Principal Electro-Mechanical Engineer

RTX•Andover, MA

5d•Onsite

About The Position

The RF Microelectronics/Module Design & Foundry Services Department at Raytheon in Andover, MA, is currently seeking a Principal Electro-Mechanical Engineer to develop leading-edge miniaturized 3DHI sensors and systems to enable future generation technologies across Raytheon. The successful candidate will be a highly motivated “self-starter” who will apply strong mechanical and electrical engineering skills to implement innovative solutions to challenging design criteria. They will be involved in research efforts including initial concepts, advanced technology demonstrations, and will have the opportunity to follow product development from beginning to end, including documentation, fabrication, assembly, and test/delivery of a range of microelectronics products. This position requires strong interpersonal, written, and verbal communication skills to maintain positive relationships & satisfaction with Program leadership (Engineering and Program Management). Knowledge of semiconductor manufacturing processes and materials and prior experience working with contract manufacturers (OSATs) is highly desired. The role requires knowledge of high-density microelectronic packaging designs including Interposers, organic substrates, wafer and chip bumping and general knowledge in areas of electronic components/devices such as ASICs and FPGAs, design of electronic packaging chassis and structures, interconnects (connectors/cables), and thermal management design of high-density electronic systems and electronic enclosures. The successful candidate will have the ability to bring new and fresh ideas to the team, with opportunities to explore research and innovation areas in a collaborative and fun team environment. Additionally, the candidate is expected to follow established procedures in creation of technical data package work products, while working closely with program management and functional supervision to ensure the overall design objectives are met.

Requirements

Typically requires a Bachelor’s Degree in a Science, Technology, Engineering & Math (STEM) Field and a minimum of Eight (8) or more years of relevant experience (An advanced STEM degree could count for 3 years of experience) with mechanical and electrical engineering design.
Experience performing circuit layout design using 2D CAD tools
The ability to obtain and maintain a US security clearance. U.S. citizenship is required as only U.S. citizens are eligible for a security clearance

Nice To Haves

A Master’s degree or PhD. in a Science, Technology, Engineering & Math (STEM) Field
Experience in RF circuit design, including 3D EM simulation in HFSS or similar tools
Circuit layout design experience using 2D and 3D CAD tools (Cadence Virtuoso and/or Allegro/APD+)
Experience and familiarity with selection and oversight for semiconductor wafer processing and finishing (plating, bumping, dicing)
Design experience with 3D and 2.5D packaging, complex CAD/EDA software design workflows, and RF/Thermal/Digital co-design
Experience qualifying and implementing cutting edge materials, fabrication techniques, and understanding of relevant materials used in semiconductor manufacturing and packaging
Strong background in development, documentation, fabrication, assembly, and test/delivery of military/defense and/or commercial state-of-the-art electronic products
Experience with designing electronics for extreme environmental requirements and design constraints
Proficiency with 3D Mechanical CAD modeling and analysis tools (e.g., Solidworks, Creo).
Experience in Geometric Dimensioning and Tolerance analysis for drawings
Current DoD Secret level security clearance
Innovative attitude to apply towards research and development of new technologies
Excellent interpersonal and multi-tasking skills
Excellent written and verbal communication skills
Ability to work independently and in a team environment, including as a leader of small teams

Responsibilities

Work with cross-functional hardware engineering teams to develop advanced microelectronics packages including 3DHI, 3D, and 2.5D (interposer + chiplets) and novel material and process solutions for RF, digital, mixed-signal, and photonics products
Leverage industry-leading manufacturing and novel materials to achieve new levels of electro-mechanical performance and reliability