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Substrate Engineer Jobs in Arizona (NOW HIRING)

Senior Substrate Layout Engineer

Phoenix, AZ ยท On-site

$97K - $134K/yr

In this role, our team is looking for a Senior Substrate Layout Engineer who will lead complex HDI PCB and substrate layout efforts for advanced microelectronic solutions used in aerospace, defense ...

Senior Substrate Layout Engineer

Phoenix, AZ ยท On-site

$97K - $134K/yr

In this role, our team is looking for a Senior Substrate Layout Engineer who will lead complex HDI PCB and substrate layout efforts for advanced microelectronic solutions used in aerospace, defense ...

Senior Substrate Layout Engineer

Phoenix, AZ ยท On-site

$97K - $134K/yr

In this role, our team is looking for a Senior Substrate Layout Engineer who will lead complex HDI PCB and substrate layout efforts for advanced microelectronic solutions used in aerospace, defense ...

IC Packaging Design Engineer

Chandler, AZ ยท On-site

$138K/yr

The ideal candidates will possess strong expertise in package and substrate design, with hands-on ... and reliability engineering teams. * Support design reviews, issue resolution, and continuous ...

Sr. Director, Thermal Mechanical

Seattle, WA ยท On-site +1

$175K - $225K/yr

Collaborate with OSATs, substrate suppliers, thermal solution vendors, and manufacturing partners to enable scalable deployment. What You Bring * MS or PhD in Mechanical Engineering, Thermal ...

Advanced IC Packaging Engineer

Chandler, AZ ยท On-site

$175K - $225K/yr

Work closely with OSATs, testing, substrate vendors, and materials suppliers to build scalable ... Advanced degree (MS/PhD preferred) in Electrical Engineering, Materials Science, Mechanical ...

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Substrate Engineer information

What are some common challenges Substrate Engineers face when working on high-density interconnect (HDI) designs?

Substrate Engineers often encounter challenges related to managing signal integrity, thermal performance, and miniaturization when working with HDI designs. Balancing the need for dense routing with electrical performance can be complex, especially as device sizes shrink and layer counts increase. Collaboration with PCB designers, materials scientists, and manufacturing teams is crucial to address these issues and ensure the substrate meets both design and production requirements. Keeping up with evolving technologies and industry standards is also essential for success in this role.

What engineers make $300,000 a year?

Senior engineers in specialized fields such as software engineering, petroleum engineering, and aerospace engineering can earn $300,000 or more annually, especially with extensive experience, advanced skills, and in high-demand industries. Roles involving leadership, complex technical expertise, or working in lucrative markets tend to have higher compensation levels.

What are the 7 types of engineers?

Engineers are typically categorized into various disciplines based on their specialization, including civil, mechanical, electrical, chemical, software, aerospace, and industrial engineering. Substrate engineers, a specialized role in semiconductor manufacturing, focus on designing and developing substrate materials used in electronic devices. Understanding different engineering types helps in identifying the skills and tools relevant to each field, which can be important for career development and job opportunities.

Are materials engineers in high demand?

Materials engineers, including those working as substrate engineers, are in high demand due to the growth of electronics, semiconductor, and advanced manufacturing industries. They often require knowledge of materials properties, testing, and industry standards, with employment prospects driven by technological innovation and manufacturing needs.

What is a Substrate Engineer?

A Substrate Engineer is a professional who specializes in designing, developing, and optimizing the underlying frameworks, often referred to as substrates, for electronic devices or software platforms. In the context of electronics, they work with materials and technologies that form the physical base for circuits and chips, ensuring performance, reliability, and manufacturability. In software, especially blockchain, a Substrate Engineer focuses on building and customizing blockchains using the Substrate framework, handling core logic, consensus, and runtime modules. Their role is crucial for creating robust and scalable systems tailored to specific application requirements.

What engineers make $500,000 a year?

Highly experienced engineers in specialized fields such as software engineering, data engineering, or systems architecture can earn $500,000 or more annually, especially in senior or executive roles at large technology companies. These positions often require advanced skills, certifications, and extensive industry experience, and may include bonuses, stock options, or profit sharing as part of compensation packages.

What is the difference between Substrate Engineer vs Semiconductor Process Engineer?

AspectSubstrate EngineerSemiconductor Process Engineer
CredentialsBachelor's or Master's in Materials Science, Electrical Engineering, or related fieldsBachelor's or Master's in Electrical Engineering, Chemical Engineering, or related fields
Work EnvironmentResearch labs, fabrication facilities, semiconductor manufacturing plantsCleanrooms, fabrication facilities, process development labs
Industry UsageSemiconductor manufacturing, electronics, integrated circuitsSemiconductor fabrication, chip production, process optimization
Common Search/ComparisonYesYes

Substrate Engineers focus on developing and optimizing the materials and layers used in semiconductor devices, while Semiconductor Process Engineers work on the overall manufacturing processes to produce chips efficiently. Both roles require similar educational backgrounds and often collaborate within the semiconductor industry, but their specific responsibilities differ in scope and focus.

What are the key skills and qualifications needed to thrive as a Substrate Engineer, and why are they important?

