At a Glance
- Tasks: Support binder formulation development and implement AI tools for innovative manufacturing.
- Company: Join a cutting-edge start-up revolutionising advanced manufacturing with AI.
- Benefits: Be part of a diverse team, with opportunities for growth and impactful work.
- Other info: Dynamic environment with a focus on innovation and collaboration.
- Why this job: Make a real difference in sustainable manufacturing while developing your AI and chemistry skills.
- Qualifications: BSc in Chemistry and knowledge of AI tools required; curiosity is key!
The predicted salary is between 40000 - 50000 £ per year.
Atomik AM is an advanced manufacturing start-up at the frontier of binder jetting additive manufacturing, building the world’s most advanced binder chemistry systems and the data infrastructure that makes them work at scale. We are at an inflection point: our binder systems are proven, our process platform is maturing, and we are now embedding AI across the full development and characterisation pipeline.
We are looking for a Chemist with genuine AI capability to join us as a member of the chemistry team and to grow, over time, into the AI lead for the chemistry division. This is not a data science role with a chemistry overlay, nor a chemistry role with a passing interest in machine learning. We are looking for someone who holds both with equal seriousness: technically grounded in chemistry, and fluent enough in AI tools and methods to begin transforming how we develop and characterise binders.
You will work alongside our chemistry and engineering team, contributing to formulation development and experimental programmes while building and embedding AI-enabled workflows from experimental design and data capture through to predictive modelling and characterisation analysis. This is a role for someone who wants to build something lasting and is ready to grow with it.
Key Responsibilities- Support formulation development and optimisation of binder systems, including material selection and process parameter optimisation.
- Design and execute experiments to evaluate new formulations and identify improvements, working closely with the chemistry and engineering teams.
- Develop and implement testing and characterisation protocols to ensure product performance and quality meet customer requirements.
- Ensure all work complies with relevant safety and environmental regulations.
- Collaborate across chemistry, engineering and commercial functions to support scale-up and translation of laboratory development into real-world applications.
- Identify and implement AI-enabled tools and workflows across binder development and characterisation, including experimental design (DoE), data capture, automated analysis, and predictive modelling.
- Work with the team to digitise and structure experimental data to support machine learning and pattern recognition across formulation datasets.
- Develop and maintain AI-assisted protocols for routine characterisation tasks, freeing chemistry resource for higher-value experimental work.
- Stay current with emerging AI tools relevant to materials chemistry and propose practical applications within Atomik’s workflow.
- Over time, take ownership of the AI strategy for the chemistry division, becoming the internal lead and point of expertise.
- BSc in Chemistry or a closely related discipline.
- Demonstrable working knowledge of AI tools, including but not limited to LLMs, machine learning frameworks, and AI-assisted data analysis and the ability to apply them in a technical R&D context.
- Strong foundation in inorganic or organic chemistry.
- Ability to design, execute, and interpret experiments with appropriate rigour.
- Clear and professional communication, both internally with team colleagues and externally with suppliers and clients.
- Solutions-focused mindset: we are a small team in a fast-moving environment and expect everyone to bring their thinking to problems, not just their hands.
- Experience with formulation development or materials characterisation in an industrial or applied research setting.
- Familiarity with data pipeline tools, Python, or scientific computing environments (e.g. Jupyter, pandas, scikit-learn).
- Experience applying design of experiments (DoE) methodology.
- Understanding of inorganic, organic chemistry or materials science.
- Prior exposure to additive manufacturing, binder systems, or advanced materials, though this is not required; a genuine curiosity about the field matters more.
Please send your CV along with a brief portfolio note, one to two pages, or equivalent showing how you use AI tools in your work. This does not need to be a formal document. It could be a short description of a workflow you have built, a script or notebook, a problem you solved using an LLM, or a process you automated. We are interested in how you think about AI as a practical tool, not in polished presentations. The portfolio note is optional but strongly encouraged. Candidates who include one will be given priority at the shortlisting stage. What we are looking for is not impressive outputs but clear reasoning: what problem were you solving, why did you choose the approach you did, and what would you do differently?
