Laboratorieingenjör inom kemiområdet - Lediga jobb

The Senior Engineer of Material Development will lead the evaluation, analysis, and optimization of Li battery cells and related materials. This role involves providing technical leadership, guiding junior engineers, and ensuring the successful execution of evaluation activities that support both R&D and commercial cell development. The position requires a deep understanding of material behaviour, electrochemical performance, and cell integration to drive continuous improvement in product performance and reliability.

Key Responsibilities

Overall areas of responsibilities and activities

Key responsibilities include (but are not limited to)

• Lead and oversee material and cell-level evaluation activities, including electrochemical performance testing, material characterization, and failure analysis.

• Develop and refine evaluation methodologies, standard test protocols, and data analysis frameworks to ensure consistency and technical rigor.

• Interpret complex analytical and electrochemical data to identify key performance drivers and recommend technical improvements.

• Provide technical guidance and mentorship to junior engineers and assist in the prioritization and execution of project tasks.

• Collaborate closely with cross-functional teams—cell design, process engineering, and quality assurance—to align evaluation results with design and manufacturing objectives.

• Manage multiple evaluation tasks or projects, ensuring timely delivery of high-quality results and documentation.

• Contribute to long-term strategy and roadmap development by identifying material or process-related risks and opportunities for improvement.

• Communicate findings effectively to management and R&D stakeholders through reports, reviews, and technical presentations.
• Stay updated on advancements in Li battery technology, materials science, and analytical techniques, and apply relevant insights to ongoing projects.

Requirements

Educational background and previous experience required for the role

Qualifications and Experience

• BSc or higher degrees in Chemical/Material/Electrical Engineering, and Chemistry.

• Extensive experience in Li battery evaluation, materials analysis, or related R&D areas.

• Preferably 5+ years industrial experience.

• Proven expertise in electrochemical analysis, material characterization, and data-driven problem solving.

• Strong leadership, mentoring, and communication skills with the ability to coordinate multi-functional teams.

• Capable of translating analytical findings into actionable engineering insights and project recommendations.

• High level of self-direction, accountability, and technical judgment in complex problem-solving scenarios.

Specific skills

• Advanced analytical capability in using EIS, GITT, GCPL, and high-precision cycling methods.

• Experience with material analysis tools (SEM/EDS, XPS, ICP, TGA/DSC).

• Ability to design experiments and establish evaluation protocols.

• Strong statistical and data interpretation skills for performance trend analysis.
• Skilled in using data visualization and statistical analysis software.

Personal success factors

• Strong ownership of tasks and ability to work independently.

• Proactive approach to identifying and solving technical issues.

• Clear and persuasive communication across functions.

• Commitment to mentoring and sharing technical knowledge.

• Balanced focus on both immediate problem-solving and process improvement.
• 
  
• 
  

The Senior Engineer of Material Development will lead the evaluation, analysis, and optimization of Li battery cells and related materials. This role involves providing technical leadership, guiding junior engineers, and ensuring the successful execution of evaluation activities that support both R&D and commercial cell development. The position requires a deep understanding of material behaviour, electrochemical performance, and cell integration to drive continuous improvement in product performance and reliability.

Key Responsibilities

Overall areas of responsibilities and activities

Key responsibilities include (but are not limited to)

• Lead and oversee material and cell-level evaluation activities, including electrochemical performance testing, material characterization, and failure analysis.

• Develop and refine evaluation methodologies, standard test protocols, and data analysis frameworks to ensure consistency and technical rigor.

• Interpret complex analytical and electrochemical data to identify key performance drivers and recommend technical improvements.

• Provide technical guidance and mentorship to junior engineers and assist in the prioritization and execution of project tasks.

• Collaborate closely with cross-functional teams—cell design, process engineering, and quality assurance—to align evaluation results with design and manufacturing objectives.

• Manage multiple evaluation tasks or projects, ensuring timely delivery of high-quality results and documentation.

• Contribute to long-term strategy and roadmap development by identifying material or process-related risks and opportunities for improvement.

