1 to 25 of 30 Physics Jobs in Oxfordshire

Learning/Data Science. Working away at partner locations as required. WHAT YOU'LL NEED A Masters degree in Computer Science, Applied Mathematics, Statistics, Physics or related field, or equivalent experience. A PhD/DPhil is highly valued but not essential. Experience with state-of-the-art ML libraries. Fluency More ❯

A STEM or financial background. A good fit may have a BSc, MSc, or PhD in one of the following areas: mathematics, statistics, chemistry, physics, economics, or finance. Analytical thinker with an ability for identifying patterns and drawing meaningful insights from data. Should have the ability to use both quantitative More ❯

in remote collaboration and on-site work at Milton Park, Oxfordshire Job Requirements: Mandatory: A 1st or 2:1 degree in Computer Science, Engineering, Physics, Mathematics, or a similar field Proficiency in Python coding Excellent English and ability to write clear, well-structured documents A systematic and analytical approach to More ❯

into volume production. Contributing to intellectual property development, including filing patents for novel innovations. What we're looking for A Master's degree in physics, photonics, electrical engineering, or optical engineering, with 2+ years of relevant experience (Ph.D. preferred). Strong understanding of waveguide optics, integrated photonic devices, and semiconductor More ❯

technical documentation, including test plans, procedures, data analysis reports, and process control records. Minimum Qualifications: Bachelor's or Master's degree in Optical Engineering, Physics, Electrical Engineering, or a related Engineering field. 3+ years of hands-on experience in optical testing, with a focus on waveguides or similar optical components. More ❯

test data according to GDPR and other data privacy regulations Skills & Experience Required Essential Background in research (academic and/or industry) Degree in Physics or Mathematics or related discipline Experience with unstructured and structured data pipelines including large image datasets Knowledge of modern data warehousing and data lake technologies More ❯

problems, whether optimizing models themselves, software engineering, strategy analysis, or understanding market structure. Requirements • Advanced degree in a quantitative field such as mathematics, statistics, physics, engineering or computer science • Strong Python programming ability, including data analysis • A keenness to get stuck in with the financial markets • Ability to participate in More ❯

supervision equipment. To carry out inspection, acceptance testing, installation and maintenance of high-power RF equipment. Liaison with other groups such as Diagnostics, Accelerator Physics and the Operations team in diagnosis and repair or new systems development and installation. Contribute to ensuring safe working practices are being followed. To take More ❯

cross-functional teams Define and test new pulse schemes, developing tooling such as investigation into pulse shaping About You A Ph. D. in experimental physics A demonstrated expertise in experimental problem solving and experimental research Experience with superconducting technologies, especially dispersive readout Ability to focus on defined goals and quickly More ❯

of implementing engineering processes and test & validation systems. Previous experience of operating in a fast-faced startup environment. BSc/MSc in Electronic Engineering, Physics, or a related technical discipline. For a confidential discussion and further information about this unique opportunity, please send your CV to simon.miller@altiumassociates.com More ❯

software. Become an expert in the foundry process technologies used by Salience Labs. What we're looking for: Bachelor's degree or equivalent in physics, photonics, electrical engineering, or optical engineering. 1+ years of relevant experience, or recent graduate with programming or layout experience. Strong programming skills in Python, C More ❯

Software Development teams. About You This placement, starting in summer 2025, would suit an individual that is taking a relevant degree subject such as physics, physical sciences or material science and requires an industrial placement for their third year. It would be ideal if you had knowledge of programming with More ❯

moving projects while maintaining quality and fostering team wellbeing. Drive long-term planning while remaining agile to changing priorities. Enjoy collaborating across disciplines, including physics, electronics, and software. You’ll build on your experience of: Leading and scaling software engineering teams. Managing delivery pipelines, roadmaps, and cross-team processes. Working More ❯

new multidisciplinary solutions, which will require you to dive into and learn quickly across a huge breadth of technical and commercial areas, from Plasma Physics to Robotics, Advanced Computing and Material Science. You will be working with divisions and programmes across UKAEA, such as the aspiring STEP programme targeting More ❯

