At a Glance
- Tasks: Design and build cutting-edge data platforms for AI-driven simulations.
- Company: Join PhysicsX, a deep-tech innovator transforming engineering with AI.
- Benefits: Enjoy flexible working, free lunches, private healthcare, and personal development opportunities.
- Other info: Diverse and inclusive workplace committed to equal opportunities.
- Why this job: Make a real impact in advanced industries while working with top-tier tech.
- Qualifications: Strong software engineering skills, experience in big data, and a passion for innovation.
The predicted salary is between 63000 - 77000 £ per year.
PhysicsX is a deep-tech company with roots in numerical physics and Formula One, dedicated to accelerating hardware innovation at the speed of software. We are building an AI-driven simulation software stack for engineering and manufacturing across advanced industries. By enabling high-fidelity, multi-physics simulation through AI inference across the entire engineering lifecycle, PhysicsX unlocks new levels of optimization and automation in design, manufacturing, and operations — empowering engineers to push the boundaries of possibility. Our customers include leading innovators in Aerospace & Defense, Materials, Energy, Semiconductors, and Automotive.
PhysicsX is building a platform that enables Data Scientists and Simulation Engineers to build, train, and deploy Deep Physics Models. The platform handles massive volumes of complex simulation data and enables high-fidelity multi-physics simulation through AI inference.
We're looking for a Senior Software Engineer with a strong background in building data platforms. You won't just be moving data from A to B - you'll be architecting and building the distributed systems, services, and APIs that form the backbone of our platform. You'll bridge the gap between complex physical simulations and modern data infrastructure, implementing storage solutions for AI/ML pipelines and creating the analytical layers that allow our engineers to visualise and understand their results. This role is for builders who love coding robust software as much as designing efficient data architectures.
- Design and architect scalable distributed systems, microservices, and APIs for high-dimensional simulation data across the machine learning lifecycle — from data processing and model training to inference services.
- Build tools that enable data scientists and engineers to create automated, robust pipelines for data ingestion and processing — powering active learning loops.
- Architect and integrate modern Data Warehouses, Data Lakes, and high-performance storage solutions to handle the unique demands of complex simulations, multimodal data and deep learning workloads.
- Build internal tools that enable BI dashboards and scientific data visualizations, making large datasets intuitive and accessible.
- Define system architecture for new capabilities, making trade-offs across performance, reliability, cost, and developer experience.
- Own your work end-to-end — from architectural design through deployment and maintenance in a fast-paced, agile environment.
- Define reliability guarantees, quality of service metrics, and performance standards for the services you own.
- Proactively diagnose and resolve complex performance bottlenecks.
- Ensure compliance with established patterns for security, data segregation, and access control.
- Drive best practices in CI/CD, automated testing, observability, and infrastructure-as-code.
- Build and maintain deployment pipelines, including zero-downtime and multi-service deployments.
- Mentor junior and mid-level engineers, facilitate technical discussions, build consensus around architectural decisions, and translate research needs into well-defined technical requirements.
- Influence engineering roadmap and contribute to technical strategy beyond your immediate team.
Strong software engineering foundations — solid grasp of algorithms, data structures, and system design. You write clean, maintainable, testable code and have strong command of Golang or Rust and Python.
Distributed systems and data engineering experience — proven track record building big data processing platforms in production, moving beyond scripting to robust engineering solutions (e.g., Hands-on experience architecting Data Warehouses and Data Lakes).
API and service design maturity — experience designing multi-service systems with attention to schema governance, forward compatibility, and data access patterns.
User code execution — experience building systems that run user code safely, robustly, and securely, with an understanding of sandboxing, isolation, and threat models.
Multimodal data handling — experience working with storage engines or databases that handle diverse data types, including relational data, vector embeddings, and large binary blobs.
Security awareness — familiarity with designing for security requirements and participating in security testing and compliance workflows.
Reliability and observability mindset — experience providing QoS guarantees, implementing monitoring and alerting, and optimising observability in production.
CI/CD and deployment expertise — hands-on experience building and optimising CI/CD pipelines, including multi-service and zero-downtime deployments across numerous customer environments.
Diagnostic and optimisation skills — proactive approach to diagnosing performance bottlenecks in data processing and storage systems.
Communication and leadership — excellent communication skills to understand data needs from research scientists and translate them into technical specifications.
Polyglot programming — deep expertise in Python and mastery of high-performance compiled languages like Golang, C++, or Rust.
Big data scale — experience designing and maintaining big data systems, with a track record of running complex analytics on massive datasets in production.