• Communicate findings effectively to management and R&D stakeholders through reports, reviews, and technical presentations.
• Stay updated on advancements in Li battery technology, materials science, and analytical techniques, and apply relevant insights to ongoing projects.

Requirements

Educational background and previous experience required for the role

Qualifications and Experience

• BSc or higher degrees in Chemical/Material/Electrical Engineering, and Chemistry.

• Extensive experience in Li battery evaluation, materials analysis, or related R&D areas.

• Preferably 5+ years industrial experience.

• Proven expertise in electrochemical analysis, material characterization, and data-driven problem solving.

• Strong leadership, mentoring, and communication skills with the ability to coordinate multi-functional teams.

• Capable of translating analytical findings into actionable engineering insights and project recommendations.

• High level of self-direction, accountability, and technical judgment in complex problem-solving scenarios.

Specific skills

• Advanced analytical capability in using EIS, GITT, GCPL, and high-precision cycling methods.

• Experience with material analysis tools (SEM/EDS, XPS, ICP, TGA/DSC).

• Ability to design experiments and establish evaluation protocols.

• Strong statistical and data interpretation skills for performance trend analysis.
• Skilled in using data visualization and statistical analysis software.

Personal success factors

• Strong ownership of tasks and ability to work independently.

• Proactive approach to identifying and solving technical issues.

• Clear and persuasive communication across functions.

• Commitment to mentoring and sharing technical knowledge.

• Balanced focus on both immediate problem-solving and process improvement.
• 
  
• 
  

The Senior Engineer of Material Development will lead the evaluation, analysis, and optimization of Li battery cells and related materials. This role involves providing technical leadership, guiding junior engineers, and ensuring the successful execution of evaluation activities that support both R&D and commercial cell development. The position requires a deep understanding of material behaviour, electrochemical performance, and cell integration to drive continuous improvement in product performance and reliability.

Key Responsibilities

Overall areas of responsibilities and activities

Key responsibilities include (but are not limited to)

• Lead and oversee material and cell-level evaluation activities, including electrochemical performance testing, material characterization, and failure analysis.

• Develop and refine evaluation methodologies, standard test protocols, and data analysis frameworks to ensure consistency and technical rigor.

• Interpret complex analytical and electrochemical data to identify key performance drivers and recommend technical improvements.

• Provide technical guidance and mentorship to junior engineers and assist in the prioritization and execution of project tasks.

• Collaborate closely with cross-functional teams—cell design, process engineering, and quality assurance—to align evaluation results with design and manufacturing objectives.

• Manage multiple evaluation tasks or projects, ensuring timely delivery of high-quality results and documentation.

• Contribute to long-term strategy and roadmap development by identifying material or process-related risks and opportunities for improvement.

• Communicate findings effectively to management and R&D stakeholders through reports, reviews, and technical presentations.
• Stay updated on advancements in Li battery technology, materials science, and analytical techniques, and apply relevant insights to ongoing projects.

Requirements

Educational background and previous experience required for the role

Qualifications and Experience

• BSc or higher degrees in Chemical/Material/Electrical Engineering, and Chemistry.

• Extensive experience in Li battery evaluation, materials analysis, or related R&D areas.

• Preferably 5+ years industrial experience.

• Proven expertise in electrochemical analysis, material characterization, and data-driven problem solving.

• Strong leadership, mentoring, and communication skills with the ability to coordinate multi-functional teams.

• Capable of translating analytical findings into actionable engineering insights and project recommendations.

• High level of self-direction, accountability, and technical judgment in complex problem-solving scenarios.

Specific skills

• Advanced analytical capability in using EIS, GITT, GCPL, and high-precision cycling methods.

• Experience with material analysis tools (SEM/EDS, XPS, ICP, TGA/DSC).

• Ability to design experiments and establish evaluation protocols.

• Strong statistical and data interpretation skills for performance trend analysis.
• Skilled in using data visualization and statistical analysis software.

Personal success factors

• Strong ownership of tasks and ability to work independently.

• Proactive approach to identifying and solving technical issues.

