Semiconductor Process Engineer – Electrical Characterization | Micron, Boise (USA)

NanoHelp; Boise (ID); Hybrid; USD 100,000 - 130,000; Full time

Benefits offered by this job

Health benefits

Family leave

PTO

Professional growth opportunities

Job summary

A leading semiconductor company in Boise, Idaho, is seeking a Semiconductor Process Engineer to lead electrical characterization of advanced memory technologies. The ideal candidate will have a Master’s degree and 2+ years of experience. Responsibilities include developing test methods and collaborating with global teams. The role offers hybrid work flexibility and comprehensive benefits.

Qualifications

• 2+ years in device characterization, Python, C/C++, SMUs, network analyzers.
• Strong hands-on experience with electrical test equipment.
• Ability to communicate technical results across global teams.

Responsibilities

• Lead device-level electrical characterization of advanced memory technologies.
• Develop and deploy new electrical test methods for memory and logic devices.
• Analyze test results and define best-known methods for nanodevice evaluation.

Skills

Electrical characterization

Device physics

Automation

Python

C/C++

Linux scripting

Education

Master’s in EE, Electronics, or related field

Tools

Advanced instrumentation (SMUs, LCR meters, waveform generators)

Wafer probers

ATE systems

Job description

Home Vacancies Semiconductor Process Engineer – Electrical Characterization | Micron, Boise (USA)

Semiconductor Process Engineer – Electrical Characterization | Micron, Boise (USA)

Join the frontier of nanotech and next-gen memory device innovation

July 29, 2025

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Micron seeks a Semiconductor Process Engineer to lead device-level electrical characterization of advanced memory technologies. Apply your nanotechnology and electronics expertise to build the future of memory.

Field

Nanotechnology, Semiconductor Devices, Electrical Engineering, Instrumentation, Applied Physics

Title Semiconductor Process Engineer – Electrical Characterization

Organization Micron Technology Inc.

Work Location Boise, Idaho, USA (Hybrid)

Job ID JR78978

Research Focus Device testing, memory physics, instrumentation automation, process integration

Application Deadline Rolling

Required Education Master’s in EE, Electronics, or related field

Experience Required 2+ years in device characterization, Python, C/C++, SMUs, network analyzers, memory testing

Micron’s Boise team is looking for a Semiconductor Process Engineer with a focus on electrical device characterization — a crucial component in the development of high-performance memory systems.

You’ll lead efforts to characterize CMOS-based and novel nanodevices for DRAM, NAND, and storage-class memory. From probing wafers with cutting-edge tools to analyzing electrical data with Python, you’ll work across global teams to validate and scale the next generation of memory.

Develop and deploy new electrical test methods for memory and logic devices

Automate data collection using Python, C/C++, and Unix/Linux environments

Operate and maintain advanced instrumentation (SMUs, LCR meters, waveform generators)

Analyze test results and define best-known methods for nanodevice evaluation

Collaborate with teams across process integration, product engineering, and quality

Lead test campaigns, perform root cause analysis, and contribute to process improvement

Who This Role is For

This role is ideal for engineers excited by semiconductor nanodevices, electrical testing, and automation. You’ll thrive if you bring:

Deep understanding of semiconductor device physics

Strong hands-on experience with electrical test equipment

Knowledge of memory systems (DRAM, NAND, storage-class)

Proficiency in Python, C/C++, and Linux scripting

Experience working with wafer probers, ATE systems, or test benches

The ability to communicate technical results across global teams

Pioneer nanotechnology and device scaling at the heart of memory innovation

Collaborate with world-class engineers and R&D teams

Access hybrid flexibility in a collaborative research environment

Enjoy comprehensive benefits: health, family leave, PTO, professional growth

Be part of a company focused on sustainability, education, and community impact

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