits, and compressible flow.