Intern 2026: Applied Quantum Science - Quantum Algorithms for Dynamical Systems
IBM
Intern 2026: Applied Quantum Science - Quantum Algorithms for Dynamical Systems
Job Description
Intern 2026: Applied Quantum Science - Quantum Algorithms for Dynamical Systems
📋 Job Overview
The Intern 2026: Applied Quantum Science role at IBM focuses on developing quantum algorithms for dynamical systems, particularly nonlinear differential equations. The intern will benchmark classical and quantum algorithms, implement near-term algorithms on current quantum processors, and develop new capabilities for advantage-scale experiments. This position is ideal for those passionate about shaping the future of quantum computing.
📍 Location: Dublin, IE (Remote/Hybrid)
💼 Career Level: Internship
🎯 Key Responsibilities
- Identifying feasible quantum algorithms for nonlinear differential equations relevant to near-term and/or early fault-tolerant quantum devices
- Benchmarking classical algorithms (e.g. tensor networks) for problems of interest, to establish meaningful comparisons with quantum algorithms
- Benchmarking resource requirements depending on problem parameters, implementation details, and circuit synthesis strategies
- Implementing and testing near-term algorithms on current quantum processors using available hardware and software frameworks
- Developing new capabilities to enable advantage-scale experiments
- Developing and studying compiler optimizations for quantum circuits targeting fault tolerant architectures
✅ Required Qualifications
- Bachelors degree in Applied Math, Physics, or Computer Science, or related software experience
- Experience with quantum algorithm design and analysis, quantum compiler or computer architecture, experimental realization of quantum algorithms, or related topics in quantum computation
⭐ Preferred Qualifications
- Familiarity with programming languages for scientific computing (Python, or equivalent)
- Familiarity with programming languages for high-performance computing (Rust, C++, or equivalent)
- Experience with large-scale software engineering projects involving multiple contributors and programming languages
- Experience with Qiskit or other quantum computing frameworks (Cirq, etc.)
🛠️ Required Skills
- Quantum algorithm design and analysis
- Quantum compiler or computer architecture
- Experimental realization of quantum algorithms
- Quantum computation
- Programming languages for scientific computing (Python, or equivalent)
- Programming languages for high-performance computing (Rust, C++, or equivalent)
- Large-scale software engineering
- Qiskit
- Other quantum computing frameworks (Cirq, etc.)
🎁 Benefits & Perks
- Opportunity to learn and develop oneself and career
- Encouragement to be courageous and experiment everyday
- Continuous trust and support in an environment where everyone can thrive
- Growth-minded culture with openness to feedback and learning
- Opportunity to collaborate with colleagues and drive exceptional outcomes for customers
Locations
- Dublin, IE, India (Remote)
Salary
Estimated Salary Rangemedium confidence
50,000 - 150,000 INR / yearly
Source: ai estimated
* This is an estimated range based on market data and may vary based on experience and qualifications.
Skills Required
- Quantum algorithm design and analysisintermediate
- Quantum compiler or computer architectureintermediate
- Experimental realization of quantum algorithmsintermediate
- Quantum computationintermediate
- Programming languages for scientific computing (Python, or equivalent)intermediate
- Programming languages for high-performance computing (Rust, C++, or equivalent)intermediate
- Large-scale software engineeringintermediate
- Qiskitintermediate
- Other quantum computing frameworks (Cirq, etc.)intermediate
Required Qualifications
- Bachelors degree in Applied Math, Physics, or Computer Science, or related software experience (experience)
- Experience with quantum algorithm design and analysis, quantum compiler or computer architecture, experimental realization of quantum algorithms, or related topics in quantum computation (experience)
Preferred Qualifications
- Familiarity with programming languages for scientific computing (Python, or equivalent) (experience)
- Familiarity with programming languages for high-performance computing (Rust, C++, or equivalent) (experience)
- Experience with large-scale software engineering projects involving multiple contributors and programming languages (experience)
- Experience with Qiskit or other quantum computing frameworks (Cirq, etc.) (experience)
Responsibilities
- Identifying feasible quantum algorithms for nonlinear differential equations relevant to near-term and/or early fault-tolerant quantum devices
- Benchmarking classical algorithms (e.g. tensor networks) for problems of interest, to establish meaningful comparisons with quantum algorithms
- Benchmarking resource requirements depending on problem parameters, implementation details, and circuit synthesis strategies
- Implementing and testing near-term algorithms on current quantum processors using available hardware and software frameworks
- Developing new capabilities to enable advantage-scale experiments
- Developing and studying compiler optimizations for quantum circuits targeting fault tolerant architectures
Benefits
- general: Opportunity to learn and develop oneself and career
- general: Encouragement to be courageous and experiment everyday
- general: Continuous trust and support in an environment where everyone can thrive
- general: Growth-minded culture with openness to feedback and learning
- general: Opportunity to collaborate with colleagues and drive exceptional outcomes for customers
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Answer 10 quick questions to check your fit for Intern 2026: Applied Quantum Science - Quantum Algorithms for Dynamical Systems @ IBM.
