In this role, the selected candidate will provide electrical engineering support for new product development projects including technical expertise, risk assessments, task scheduling/forecasting, and systems engineering analysis.
In this role, you will evaluate customer requests and determine performance requirements for mechanical and electromechanical systems in Customized Machines for industrial activities such as assembly, materials processing, dispensing, packaging, cutting, and inspecting.
In this role, you will performs the fundamental engineering tasks associated with the design and development of mechanical systems to product requirements and specifications. Typical products include suspension systems, final drives, and custom gearbox applications.
In this role, you will interact with many different areas of a vehicle that will encompass a rewarding experience to gain extensive working knowledge of vehicle and electrical architecture in addition to electrical component validation.
he ideal candidate will be expected to design mechanical components using 3D CAD software: Pro-E (PTC Creo), SolidWorks, AutoDesk Inventor, etc. Evaluate customer requirements and translate them into design specifications.
In this role, you will be responsible to exercise technical direction over other engineers or engineering support personnel and may have work direction responsibilities over a small group with specific engineering objectives.
As a Software Design Engineer, you will be responsible for providing software engineering support for legacy products in accordance with internal software development lifecycle requirements, and in compliance with FDA software development guidance.
In this role, you will design experience in several of the following areas: Analog & Digital Video Systems, CMOS Cameras, Advanced Driver Assist Systems, Vehicle Safety Systems, Wireless Communication Systems, or High Volume Embedded Systems.
This is a product design role for Terex products under the Simplicity name and will be tasked with developing and applying reliable engineering methods, theories and research techniques in the investigation to develop new products and/or improve existing products.