Implant Equipment Engineer

Introduce Soitec and context of the position:

How does something you do not see improve your daily life? This is what our products do and they are in your smartphones, cars, and connected objects. They make them more efficient and less energy intensive. We are passionate about innovation in technology and proud of the value we create for our customers. At Soitec, we are also in a state of transformation: cultural, managerial and digital. We want to make our company an organization where freedom of action and accountability guide our actions. Do you want to change things or test a new idea? If so, what are you waiting for? It is time to come to Soitec!

What does the job consist?:

The Implant Equipment Engineer is responsible for sustaining, troubleshooting, and optimizing ion implantation equipment to support high-volume semiconductor manufacturing. This role focuses on maximizing equipment uptime, ensuring process stability, and driving continuous improvements in yield, efficiency, and reliability while maintaining strict compliance with safety and cleanroom standards.

Key Responsibilities

1. Equipment Maintenance & Uptime

Perform preventive maintenance (PM) and corrective maintenance (CM) on ion implantation tools

Troubleshoot equipment failures and implement effective solutions to minimize downtime

Ensure equipment meets operational performance and safety standards

Manage spare parts inventory and track critical components

2. Process Support & Optimization

Support production by ensuring stable and repeatable implantation processes

Collaborate with process engineers to optimize implant parameters (e.g., dose, energy, beam current)

Monitor tool performance using Statistical Process Control (SPC)

Drive yield improvement and defect reduction initiatives

3. Troubleshooting & Problem Solving

Conduct root cause analysis (RCA) for equipment and process issues

Apply structured problem-solving methodologies (e.g., 8D, Fishbone, FMEA)

Implement and sustain corrective and preventive actions (CAPA)

4. Continuous Improvement

Lead or participate in productivity, quality, and cost-reduction projects

Improve Mean Time Between Failures (MTBF) and Mean Time To Repair (MTTR)

Enhance equipment efficiency, reliability, and automation

5. Installation & Qualification

Support installation, setup, and acceptance of new equipment (SAT/FAT)

Perform equipment qualification and process buy-off activities

Collaborate with vendors on upgrades, retrofits, and modifications

6. Documentation & Reporting

Maintain accurate maintenance records and technical documentation

Prepare reports on equipment performance, downtime, and improvement initiatives

Update and maintain SOPs and work instructions

7. Safety & Compliance

Ensure compliance with fab safety protocols and cleanroom standards

Safely handle high-voltage systems, vacuum systems, and hazardous gases

Key Performance Indicators (KPIs)

• Equipment uptime (%)

  Yield impact

  Preventive maintenance (PM) compliance rate

  Requirements & qualifications:

  Requirements:

  Educational Qualifications

  Degree in Engineering (Electrical, Mechanical, Mechatronics, or related discipline) with a minimum of 4 years of relevant experience, OR

  Diploma in Engineering with a minimum of 10 years of relevant experience

  Experience

  Relevant experience in semiconductor equipment engineering, preferably in ion implantation

  Technical / Job Knowledge

  Strong knowledge of semiconductor manufacturing processes and equipment maintenance

  Experience in troubleshooting and sustaining complex equipment systems

  Excellent knowledge of ion implanter tool types will be an added advantage

  Familiarity with SPC, MTBF, MTTR, and yield improvement methodologies

  Hands-on experience with high-voltage systems, vacuum systems, and gas handling systems

  Personal Capabilities

  Team player with strong logical thinking and problem-solving skills

  Passion for continuous learning and self-improvement

  Proven track record in problem solving and process improvement within a semiconductor manufacturing environment

  Ability to work effectively under pressure in a high-volume production setting

  Good communication and collaboration skills

  Proactive, self-driven, and results-oriented mindset