About the role#
This is a full-time, paid research internship focused on the development of computational approaches for studying complex quantum systems. You will work within a collaborative research environment, combining quantum computing, numerical methods, and scientific computing to address problems in quantum simulation.
What you'll do#
- Develop, implement, and evaluate computational methods for quantum simulation.
- Benchmark algorithm performance, focusing on accuracy, resource requirements, and scalability.
- Apply methods to research problems including ground- and excited-state calculations, time evolution, and thermal-state preparation.
- Collaborate with researchers across scientific disciplines.
- Share your findings through technical reports, presentations, and publications.
What you'll need#
- A strong foundation in quantum computing and quantum algorithms.
- Proficiency in Python or a similar scientific programming language.
- Knowledge of linear algebra and numerical methods.
- Research experience in quantum simulation or a related field.
- Experience with Hamiltonian simulation, many-body methods, quantum chemistry, electronic structure, or condensed-matter physics.
- Familiarity with quantum software frameworks like Qiskit, Cirq, or PennyLane.
- Ability to implement methods, analyze results, and communicate technical findings clearly.
- Experience with high-performance computing or scientific computing environments is a plus.
- Current enrollment in a degree program related to Computer Science, Physics, or Chemistry.
Location & details#
- Term: Summer 2027
- Modality: On-site
- Employment type: Full-time internship
About IBM
IBM provides IT services and consulting to a global client base. The company develops technology solutions across areas such as cloud computing, security, analytics, and infrastructure. It operates as a public organization with more than 10,001 employees. The corporate headquarters are located in Armonk, New York.
How to get in at IBM
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