To thrive as a Substrate Engineer, you need a strong background in materials science, semiconductor fabrication, and electrical engineering, often supported by a relevant engineering degree. Familiarity with industry-standard design tools like Cadence or Mentor Graphics, as well as experience with substrate modeling, PCB design, and analysis software, is typically required. Excellent problem-solving skills, attention to detail, and effective communication are crucial soft skills for collaborating across multidisciplinary teams. These qualifications are essential for ensuring high-quality, reliable substrate designs that meet performance, manufacturability, and cost requirements in advanced electronics manufacturing.
Principal PCB & Substrate Layout Engineer

Principal PCB & Substrate Layout Engineer

GCR Professional Services

Phoenix, AZ โ€ข On-site

Other

Posted yesterday


Job description

Principal PCB Substrate Layout Engineer (Remote or Hybrid opportunities are available, as well as onsite in the Phx, AZ area) Top Requirements for this job: * Client is is looking for someone who hassemiconductor packaging experience, NOT a PCB designer/engineer. * 10+ years of relevant PCB substrate experience needed * Substrate development * Proficient with Cadence APD+ * Knowledgeable/Proficient with substrate design rules (understanding and working with them, not writing them) Job Overview Client is seeking an experienced Principal PCB & Substrate Layout Engineer. We leverage our longstanding strategic partnerships to access the latest in commercial technologies to design, manufacture, test, and deliver rugged microelectronics that operate in the harshest environments, with extreme reliability and maintainability. Client partners closely with the U.S. government delivering onshore trusted microelectronics. You are responsible for: Providing technical leadership to the engineering team specifically focused on High-Speed Interfaces and High Density Substrates layout techniques and understanding and improving our layout development processes to ensure we produce quality products using your expertise in PCB and Substrate layout engineering. Responsibilities: โ€ข Driving design, layout, and analysis of complicated electrical and mechanical systems and their constituent parts including: high-density interposers, substrates, and printed circuit board (PCB) layouts. This includes power, digital, analog, and RF signals across multiple die (primarily flip-chip) โ€ข Hands on high-speed, multi-layer packaging, high-density interconnects (HDI), blind and buried vias, ball grid arrays (BGAs), RF, design for test (DFT), impedance calculations, cross talk, differential pairs, PCB stack-ups, PCB via structures, electromagnetic compatibility (EMC), material studies/selection, etc. โ€ข Understand Design For Manufacturing rules of our suppliers and ensure design process matches their capabilities โ€ข Understand and provide fabrication drawings that match the intent of the design and support the fabrication suppliers to ensure the technical intent is transferred successfully โ€ข Support package material characterization frequency dependent model; skin effects, smoothness, roughness, dielectric loss and dielectric constant โ€ข Work with peers and the engineering team to review the artwork and drawings at different stages and at the final design review for fabrication and assembly โ€ข Provide support for multidisciplinary investigations and feasibility studies with collaboration across engineering disciplines โ€ข Provide Technical guidance for interfacing to customers, subcontractors, assemblers, fabricators, and vendors/suppliers, operations, quality, supply chain, and supporting organizations โ€ข Works on complex issues where analysis of situations or data requires an in-depth evaluation of variable factors โ€ข Considers the effects of actions on the system as a whole, i.e. โ€œsystems-thinkingโ€ โ€ข Willing to help the team in areas outside of specific technical discipline to accomplish goals The team responsible for the rapid development of affordable, chip-scale, secure, open system architecture devices. This leading-edge capability also addresses a need by the Department of Defense (DoD) for made-in-USA microelectronics that equip our warfighters with state-of-the-art, Trusted, military-grade products that leverage the most advanced commercial technologies.. To succeed in this role, you should have the following skills and experience: โ€ข Minimum Education: Bachelor's Degree in Engineering or equivalent education and experience required *Semiconductor packaging experience, as it relates to substrate design. โ€ข Minimum Experience: 10+ years as a PCB and/or High-Density Package Layout designer using industry standard layout tools like Cadence APD+ โ€ข Experience with APD+ physical and electrical constraint editor โ€ข HDI stack-ups, including use of blind & buried micro-vias, specialty RF dielectric materials, and trace width/spacing around 15um/15um down to 2um/2um or below โ€ข Experience with 2.5D devices, interposer or substrate design, flip-chip, surface mount, die stacking, package stacking, substrate stacking and other techniques โ€ข Experience using a Cadence schematic / netlist driven CAD layout process, e.g. Cadence APD+ (Allegro) and supporting tools โ€ข High-end FPGA package or board design experience โ€ข Ability to work with our Mechanical team to design full 3D models for fit checks and thermal โ€ข Understanding of layout techniques in Digital, Analog, and/or RF layouts โ€ข Knowledge of electronic packaging techniques โ€ข Experience using a CAM package for manufacturing data validation. Knowledge of CAM350 & Blueprint is preferred โ€ข Working knowledge of JEDEC /IPC design, fabrication, and assembly specifications โ€ข Experience creating assembly documentation and fabrication deliverables per company and industry standards โ€ข Must be a US Person โ€ข Work effectively individually and as part of a team โ€ข Embrace the company culture that includes the following values and behaviors such as Teamwork, execution, and communication