Domain knowledge — understanding of 3D geometry processing (meshes, point clouds) and data structures used in physics-based simulations.
Advanced testing — experience with fuzzing, deterministic simulation testing, or fault injection in production systems.
Infrastructure flexibility — understanding of what it takes to build software that runs in cloud, on-premises, and air-gapped environments.
We value diversity and are committed to equal employment opportunity regardless of sex, race, religion, ethnicity, nationality, disability, age, sexual orientation or gender identity. To help make a change, we sponsor bright women from disadvantaged backgrounds through their university degrees in science and mathematics. We collect diversity and inclusion data solely for the purpose of monitoring the effectiveness of our equal opportunities policies and ensuring compliance with UK employment and equality legislation.
Senior Software Engineer - AI, Big Data an in London employer: Physicsx
At PhysicsX, we pride ourselves on being an exceptional employer that fosters a culture of innovation and collaboration. Our team thrives in a flat structure where every voice is valued, and we offer meaningful benefits such as equity options, generous parental leave, and a commitment to personal development. Located in Shoreditch, our hybrid work model allows for a sustainable work-life balance while tackling impactful challenges in AI-driven engineering.
StudySmarter Expert Advice🤫
We think this is how you could land Senior Software Engineer - AI, Big Data an in London
✨Join Local Tech Meetups
Get out there and mingle with fellow developers by joining local tech meetups. It’s a fantastic way to meet people who might be working at Physicsx or know someone who does. Plus, you can pick up some trendy tech skills and trends while you're at it!
✨Contribute to Open Source Projects
Show off your coding chops by jumping into open-source projects. Not only does this give you practical experience, but it also gets you noticed in the dev community. You'll create a killer portfolio that speaks volumes about your skills to Physicsx.
✨Tap into Online Developer Communities
Don’t underestimate the power of online developer communities like GitHub, Stack Overflow, and even Reddit. Participate in discussions, share your projects, and build your visibility. We can often find opportunities through these channels that can lead to a full-time gig at companies like Physicsx.
✨Explore Job Boards Specifically for Tech Roles
Keep your eyes peeled on job boards that focus on tech roles. Sites like TechCareers or Stack Overflow Jobs can often have listings for companies like Physicsx that might not show up on broader job sites. Make it a habit to check these regularly, and don’t hesitate to apply directly through our website!
We think you need these skills to ace Senior Software Engineer - AI, Big Data an in London
Some tips for your application 🫡
Show off your coding skills:When applying for a software engineering role, it's super important to showcase your coding skills. Make sure your CV includes your tech stack, any relevant programming languages you’re comfortable with, and examples of projects you've worked on. If you have a GitHub profile, link it up! We love to see code in action.
Tailor your portfolio:For a full-time role, we’d expect to see some solid examples of your work in your portfolio. Make sure to include at least two or three projects that highlight your problem-solving skills and your ability to work with different technologies. Focus on the projects that are most relevant to the position at Physicsx.
Craft a killer cover letter:Your cover letter is your chance to stand out—make it personal! Explain why you want to work at Physicsx and how your skills align with the role. Show us your passion for software development. We dig enthusiastic candidates who understand the value of collaboration and continuous learning!
Be clear and concise:When it comes to writing your CV and cover letter, clarity is key. Avoid jargon that could confuse us and stick to simple, direct language. Highlight your achievements with quantifiable results where possible, and keep everything easy to read. A well-organised application goes a long way!
How to prepare for a job interview at Physicsx
✨Brush Up on Your Coding Skills
For a full-time software engineering role, it's crucial that we stay sharp with our coding abilities. Expect technical questions that might involve solving problems on the spot or discussing algorithms. Practise on platforms like LeetCode or HackerRank to get comfortable with the types of questions that often come up.
✨Know Your Tools and Frameworks
Make sure we’re well-acquainted with the tools and technologies listed in the job description. Familiarise ourselves with any specific frameworks or programming languages mentioned. If Physicsx uses React or Node.js, for instance, be ready to discuss how we’ve used them in previous projects or coursework.
✨Showcase Your Projects
Bring along a portfolio that highlights our best work. This could be code samples, GitHub repositories, or any side projects we’ve built. Make sure we can talk through our thought process for each project, especially the challenges we faced and how we solved them—this shows our problem-solving skills in action.
✨Prepare for Behavioural Questions
While technical skills are key, full-time positions also require cultural fit. Be ready to discuss our previous experiences and how we handle teamwork, conflict, and deadlines. Brush up on the STAR method—Situation, Task, Action, Result—to clearly articulate our past experiences when discussing how we've contributed to a team.