Want to get hired at IBM?
Intern 2026: Quantum Developer Advocate
IBM
Yorktown Heights, NYOn Site
Original Job Summary
Introduction
Join IBM Research where you take responsibility for technology's role in society. At IBM, invent what's next in computing with big and impactful projects that shape generations.
About the Role
As the Intern 2026: Quantum Developer Advocate, you will work at the intersection of enablement, education, and community engagement. Collaborate with quantum researchers, software developers, and educators to support IBM's quantum computing platform ecosystem.
Responsibilities
- Support quantum education and enablement strategies.
- Engage and grow a vibrant ecosystem around IBM quantum computing.
- Explain complex scientific and technical concepts to diverse audiences.
- Collaborate with technical teams on creative problem-solving initiatives.
Required Skills and Experience
- Strong background in physics, chemistry, computer science, or similar fields.
- Proficiency in Python and the Qiskit SDK.
- Understanding of common quantum algorithms.
- Exceptional written and verbal communication abilities.
Preferred Qualifications
- General knowledge of superconducting qubits.
- Familiarity with quantum error suppression and mitigation.
- Experience executing workloads on IBM quantum devices.
- Understanding of classical computing limitations.
- Publications in quantum computational science are a plus.
Key skills/competency
- Quantum Computing
- Python
- Qiskit
- Research
- Community Engagement
- Education
- Physics
- Communication
- Problem-solving
- Innovation
How to Get Hired at IBM
🎯 Tips for Getting Hired
- Research IBM's culture: Understand their tech innovation and research mission.
- Customize your resume: Highlight quantum computing and Python skills.
- Prepare portfolio: Include relevant projects and coding experience.
- Practice communication: Be ready to explain complex topics simply.
📝 Interview Preparation Advice
Technical Preparation
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Review Python fundamentals and Qiskit documentation.
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Study basic quantum algorithms and error mitigation.
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Practice coding quantum simulation exercises.
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Familiarize with IBM quantum device usage.
Behavioral Questions
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Describe teamwork in challenging projects.
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Explain how you simplify complex concepts.
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Discuss a time you solved technical problems.
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Share experiences in collaborative learning.