Part-Time Optics & AI Research Problem Designer

Part-Time Optics & AI Research Problem Designer

Part-Time 35 - 35 Β£ / hour (est.) No working from home possible
Mindrift

At a Glance

  • Tasks: Design original optics problems for exciting AI projects and reflect real physics research workflows.
  • Company: Join Mindrift, a forward-thinking company at the intersection of optics and AI.
  • Benefits: Earn up to $35 per hour with flexible hours and remote work options.
  • Why this job: Make a real impact in AI while working on cutting-edge physics challenges.
  • Qualifications: Relevant degree and 2+ years of experience in problem-solving and collaboration.

The predicted salary is between 35 - 35 Β£ per hour.

Mindrift is seeking specialists to design original optics problems for AI projects. This role involves creating computationally intensive problems that reflect real physics research workflows across various areas including mechanics and thermodynamics.

Ideal candidates will hold a relevant degree and possess 2+ years of experience, ensuring strong problem-solving skills in a collaborative, project-based environment.

Contributors can earn up to $35 per hour, based on their expertise and contribution pace, working approximately 10–20 hours per week.

Part-Time Optics & AI Research Problem Designer employer: Mindrift

At Mindrift, we pride ourselves on fostering a collaborative and innovative work culture that empowers our employees to thrive. As a part-time Optics & AI Research Problem Designer, you will have the opportunity to engage in meaningful projects that push the boundaries of physics research while enjoying flexible working hours and competitive pay. Our commitment to employee growth ensures that you will continually develop your skills in a supportive environment, making Mindrift an excellent choice for those seeking rewarding and impactful employment.

Mindrift

Contact Details:

Mindrift Recruitment Team

We think you need these skills to ace Part-Time Optics & AI Research Problem Designer

Optics Problem Design
AI Project Development
Computational Problem Solving
Physics Research Workflows
Mechanics Knowledge
Thermodynamics Knowledge
Collaborative Skills