Technical Staff Engineer – Analog Design (Networking)

Microchip Technology Inc.•Chandler, AZ

4d•Onsite

About The Position

Microchip Technology Inc. is seeking a highly skilled Staff Analog IC Design Engineer to join their Networking and Connectivity Solutions (NCS) group. This role involves contributing to the specification, architecture, design, and development of integrated circuits for Next-Gen Ethernet and USB products, with a focus on designing and architecting in-silicon macros for High-Speed Datacom SERDES. The NCS group specifically develops Ethernet and USB solutions. Microchip Technology Inc. emphasizes a culture of trust, empowerment, respect, diversity, and communication, offering employees the opportunity to be part of a global organization and contribute to technology that powers the world. They are recognized for their commitment to employee development, values-based decision making, and community engagement, with nationally-recognized Leadership Passage Programs supporting career growth.

Requirements

Strong analytical skills for complex system evaluation using both hand analysis and simulation tools.
Ability to collaborate effectively with cross functional teams.
Capability to manage multiple complex IC design tasks in a dynamic environment.
Ability to meet aggressive timelines with minimal supervision.
Excellent technical, communication, and interpersonal skills.
Strong understanding of device physics and operation.
Strong expertise in low power and high-speed design techniques.
BSEE and minimum of 15 years of industry experience in Electronics/Electrical Engineering.
Demonstrated design experience in multiple Analog SERDES sub-blocks, including ADCs, DACs, PLLs, Transmitters/TX, Receivers/RX, LDOs, Regulators, High Speed I/Os, Bandgap, POR, Oscillator, Charge Pump, Under/Over Voltage Protection, DC-DC Switching Converters, Analog Switches etc.
Extensive experience with Cadence and other Analog/Mixed-Signal IC design tools.
Hands-on lab validation experience using Power Supplies, Source meters, oscilloscopes, signal generators, and other related equipment.
Experience working in globally distributed design teams.
Familiarity with DRC/LVS/ERC/PEX/EM analysis tools.
Experience verifying designs for SOA as well as Aging and SHE effects.
Proficiency in Cadence Virtuoso IC Design environment.
Experience in Unix/Linux operating systems.
Experience developing and executing scripts (Scheme, SKILL, Perl/Tcl, etc.).
Strong team player with a positive attitude and a commitment to continuous learning.

Nice To Haves

Knowledge of Verilog, Liberty timing models, and IBIS-AMI models is a plus.
Experience architecting high-speed interfaces such as PCIe, Ethernet, and USB is highly desired.

Responsibilities

Define and drive architecture definition for High-Speed Datacom Ethernet and USB SERDES.
Translate system requirements into block-level specification and microarchitectures, enabling efficient partitioning and design ownership.
Design and Verify Analog/Mixed-Signal macros for High-Speed Datacom Ethernet and USB SERDES, including: ADCs, DACs, PLLs, Transmitters/TX, Receivers/RX, LDOs, Regulators, High Speed I/Os, Bandgap, POR, Oscillator, Charge Pump, Under/Over Voltage Protection, DC-DC Switching Converters, Analog Switches etc.
Perform system and transistor-level design and verification using mixed-mode simulation across multiple scenarios, process corners, and mismatch conditions.
Develop schematics and run simulations using modern CAD tools (Cadence-Virtuoso).
Collaborate closely with layout engineers to review, mitigate, and optimize parasitic and proximity effects.
Generate block-level and top-level analog/mixed-signal design specifications.
Develop behavioral models for analog and mixed-signal blocks.
Document designs and lead formal design reviews.
Collaborate with cross-functional designers on interface specifications and implementation details.
Define validation plans for post-silicon product-level ATE and lab validation.
Interface with and support applications, product and test engineering, marketing, systems development, technology development, CAD, layout, and other design organizations.