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Intern 2026: Applied Quantum Science - Quantum Algorithms for Dynamical Systems
IBM
Intern 2026: Applied Quantum Science - Quantum Algorithms for Dynamical Systems
Job Description
Intern 2026: Applied Quantum Science - Quantum Algorithms for Dynamical Systems
📋 Job Overview
The Intern 2026: Applied Quantum Science role at IBM focuses on developing quantum algorithms for dynamical systems, particularly nonlinear differential equations. The intern will benchmark classical and quantum algorithms, implement near-term algorithms on current quantum processors, and develop new capabilities for advantage-scale experiments. This position is ideal for those passionate about shaping the future of quantum computing.
📍 Location: Dublin, IE (Remote/Hybrid)
💼 Career Level: Internship
🎯 Key Responsibilities
- Identifying feasible quantum algorithms for nonlinear differential equations relevant to near-term and/or early fault-tolerant quantum devices
- Benchmarking classical algorithms (e.g. tensor networks) for problems of interest, to establish meaningful comparisons with quantum algorithms
- Benchmarking resource requirements depending on problem parameters, implementation details, and circuit synthesis strategies
- Implementing and testing near-term algorithms on current quantum processors using available hardware and software frameworks
- Developing new capabilities to enable advantage-scale experiments
- Developing and studying compiler optimizations for quantum circuits targeting fault tolerant architectures
✅ Required Qualifications
- Bachelors degree in Applied Math, Physics, or Computer Science, or related software experience
- Experience with quantum algorithm design and analysis, quantum compiler or computer architecture, experimental realization of quantum algorithms, or related topics in quantum computation
⭐ Preferred Qualifications
- Familiarity with programming languages for scientific computing (Python, or equivalent)
- Familiarity with programming languages for high-performance computing (Rust, C++, or equivalent)
- Experience with large-scale software engineering projects involving multiple contributors and programming languages
- Experience with Qiskit or other quantum computing frameworks (Cirq, etc.)
🛠️ Required Skills
- Quantum algorithm design and analysis
- Quantum compiler or computer architecture
- Experimental realization of quantum algorithms
- Quantum computation
- Programming languages for scientific computing (Python, or equivalent)
- Programming languages for high-performance computing (Rust, C++, or equivalent)
- Large-scale software engineering
- Qiskit
- Other quantum computing frameworks (Cirq, etc.)
🎁 Benefits & Perks
- Opportunity to learn and develop oneself and career
- Encouragement to be courageous and experiment everyday
- Continuous trust and support in an environment where everyone can thrive
- Growth-minded culture with openness to feedback and learning
- Opportunity to collaborate with colleagues and drive exceptional outcomes for customers
Locations
- Dublin, IE, India (Remote)
Salary
Estimated Salary Rangemedium confidence
50,000 - 150,000 INR / yearly
Source: ai estimated
* This is an estimated range based on market data and may vary based on experience and qualifications.
Skills Required
- Quantum algorithm design and analysisintermediate
- Quantum compiler or computer architectureintermediate
- Experimental realization of quantum algorithmsintermediate
- Quantum computationintermediate
- Programming languages for scientific computing (Python, or equivalent)intermediate
- Programming languages for high-performance computing (Rust, C++, or equivalent)intermediate
- Large-scale software engineeringintermediate
- Qiskitintermediate
- Other quantum computing frameworks (Cirq, etc.)intermediate
Required Qualifications
- Bachelors degree in Applied Math, Physics, or Computer Science, or related software experience (experience)
- Experience with quantum algorithm design and analysis, quantum compiler or computer architecture, experimental realization of quantum algorithms, or related topics in quantum computation (experience)
Preferred Qualifications
- Familiarity with programming languages for scientific computing (Python, or equivalent) (experience)
- Familiarity with programming languages for high-performance computing (Rust, C++, or equivalent) (experience)
- Experience with large-scale software engineering projects involving multiple contributors and programming languages (experience)
- Experience with Qiskit or other quantum computing frameworks (Cirq, etc.) (experience)
Responsibilities
- Identifying feasible quantum algorithms for nonlinear differential equations relevant to near-term and/or early fault-tolerant quantum devices
- Benchmarking classical algorithms (e.g. tensor networks) for problems of interest, to establish meaningful comparisons with quantum algorithms
- Benchmarking resource requirements depending on problem parameters, implementation details, and circuit synthesis strategies
- Implementing and testing near-term algorithms on current quantum processors using available hardware and software frameworks
- Developing new capabilities to enable advantage-scale experiments
- Developing and studying compiler optimizations for quantum circuits targeting fault tolerant architectures
Benefits
- general: Opportunity to learn and develop oneself and career
- general: Encouragement to be courageous and experiment everyday
- general: Continuous trust and support in an environment where everyone can thrive
- general: Growth-minded culture with openness to feedback and learning
- general: Opportunity to collaborate with colleagues and drive exceptional outcomes for customers
Tags & Categories
Answer 10 quick questions to check your fit for Intern 2026: Applied Quantum Science - Quantum Algorithms for Dynamical Systems @ IBM.
10 Questions
~2 Minutes
Instant Score
Related Books and Jobs