• Clear and persuasive communication across functions.

• Commitment to mentoring and sharing technical knowledge.

• Balanced focus on both immediate problem-solving and process improvement.
• 
  
• 
  

The Senior Engineer of Material Development will lead the evaluation, analysis, and optimization of Li battery cells and related materials. This role involves providing technical leadership, guiding junior engineers, and ensuring the successful execution of evaluation activities that support both R&D and commercial cell development. The position requires a deep understanding of material behaviour, electrochemical performance, and cell integration to drive continuous improvement in product performance and reliability.

Key Responsibilities

Overall areas of responsibilities and activities

Key responsibilities include (but are not limited to)

• Lead and oversee material and cell-level evaluation activities, including electrochemical performance testing, material characterization, and failure analysis.

• Develop and refine evaluation methodologies, standard test protocols, and data analysis frameworks to ensure consistency and technical rigor.

• Interpret complex analytical and electrochemical data to identify key performance drivers and recommend technical improvements.

• Provide technical guidance and mentorship to junior engineers and assist in the prioritization and execution of project tasks.

• Collaborate closely with cross-functional teams—cell design, process engineering, and quality assurance—to align evaluation results with design and manufacturing objectives.

• Manage multiple evaluation tasks or projects, ensuring timely delivery of high-quality results and documentation.

• Contribute to long-term strategy and roadmap development by identifying material or process-related risks and opportunities for improvement.

• Communicate findings effectively to management and R&D stakeholders through reports, reviews, and technical presentations.
• Stay updated on advancements in Li battery technology, materials science, and analytical techniques, and apply relevant insights to ongoing projects.

Requirements

Educational background and previous experience required for the role

Qualifications and Experience

• BSc or higher degrees in Chemical/Material/Electrical Engineering, and Chemistry.

• Extensive experience in Li battery evaluation, materials analysis, or related R&D areas.

• Preferably 5+ years industrial experience.

• Proven expertise in electrochemical analysis, material characterization, and data-driven problem solving.

• Strong leadership, mentoring, and communication skills with the ability to coordinate multi-functional teams.

• Capable of translating analytical findings into actionable engineering insights and project recommendations.

• High level of self-direction, accountability, and technical judgment in complex problem-solving scenarios.

Specific skills

• Advanced analytical capability in using EIS, GITT, GCPL, and high-precision cycling methods.

• Experience with material analysis tools (SEM/EDS, XPS, ICP, TGA/DSC).

• Ability to design experiments and establish evaluation protocols.

• Strong statistical and data interpretation skills for performance trend analysis.
• Skilled in using data visualization and statistical analysis software.

Personal success factors

• Strong ownership of tasks and ability to work independently.

• Proactive approach to identifying and solving technical issues.

• Clear and persuasive communication across functions.

• Commitment to mentoring and sharing technical knowledge.

• Balanced focus on both immediate problem-solving and process improvement.
• 
  
• 
  

The Senior Engineer of Material Development will lead the evaluation, analysis, and optimization of Li battery cells and related materials. This role involves providing technical leadership, guiding junior engineers, and ensuring the successful execution of evaluation activities that support both R&D and commercial cell development. The position requires a deep understanding of material behaviour, electrochemical performance, and cell integration to drive continuous improvement in product performance and reliability.

Key Responsibilities

Overall areas of responsibilities and activities

Key responsibilities include (but are not limited to)

• Lead and oversee material and cell-level evaluation activities, including electrochemical performance testing, material characterization, and failure analysis.

• Develop and refine evaluation methodologies, standard test protocols, and data analysis frameworks to ensure consistency and technical rigor.

• Interpret complex analytical and electrochemical data to identify key performance drivers and recommend technical improvements.

• Provide technical guidance and mentorship to junior engineers and assist in the prioritization and execution of project tasks.

• Collaborate closely with cross-functional teams—cell design, process engineering, and quality assurance—to align evaluation results with design and manufacturing objectives.

• Manage multiple evaluation tasks or projects, ensuring timely delivery of high-quality results and documentation.

