We are looking for the best and brightest scientists to expand upon the research we are pursuing and in many cases lead their own research. Zapata AI interns have developed quantum algorithms that take us closer to quantum advantage, built software packages that are continuing to be used at Zapata AI, and they’ve shaped the culture in a wonderful way. Typical open requisitions include algorithmic research, quantum AI, software, and hardware.

Intern projects are co-designed and planned between interns and supervisors. So, much is to be determined by you, future Zapata AI intern. Many of our positions focus on two questions: How should we use early fault-tolerant quantum computers to achieve quantum advantage in simulation and optimization and how should we use NISQ devices to achieve quantum advantage in machine learning? While there is much work to be done in answering these questions, the beautiful thing is that our approach to solving these problems, the “Zapata AI way”, has largely been shaped by an amazing cast of Zapata AI interns.

The Zapata AI Internship Program is a well-oiled machine. An essential part of any well-oiled machine is its constant upkeep and improvement. We’ve gotten great feedback from each batch of interns and adjusted the program accordingly. Over time, we’ve learned that project planning led by interns helps create ownership and is a recipe for success (and good papers!). We’ve learned that flexibility to shift focus and follow a promising lead makes for great discoveries. And we’ve learned to keep it simple because this lets us stay focused on “impact over impress.”

Many of our interns return to the program multiple seasons. Upon graduating from the program, interns from our early cohorts are now postdocs in renowned research groups, lecturers at prestigious universities, and even leaders within Zapata AI. Many have gone on to work for Zapata AI's academic and research partners as extensions of the work they pursued during their time with Zapata AI or to work on other new, compelling quantum-related projects.