Are you passionate about creating tools that bring the abstract world of quantum mechanics into the realm of practical applications?

Do you thrive on building advanced simulation systems that help researchers and developers explore quantum behavior and test algorithms in virtual quantum environments?

If you’re ready to lead the charge in quantum simulation development, our client has the ideal opportunity for you.

We’re seeking a Quantum Simulation Developer (aka The Quantum Emulator) to design, implement, and optimize simulation platforms that bridge theory and real-world quantum systems.As a Quantum Simulation Developer at our client, you’ll collaborate with physicists, engineers, and software developers to create and refine quantum simulators.

Your expertise in quantum programming, simulation frameworks, and mathematical modeling will play a critical role in advancing quantum computing and solving complex scientific challenges.Key Responsibilities: Design and Implement Quantum Simulation Systems: Develop simulators that emulate quantum behavior, enabling users to test and refine quantum algorithms without immediate access to quantum hardware.

Optimize Simulators for Scalability and Performance: Enhance the efficiency of simulation frameworks to handle large-scale quantum systems and complex interactions.

Develop Tools for Algorithm Testing and Validation: Build features that allow users to test quantum algorithms, analyze their performance, and debug potential issues in a simulated environment.

Collaborate on Hybrid Quantum-Classical Simulations: Design workflows that integrate classical and quantum simulations, enabling comprehensive modeling of hybrid systems.

Incorporate Noise and Hardware Constraints: Integrate realistic noise models and hardware-specific constraints into simulators, providing a more accurate emulation of quantum hardware.

Work with Quantum Frameworks and Platforms: Contribute to and expand open-source simulation tools like Qiskit Aer, Cirq, or TensorFlow Quantum, enhancing their usability and functionality.

Stay Updated on Advances in Quantum Simulation: Research emerging trends and incorporate the latest methodologies into simulation platforms, ensuring tools remain state-of-the-art.