• Contribute to long-term strategy and roadmap development by identifying material or process-related risks and opportunities for improvement.

• Communicate findings effectively to management and R&D stakeholders through reports, reviews, and technical presentations.
• Stay updated on advancements in Li battery technology, materials science, and analytical techniques, and apply relevant insights to ongoing projects.

Requirements

Educational background and previous experience required for the role

Qualifications and Experience

• BSc or higher degrees in Chemical/Material/Electrical Engineering, and Chemistry.

• Extensive experience in Li battery evaluation, materials analysis, or related R&D areas.

• Preferably 5+ years industrial experience.

• Proven expertise in electrochemical analysis, material characterization, and data-driven problem solving.

• Strong leadership, mentoring, and communication skills with the ability to coordinate multi-functional teams.

• Capable of translating analytical findings into actionable engineering insights and project recommendations.

• High level of self-direction, accountability, and technical judgment in complex problem-solving scenarios.

Specific skills

• Advanced analytical capability in using EIS, GITT, GCPL, and high-precision cycling methods.

• Experience with material analysis tools (SEM/EDS, XPS, ICP, TGA/DSC).

• Ability to design experiments and establish evaluation protocols.

• Strong statistical and data interpretation skills for performance trend analysis.
• Skilled in using data visualization and statistical analysis software.

Personal success factors

• Strong ownership of tasks and ability to work independently.

• Proactive approach to identifying and solving technical issues.

• Clear and persuasive communication across functions.

• Commitment to mentoring and sharing technical knowledge.

• Balanced focus on both immediate problem-solving and process improvement.
• 
  
• 
  

The Senior Engineer of Material Development will lead the evaluation, analysis, and optimization of Li battery cells and related materials. This role involves providing technical leadership, guiding junior engineers, and ensuring the successful execution of evaluation activities that support both R&D and commercial cell development. The position requires a deep understanding of material behaviour, electrochemical performance, and cell integration to drive continuous improvement in product performance and reliability.

Key Responsibilities

Overall areas of responsibilities and activities

Key responsibilities include (but are not limited to)

• Lead and oversee material and cell-level evaluation activities, including electrochemical performance testing, material characterization, and failure analysis.

• Develop and refine evaluation methodologies, standard test protocols, and data analysis frameworks to ensure consistency and technical rigor.

• Interpret complex analytical and electrochemical data to identify key performance drivers and recommend technical improvements.

• Provide technical guidance and mentorship to junior engineers and assist in the prioritization and execution of project tasks.

• Collaborate closely with cross-functional teams—cell design, process engineering, and quality assurance—to align evaluation results with design and manufacturing objectives.

• Manage multiple evaluation tasks or projects, ensuring timely delivery of high-quality results and documentation.

• Contribute to long-term strategy and roadmap development by identifying material or process-related risks and opportunities for improvement.

• Communicate findings effectively to management and R&D stakeholders through reports, reviews, and technical presentations.
• Stay updated on advancements in Li battery technology, materials science, and analytical techniques, and apply relevant insights to ongoing projects.

Requirements

Educational background and previous experience required for the role

Qualifications and Experience

• BSc or higher degrees in Chemical/Material/Electrical Engineering, and Chemistry.

• Extensive experience in Li battery evaluation, materials analysis, or related R&D areas.

• Preferably 5+ years industrial experience.

• Proven expertise in electrochemical analysis, material characterization, and data-driven problem solving.

• Strong leadership, mentoring, and communication skills with the ability to coordinate multi-functional teams.

• Capable of translating analytical findings into actionable engineering insights and project recommendations.

• High level of self-direction, accountability, and technical judgment in complex problem-solving scenarios.

Specific skills

• Advanced analytical capability in using EIS, GITT, GCPL, and high-precision cycling methods.

• Experience with material analysis tools (SEM/EDS, XPS, ICP, TGA/DSC).

• Ability to design experiments and establish evaluation protocols.

• Strong statistical and data interpretation skills for performance trend analysis.
• Skilled in using data visualization and statistical analysis software.