Why Join Atomik AM?We are not just another manufacturing company. Atomik AM is built on innovation, impact, and integrity. We challenge conventional manufacturing methods to create sustainable, high-performance solutions. If you want to be part of a team where your work makes a real difference, and you thrive in an environment where ideas turn into action, this is the place for you. We believe in fostering a diverse and inclusive workplace, where different perspectives drive better solutions. If you are ready to shape the future of advanced manufacturing, we would love to hear from you.
Locations
Chemist - AI and Process Intelligence in Cheshire, Warrington employer: Atomik AM
At Atomik AM, we pride ourselves on being at the forefront of innovation in advanced manufacturing, particularly in binder jetting additive manufacturing. Our dynamic work culture encourages collaboration and creativity, providing employees with unique opportunities for growth and development in both chemistry and AI. Join us in a diverse and inclusive environment where your contributions will directly impact the future of sustainable manufacturing.
StudySmarter Expert Advice🤫
We think this is how you could land Chemist - AI and Process Intelligence in Cheshire, Warrington
✨Get Involved in the Chemistry Community
Engage with local chemistry societies and attend their events. Whether it's a conference or a seminar, these gatherings can be gold mines for networking and spotting job openings at companies like Atomik AM. Plus, being face-to-face with industry professionals can leave a lasting impression!
✨Utilise Online Platforms for Chemistry Jobs
Don’t just rely on mainstream job boards. Sites like Chemistry World and Chemjobs are specifically geared for our field. Set up alerts for new openings at places like Atomik AM to be the first to apply!
✨Showcase Your Research & Projects
Create a professional online portfolio that highlights your chemistry projects or research. This could be a blog or a simple website that showcases your skills and experience. When you apply to Atomik AM, you want them to see what you can do beyond the CV.
✨Connect With Recruiters Specialised in Chemistry
Reach out to recruitment agencies that focus on the chemistry sector. They often have inside tracks on job openings at companies like Atomik AM and can provide valuable advice tailored to full-time roles in our industry. Don't be shy to ask for insights!
We think you need these skills to ace Chemist - AI and Process Intelligence in Cheshire, Warrington
Some tips for your application 🫡
Show Off Your Lab Skills:When applying for a chemistry position, make sure to highlight any lab experience you've got. Mention specific techniques and instruments you've worked with, as they can set you apart from other candidates. For us, demonstrating your practical skills is as important as your theoretical knowledge!
Tailor Your CV to Chemistry:It's essential to structure your CV in a way that’s appealing for a chemistry role. Highlight relevant projects, research publications, and coursework that demonstrate your expertise. If you’ve completed specific certifications, make sure to list those as well—they can really boost your chances!
Craft a Chemistry-Focused Cover Letter:In your cover letter, share your enthusiasm for the field of chemistry and why you want to work at Atomik AM. Talk about any research or projects that inspire you, and express your willingness to contribute to the team. We love seeing genuine passion for chemistry in applications!
Include Relevant References:Since chemistry roles can be quite specific, having reference letters from professors or previous employers in the field can be a huge plus. Make sure to include contacts who can vouch for your skills and dedication, as it adds credibility to your application.
How to prepare for a job interview at Atomik AM
✨Know Your Experiments
Get ready to chat about your hands-on experience in the lab. We should be prepared to discuss specific experiments we've conducted, the results, and any challenges we faced. This shows them we don't just know the theory but can apply it in practice!
✨Master the Technical Speak
Brush up on the relevant terminology and concepts in chemistry. Make sure we can discuss different chemical processes, analytical techniques, and safety protocols fluently, as they might throw some technical questions our way. Being precise and confident can really set us apart!
✨Show Off Your Projects
Make a portfolio showcasing our best lab work and any research projects we've been involved in. It's a great way to demonstrate our skills and passion for chemistry. We should tailor it to highlight the aspects most relevant to Atomik AM and the Chemist - AI and Process Intelligence role.
✨Be Ready for Problem Solving
Expect some scenario-based questions where we might need to solve chemical problems on the spot. They could ask about unexpected results or how to improve a process. Let's practice thinking on our feet and explaining our thought process clearly!