Electrical Computer Aided Designer Engineer (ECAD) II

RTX•Tucson, AZ

1d•Onsite

About The Position

The Product Design and Packaging (PDP) Team at Raytheon is seeking an Electrical Engineer II to join their team as an Electrical Computer Aided Designer Engineer (ECAD). This position is an onsite role, located in Tucson, AZ. The role is responsible for Printed Circuit Board (PCB) designs from conception to manufacturing, including the creation of PCB, Circuit Card Assembly (CCA), and Schematic drawings for suppliers. This involves Schematic Capture, Component Placement, Routing of Traces, and Gerber/ODB++ file creation using Siemens Xpedition Enterprise and DownStream Technologies BluePrint-PCB. Design layouts will include Rigid, Flex, and Rigid-Flex assemblies. The work involves full designs, re-spins, drawing updates, change notices, copper changes, and process improvement projects. The ECAD Engineer will have daily interface with various engineering levels and disciplines, including Electrical, Mechanical, Components, Test, and Producibility Engineering, to ensure design requirements are met while considering cost, cycle time, and producibility.

Requirements

Typically requires a degree in Science, Technology, Engineering or Mathematics (STEM) and a minimum of 2 years of prior relevant experience
Experience with PCB manufacturing or CCA manufacturing principles that affect circuitry and component layout along with RF specific layout techniques
Experience with the electrical design process including RF layout
Experience with laying out Rigid, Flex, or Rigid-Flex boards
Active Secret DoD security clearance

Nice To Haves

Working knowledge of Analog, Digital including DDR, RF, Power, and mixed technology, including multi-layer designs with High Density Interconnect (HDI) technology
Technical PCB design skills using the Siemens design toolset including, but not limited to the Xpedition Layout tool suite with working knowledge of schematic capture, placement, routing, use of the auto-router, constraint manager, and library tools, and use of BluePrint to create complex PCB and CCA drawings
Export manufacturing data in both Gerber and ODB++ formats
Awareness of Valor NPI, Design for Manufacturing rule sets, other Design Rule Checking software
Understanding of drawings as they relate to PCB’s and CCA’s
Awareness of IPC 6012 & IPC 6013
Knowledge of military and commercial design standards, GD&T techniques, and overall producibility considerations related to electronic packaging
Strong written and verbal communication skills as well as strong customer interaction skills with engineers of all levels within own discipline
Must be able to communicate effectively through various means including Telecoms, MS Teams, Zoom, video conferencing, etc.
Ability to effectively multi-task and able to make improvements of processes, systems, or products to enhance performance of the work area
Must be able to assist in developing technical solutions to semi-complex problems through use of ingenuity and creativity with moderate supervision
Must be a self-starter and possess the ability to work autonomously while establishing schedule and priority needs
Must be proactive not only within their own discipline, but be able to apply those qualities to other similar/complementary disciplines with minimal supervision
Working knowledge of operating system concepts and implementations, network services as related to Microsoft Windows suites

Responsibilities

Responsible for Printed Circuit Board (PCB) designs from conception to manufacturing
Creation of the PCB, Circuit Card Assembly (CCA), and Schematic drawings for suppliers
Schematic Capture, Component Placement, Routing of Traces, Gerber/ODB++ file creation
Design layouts include Rigid, Flex, and Rigid-Flex assemblies
Working designs include full designs, re-spins, drawing updates, change notices, copper changes, and process improvement projects within and outside own discipline
Daily interface with various engineering levels along with different engineering disciplines including, but not limited to Electrical, Mechanical, Components, Test, and Producibility Engineering disciplines to ensure that the overall design requirements are captured, keeping cost, cycle time, and producibility in mind