Support AI training as a Semiconductor Devices and Microelectronics Expert, analyzing device physics, fabrication, materials, scaling, and reliability. This remote contractor role offers flexible work of 20 or more hours per week at $66 to $130 per hour.
About OpenTrain
OpenTrain AI is the hiring and contracting organization for this role. OpenTrain is the #1 platform for finding and building careers in AI training and data labeling, helping specialists discover projects, build an AI training profile, and apply in minutes.
Creating an OpenTrain account is free. Through this opportunity, your semiconductor expertise can contribute directly to the development of next-generation AI systems.
About AI Training Work
AI training is the human side of building artificial intelligence. Specialists prepare examples, evaluate model outputs, and provide precise feedback so AI systems can produce more accurate and useful results.
In this role, your technical explanations, evaluations, and structured feedback will help train models to understand advanced semiconductor technologies and microelectronics concepts. This work is remote and can offer flexible participation alongside other commitments.
The Role
OpenTrain AI is recruiting a Semiconductor Devices and Microelectronics Expert for contractor, part-time AI training work. You will analyze semiconductor technologies and microelectronics solutions, explain complex engineering concepts, and assess project data for technical accuracy and completeness.
The role requires at least 20 hours per week and is conducted in English. Pay ranges from $66 to $130 per hour, depending on the applicable rate for the work.
- Role type: Contractor and part time
- Time requirement: 20 or more hours per week
- Pay: $66 to $130 per hour
- Language: English
- Availability: Candidates in the countries listed in the application
What You'll Do
You will apply advanced knowledge of semiconductor devices and microelectronics to written and evaluative AI training tasks. Work will be completed asynchronously with project coordinators and other domain experts.
- Analyze semiconductor device physics, operating principles, and recent advances
- Evaluate microfabrication techniques, process integration, and yield optimization
- Assess device scaling, performance modeling, and reliability methodologies
- Review materials used in electronic and semiconductor device fabrication
- Write detailed explanations of complex engineering concepts for AI model training
- Provide verbal clarifications when technical concepts require further explanation
- Deliver structured feedback on project data for accuracy and completeness
- Collaborate asynchronously with project coordinators and other domain experts
Required Qualifications
This opportunity calls for substantial semiconductor and microelectronics expertise. Although the listing identifies the experience level as entry level, the stated requirements include an advanced degree and extensive experience in the field.
- Advanced degree in Electrical Engineering, Materials Science, Physics, or a related discipline
- Extensive experience in semiconductor device design, fabrication processes, and microelectronics engineering
- Advanced knowledge of semiconductor device physics and operating principles
- Strong understanding of device modeling and reliability testing
- Hands-on exposure to modern microfabrication and process integration techniques
- Experience with yield optimization, device scaling, and performance modeling
- Strong analytical and critical thinking skills
- Clear written and verbal communication for technical explanations
Preferred Experience
The following background is a plus for this role and can help you communicate advanced technical knowledge clearly in AI training projects.
- Technical publications
- Patents
- Collaborative research and development experience
Why Work In AI Training
AI training and data labeling are expanding fields where human specialists shape how modern AI systems understand information and respond to users. Contributors with expertise in engineering, physics, and materials science can help models handle specialized technical subjects more accurately.
The work is fully remote and can provide flexible, part-time opportunities for people who want to contribute to cutting-edge technology while choosing a workload that fits their schedule.
How To Apply
Create a free OpenTrain account, build your professional profile, and apply through OpenTrain in minutes. If selected for project work, you will contribute asynchronously alongside project coordinators and other specialists.
- Create or update your OpenTrain profile
- Highlight your semiconductor, microfabrication, device physics, and materials expertise
- Confirm your availability of 20 or more hours per week
- Apply through OpenTrain for consideration