Senior Analog Design Engineer

Semtech•Buckingham Township, PA

1d•Hybrid

About The Position

Semtech Corporation is a leading global supplier of analog and mixed-signal semiconductors and advanced algorithms for high-end consumer, enterprise computing, communications, and industrial equipment. As our opportunities have increased in recent years, we have continued to invest in disruptive analog platforms and have created innovative new solutions for a wide range of leading-edge products. We are seeking a Device Design Engineer with expertise in semiconductor device architectures to lead the design, development, and optimization of high-efficiency semiconductor devices. The ideal candidate will have experience with semiconductor device structures, device physics, and fabrication processes. Reporting directly to the Design Engineering Manager and interfacing with Applications, Marketing, Packaging, and Integration Engineers, the Design Engineer is responsible for all phases of the new product development lifecycle, from market definition through production release. This includes the definition, design and simulation, validation, and qualification of new products across a wide range of protection requirements, ranging from ESD threats in today’s portable electronic devices to lightning threats in servers and communications infrastructure.

Requirements

MS or PhD in Electrical Engineering, Semiconductor Physics, or a related field.
Knowledge of semiconductor devices, device physics, and related semiconductor technologies.
At least 8 years of relevant experience
Must have good oral and written communication skills.
Must have strong critical thinking and problem-solving skills.
Willingness to become part of a dynamic engineering team which values growth and innovation of both products and individuals.

Nice To Haves

MS or PhD in Electrical Engineering, Semiconductor Physics, or a related field.
Qualifying experience must include 10+ years in the following areas: Power Semiconductor Device Transient Voltage Suppressor (TVS) Circuits Advanced Semiconductor Transistors Silicon Wafer Process Flow Device Characterization Data Analysis PSpice/Silvaco Software Design of Experiments (DoE)
Strong knowledge of semiconductor device structures, device physics, and related technologies.
Experience in device simulation tools and CAD software.
Knowledge of power packaging technologies and thermal management for high-power devices.
Must have good oral and written communication skills.
Must have strong critical thinking and problem-solving skills.
Willingness to become part of a dynamic engineering team which values growth and innovation of both products and individuals.

Responsibilities

Responsible for all phases of new product development lifecycle from market definition to production release, including the definition, design and simulation, validation, and qualification of new products throughout the range of protection requirements.
Design and develop high-performance semiconductor devices for protection applications.
Conduct design feasibility studies based on device modelling and simulation using PSpice/Silvaco software.
Perform device simulation, modeling, and characterization to optimize efficiency, thermal performance, and reliability.
Collaborate with process integration team to propose silicon wafer process flow and Design of Experiments (DoE) process condition for prototype trials.
Collaborate with package design engineers to propose high performance package solution.
Conduct failure analysis and develop strategies for performance enhancement.
Stay up to date with emerging trends in power semiconductor technology and contribute to R&D efforts.
Work closely with applications engineers and marketing personnel regarding new product definition and specification.
Provide development engineering support to subcontractors, including yield analysis, transfer and set-up of new products, and technical troubleshooting of development issues.
Communicate with product engineers, integration engineers, equipment engineers and reliability engineers to resolve technical issues and ensure an expeditious release to production.
Ensure finished products adhere to specifications and Quality Control (QC) standards prior to release.
(Optional) Perform circuit level simulation with PDK technology including testbench setup, corner simulation, and parameter optimization.
(Optional) Conduct feasibility study on PDK technology by doing device/component level simulation.