Quantum Applications Scientist / Senior Quantum Applications Scientist

Aegiq Ltd.; Sheffield; On-site; GBP 70,000 - 100,000; Full time

Benefits offered by this job

Competitive salary

25 days annual leave

Job summary

Aegiq Ltd., a Sheffield-based quantum technology company, is seeking a Senior Quantum Applications Scientist to help develop quantum and quantum-ready algorithms for solving PDEs relevant to fluid dynamics, energy and materials modelling.

You will work across quantum, classical and hybrid computing, benchmark new approaches, collaborate with software and hardware teams, and contribute to research, publications and strategic directions.

Qualifications

• Background in Physics, Mathematics, Engineering or Computer Science with expertise in quantum computing or numerical PDE methods.
• Strong mathematical and numerical problem-solving abilities to tackle complex computational problems.
• Interest in applying quantum computing technologies to real-world simulation problems.

Responsibilities

• Develop and benchmark quantum, quantum-inspired and quantum-ready algorithms for solving PDEs and related problems.
• Implement numerical methods using classical, quantum and hybrid computing approaches with focus on accuracy, performance and scalability.
• Translate real-world simulation requirements into computational models and benchmarks.

Skills

Quantum algorithms

Numerical PDEs

CFD

Analytical problem solving

Tools

Python

C

C++

Job description

The Role

We are looking for a Quantum Applications Scientist to join our team developing new computational methods for solving some of the most challenging problems in science and engineering.

You will work at the intersection of quantum computing, numerical simulation and scientific computing, developing and evaluating quantum, quantum-inspired and quantum-ready algorithms for solving partial differential equations (PDEs). Your work will focus on practical applications in areas such as fluid dynamics, engineering simulation, energy and materials modelling.

Working alongside our quantum algorithms, software and hardware teams, you will investigate new computational approaches, benchmark their performance against established methods and explore how they can be implemented on emerging quantum computing architectures.

We welcome candidates from a range of technical backgrounds. You might have experience in quantum algorithms, numerical mathematics, computational physics or an application area such as computational fluid dynamics. What matters most is a strong understanding of computational methods, an interest in exploring new approaches and the ability to tackle difficult technical problems.

This is an opportunity to join an established quantum applications team, contribute to active research and development programmes and help shape how quantum computing is applied to real-world problems.

Depending on experience, the position may be offered at Senior Quantum Applications Scientist level.

What You'll Be Doing

• Algorithm Development: Research, develop and benchmark quantum, quantum-inspired and quantum-ready algorithms for solving partial differential equations and related computational problems.
• Scientific Computing: Implement and evaluate numerical methods using classical, quantum and hybrid computational approaches, with a focus on accuracy, performance and scalability.
• Application Development: Work with application specialists to identify challenging simulation problems in areas such as fluid dynamics, engineering and materials science, translating real-world requirements into computational models and benchmarks.
• Performance Evaluation: Compare new algorithms with established numerical techniques, assessing accuracy, stability, convergence, computational efficiency and potential advantages at scale.
• Quantum Hardware Integration: Work closely with our quantum software and hardware teams to understand architectural capabilities and constraints, and adapt algorithms for emerging quantum computing systems.
• Software Development: Contribute to the development of scientific software, numerical simulation tools and benchmarking frameworks, ensuring computational methods are reliable, reproducible and well documented.
• Research & Collaboration: Collaborate with colleagues and external research and industry partners, contributing to technical studies, publications, patents and collaborative research programmes.
• Technical Development: Investigate new approaches, communicate findings clearly and contribute to the technical direction of Aegiq's quantum applications work. For senior appointments, this will include leading research activities and supporting the development of other team members.

About Aegiq

Aegiq is a Sheffield-based quantum technology company developing scalable, fault-tolerant photonic quantum computers. Founded in 2019, we work across the full quantum computing stack, from semiconductor chips and photonic hardware to software and real-world applications.

In 2025, we delivered our first-generation quantum computer to the UK's National Quantum Computing Centre. We're now developing our second-generation platform and expanding our team to tackle the scientific and engineering challenges involved in building quantum computers at scale.

We're a growing team of scientists, engineers and specialists who enjoy solving difficult problems and turning new ideas into working technology. At Aegiq, you'll have the opportunity to take ownership of your work, contribute directly to the technology we're developing and help shape the future of the company.

We value different backgrounds, experiences and ways of thinking. If you're excited about the work we're doing, we'd encourage you to apply, even if your experience doesn't match every requirement listed.

What We're Looking For

• Technical Background: Research or industry experience in Physics, Mathematics, Engineering, Computer Science or a related field, with expertise in at least one of the following:
• Quantum algorithms or quantum scientific computing.
• Numerical methods for partial differential equations.
• Computational fluid dynamics or plasma physics.
• Computational physics, engineering simulation or materials modelling.
• Analytical Skills: Strong mathematical and numerical problem-solving skills, with the ability to investigate complex computational problems and evaluate different approaches.
• Scientific Programming: Experience developing scientific software or numerical algorithms using Python, C, C++ or similar programming languages.
• Research & Development: Ability to independently investigate open-ended technical problems, develop new approaches and critically assess results.
• Communication & Collaboration: Ability to communicate technical ideas clearly and work effectively with colleagues from different scientific, software and engineering backgrounds.
• Curiosity & Adaptability: An interest in exploring new computational methods and understanding how emerging quantum computing technologies could be applied to real-world problems.

Nice to Have

• Experience developing tensor-network algorithms, numerical methods or scientific computing libraries. Experience with tensor-network methods is particularly valuable.
• Knowledge of quantum algorithms for differential equations, linear algebra, optimisation or scientific computing.
• Experience with numerical PDE methods, including finite-element, finite-volume, spectral or mesh-free approaches.
• Experience in computational fluid dynamics, plasma simulation, multiphysics modelling or other computationally intensive engineering applications.
• Experience with high-performance computing, parallel numerical methods, GPU acceleration or computational performance optimisation.
• Familiarity with reduced-order modelling, surrogate methods, scientific machine learning or quantum-inspired computational approaches.
• Experience verifying, validating and benchmarking numerical algorithms against established methods.
• Familiarity with quantum software frameworks such as Qiskit, Cirq, PennyLane or equivalent tools.
• Experience with scientific simulation tools or libraries such as OpenFOAM, FEniCS or equivalent.
• Experience with collaborative software development, including Git, automated testing and continuous integration.
• Experience working with industrial or research partners to understand application requirements and evaluate computational solutions.
• Experience working in a startup, growing technology company or commercial research environment.

For Senior Scientist Applicants

Candidates applying at Senior Scientist level should demonstrate an established track record in quantum algorithms, scientific computing, numerical simulation or a relevant application domain. You should be comfortable defining research directions, leading substantial technical activities, making independent scientific decisions and supporting the development of other team members.

We know that no two people have the same experience. If you're interested in the role and meet most, but not all, of the criteria, we'd still encourage you to apply.

• Competitive salary, based on experience and skills.
• 25 days of annual leave, in addition to bank holidays and company closure days.

• A Sheffield-based workplace, with excellent transport links and a great balance of city life and affordability.
• The opportunity to join a growing company developing some of the most exciting technology in quantum computing.
• Meaningful responsibility from the outset, with opportunities to develop your skills, take on new challenges and grow your career as Aegiq expands.
• A friendly, collaborative and supportive working environment where different backgrounds, experiences and perspectives are valued, and everyone is encouraged to contribute.