Maths, Physics, CompSci Graduates | Oxford | Harwell Campus | Hybrid Working | £35,000 -£60,000 per annum Our client is a pioneering force in the field of subsurface reservoir simulation. They leverage massively-parallel computation to solve the complete reservoir simulation problem – from subsurface fluid flow in porous media to surface networks … a proxy model of the full simulator. They are seeking new members of the team with an interest in using high-performance computing for Physics applications. As the company is small, you will have the opportunity to work in a wide range of areas – the ideal candidate would be able … work on the technical side as well as engage with existing and potential clients. The technical work may effectively be split into two fields - Physics and Software Engineering: Physics Multiphase flow in porous media Phase equilibrium thermodynamics Poroelasticity and geomechanics Software Engineering Massively parallel computation Extreme portability - native GPU and More ❯

Maths, Physics, CompSci Graduates | Oxford | Harwell Campus | Hybrid Working | £35,000 -£60,000 per annum Our client is a pioneering force in the field of subsurface reservoir simulation. They leverage massively-parallel computation to solve the complete reservoir simulation problem – from subsurface fluid flow in porous media to surface networks … a proxy model of the full simulator. They are seeking new members of the team with an interest in using high-performance computing for Physics applications. As the company is small, you will have the opportunity to work in a wide range of areas – the ideal candidate would be able … work on the technical side as well as engage with existing and potential clients. The technical work may effectively be split into two fields - Physics and Software Engineering: Physics Multiphase flow in porous media Phase equilibrium thermodynamics Poroelasticity and geomechanics Software Engineering Massively parallel computation Extreme portability - native GPU and More ❯

Strong background in system-level design, verification, and performance optimization. Ability to define and implement technical improvements across multidisciplinary teams. A degree in Engineering, Physics, or related fields. Leadership experience in high-tech product development. This is a fantastic opportunity to drive innovation and system-level advancements in a growing More ❯

of CSS, PostCSS and SASS/SCSS Experience with CSS frameworks – Tailwind, Bootstrap and responsive design techniques Background in mathematics, statistics and/or physics and 3D development is desirable Strong knowledge of platform specific and cross platform capabilities Experience utilising JavaScript build tools such as Gulp, Vite or Rollup More ❯

of CSS, PostCSS and SASS/SCSS Experience with CSS frameworks – Tailwind, Bootstrap and responsive design techniques Background in mathematics, statistics and/or physics and 3D development is desirable Strong knowledge of platform specific and cross platform capabilities Experience utilising JavaScript build tools such as Gulp, Vite or Rollup More ❯

challenges through high-performance computing, data-driven design, and intelligent process control. This is your opportunity to work at the frontier—where software, AI, Physics and Chemistry meet. This Software Engineer role sits at the intersection of disciplines, solving real-world challenges through high-performance computing, data-driven design, and More ❯

the most powerful, accurate, and reliable quantum systems. Quantum computing offers a radically new way of building computers that harnesses the power of quantum physics to outperform conventional supercomputers exponentially. Using our unique trapped-ion technology, we are leading the race to unleash quantum computing's unparalleled potential. What to More ❯

Work to help define, implement, and manage system DVPs including the detailed specification of virtual and physical tests, hardware requirements and schedules, covering multiple physics disciplines: Electrical/electronics, controls, software, NVH, structural, durability, dynamics, thermal, fluids, environmental Work with project technical lead, technical specialists, and subject matter experts to More ❯

collaborative leader, and a strategic thinker with a strong technical foundation. You will likely bring: A degree in Systems Engineering, Mechanical or Electrical Engineering, Physics, or a related technical discipline Substantial experience in systems architecture or design within complex, high-tech environments A deep understanding of modular system design, interface More ❯

and Education To be considered for this Laser Applications Engineer role, you'll need a BSc degree or higher in Lasers/Optical Engineering, Physics, Engineering, or a similar field. Practical experience using lasers is highly desirable, as is knowledge of motion control hardware integration and CNC/CAD/ More ❯

the most powerful, accurate, and reliable quantum systems. Quantum computing offers a radically new way of building computers that harnesses the power of quantum physics to outperform conventional supercomputers exponentially. Using our unique trapped-ion technology, we are leading the race to unleash quantum computing's unparalleled potential. Hiring the More ❯