AMHS Equipment Engineer - ID1

Micron; Boise (ID); On-site; USD 70,000 - 90,000; Full time

Job summary

Micron Technology in Boise, Idaho, seeks an Equipment Engineer I focused on Automated Material Handling System (AMHS) equipment to move and store semiconductor materials. You will learn, develop, and optimize manufacturing automation while gaining hands-on experience with reliability, data analytics, and project leadership.

Working with technicians and engineers, you'll troubleshoot equipment, start up systems, support continuous improvement, and apply AI-enabled tools to improve safety,

Qualifications

• Strong foundation in engineering principles is required.
• Experience with semiconductor manufacturing equipment is a plus.
• Ability to analyze data and drive improvement initiatives.

Responsibilities

• Learning and supporting Automated Material Handling System (AMHS) equipment and associated factory automation systems.
• Utilizing data to identify equipment performance trends and support continuous improvement initiatives.
• Supporting troubleshooting activities and root cause investigations for equipment-related issues.
• Applying structured problem‑solving methodologies such as FMEA, 8D, SPC, and statistical data analysis.
• Collaborating with engineering teams to improve equipment reliability, performance, and productivity.
• Participating in equipment qualification, startup, and optimization activities.
• Learning preventive maintenance strategies and identifying opportunities to improve equipment performance.
• Supporting spare parts management to ensure equipment availability and maintenance readiness.
• Assisting with documentation updates, standardization efforts, and equipment change management activities.
• Developing technical knowledge of semiconductor manufacturing processes and factory automation systems.
• Utilizing AI-enabled tools, advanced analytics, and automation technologies to improve equipment reliability, identify trends, accelerate root cause analysis, and increase operational efficiency.
• Demonstrating a willingness to learn and apply emerging AI technologies, data analytics tools, and digital manufacturing solutions to support continuous improvement initiatives.

Skills

Equipment engineering

Automation systems

Data analytics

AI tools

Problem solving

Communication

Team collaboration

Project leadership

Tools

FMEA

8D

SPC

AI-enabled tools

Industrial automation software

Job description

Our vision is to transform how the world uses information to enrich life for all . Micron Technology is a world leader in innovating memory and storage solutions that accelerate the transformation of information into intelligence, inspiring the world to learn, communicate and advance faster than ever.

As an Equipment Engineer I - AMHS, you will be responsible for learning, developing, optimizing, and supporting Automated Material Handling System (AMHS) equipment that enables the movement and storage of semiconductor materials throughout Micron's manufacturing facilities. This position offers an excellent opportunity for a new engineer to develop technical expertise in semiconductor manufacturing, equipment engineering, automation systems, reliability engineering, data analytics, and project leadership.

Working alongside experienced engineers, technicians, suppliers, and manufacturing teams, you will learn how highly automated semiconductor factories operate while gaining hands‑on experience troubleshooting complex equipment, improving manufacturing performance, and implementing innovative automation solutions.

You will contribute to equipment startup activities, continuous improvement projects, reliability initiatives, and equipment optimization efforts that improve safety, quality, output, cost performance, cycle time, and overall factory efficiency.

As part of Micron's digital transformation journey, successful candidates will be encouraged to leverage data analytics, AI-enabled tools, automation technologies, and innovative problem‑solving methods to improve equipment performance and manufacturing efficiency.

Safety & Quality

Safety and quality are primary characteristics of the work being performed. This includes completing required safety training and conducting all work in accordance with Micron safety policies, environmental requirements, and applicable regulations.

A strong safety and quality mindset includes identifying risks, proactively reporting concerns, participating in audits, and collaborating with team members to resolve issues before they impact personnel, equipment, or manufacturing operations.

Team members are expected to operate and maintain equipment according to approved procedures and documentation while continuously seeking opportunities to improve safety, equipment reliability, and product quality.

Communication & Collaboration

Success within Micron's manufacturing environment requires strong communication and collaboration across multiple organizations and disciplines.

You will partner with technicians, engineers, suppliers, process owners, construction teams, and manufacturing personnel to support daily operations and drive continuous improvement initiatives. These activities may include troubleshooting equipment issues, implementing system improvements, supporting equipment startups, and responding to manufacturing challenges that impact quality, output, or cycle time.

Collaboration extends beyond the local site as you work with teams across Micron's global manufacturing network to share best practices, improve equipment performance, and drive standardization across factories.

Clear written and verbal communication is essential to ensure equipment changes, action plans, and project updates are communicated accurately and effectively.

Technical Development & Data Analysis

The Equipment Engineer I role provides opportunities to learn and develop expertise in semiconductor manufacturing systems, automation technologies, and equipment engineering principles.

Responsibilities include:

• Learning and supporting Automated Material Handling System (AMHS) equipment and associated factory automation systems.
• Utilizing data to identify equipment performance trends and support continuous improvement initiatives.
• Supporting troubleshooting activities and root cause investigations for equipment-related issues.
• Applying structured problem‑solving methodologies such as FMEA, 8D, SPC, and statistical data analysis.
• Collaborating with engineering teams to improve equipment reliability, performance, and productivity.
• Participating in equipment qualification, startup, and optimization activities.
• Learning preventive maintenance strategies and identifying opportunities to improve equipment performance.
• Supporting spare parts management to ensure equipment availability and maintenance readiness.
• Assisting with documentation updates, standardization efforts, and equipment change management activities.
• Developing technical knowledge of semiconductor manufacturing processes and factory automation systems.
• Utilizing AI-enabled tools, advanced analytics, and automation technologies to improve equipment reliability, identify trends, accelerate root cause analysis, and increase operational efficiency.
• Demonstrating a willingness to learn and apply emerging AI technologies, data analytics tools, and digital manufacturing solutions to support continuous improvement initiatives.
• Leveraging data-driven decision