Personal success factors

• Strong ownership of tasks and ability to work independently.

• Proactive approach to identifying and solving technical issues.

• Clear and persuasive communication across functions.

• Commitment to mentoring and sharing technical knowledge.

• Balanced focus on both immediate problem-solving and process improvement.
• 
  
• 
  

The Senior Engineer of Material Development will lead the evaluation, analysis, and optimization of Li battery cells and related materials. This role involves providing technical leadership, guiding junior engineers, and ensuring the successful execution of evaluation activities that support both R&D and commercial cell development. The position requires a deep understanding of material behaviour, electrochemical performance, and cell integration to drive continuous improvement in product performance and reliability.

Key Responsibilities

Overall areas of responsibilities and activities

Key responsibilities include (but are not limited to)

• Lead and oversee material and cell-level evaluation activities, including electrochemical performance testing, material characterization, and failure analysis.

• Develop and refine evaluation methodologies, standard test protocols, and data analysis frameworks to ensure consistency and technical rigor.

• Interpret complex analytical and electrochemical data to identify key performance drivers and recommend technical improvements.

• Provide technical guidance and mentorship to junior engineers and assist in the prioritization and execution of project tasks.

• Collaborate closely with cross-functional teams—cell design, process engineering, and quality assurance—to align evaluation results with design and manufacturing objectives.

• Manage multiple evaluation tasks or projects, ensuring timely delivery of high-quality results and documentation.

• Contribute to long-term strategy and roadmap development by identifying material or process-related risks and opportunities for improvement.

• Communicate findings effectively to management and R&D stakeholders through reports, reviews, and technical presentations.
• Stay updated on advancements in Li battery technology, materials science, and analytical techniques, and apply relevant insights to ongoing projects.

Requirements

Educational background and previous experience required for the role

Qualifications and Experience

• BSc or higher degrees in Chemical/Material/Electrical Engineering, and Chemistry.

• Extensive experience in Li battery evaluation, materials analysis, or related R&D areas.

• Preferably 5+ years industrial experience.

• Proven expertise in electrochemical analysis, material characterization, and data-driven problem solving.

• Strong leadership, mentoring, and communication skills with the ability to coordinate multi-functional teams.

• Capable of translating analytical findings into actionable engineering insights and project recommendations.

• High level of self-direction, accountability, and technical judgment in complex problem-solving scenarios.

Specific skills

• Advanced analytical capability in using EIS, GITT, GCPL, and high-precision cycling methods.

• Experience with material analysis tools (SEM/EDS, XPS, ICP, TGA/DSC).

• Ability to design experiments and establish evaluation protocols.

• Strong statistical and data interpretation skills for performance trend analysis.
• Skilled in using data visualization and statistical analysis software.

Personal success factors

• Strong ownership of tasks and ability to work independently.

• Proactive approach to identifying and solving technical issues.

• Clear and persuasive communication across functions.

• Commitment to mentoring and sharing technical knowledge.

• Balanced focus on both immediate problem-solving and process improvement.
• 
  
• 
  

The Senior Engineer of Material Development will lead the evaluation, analysis, and optimization of Li battery cells and related materials. This role involves providing technical leadership, guiding junior engineers, and ensuring the successful execution of evaluation activities that support both R&D and commercial cell development. The position requires a deep understanding of material behaviour, electrochemical performance, and cell integration to drive continuous improvement in product performance and reliability.

Key Responsibilities

Overall areas of responsibilities and activities

Key responsibilities include (but are not limited to)

• Lead and oversee material and cell-level evaluation activities, including electrochemical performance testing, material characterization, and failure analysis.

• Develop and refine evaluation methodologies, standard test protocols, and data analysis frameworks to ensure consistency and technical rigor.

• Interpret complex analytical and electrochemical data to identify key performance drivers and recommend technical improvements.

• Provide technical guidance and mentorship to junior engineers and assist in the prioritization and execution of project tasks.

• Collaborate closely with cross-functional teams—cell design, process engineering, and quality assurance—to align evaluation results with design and manufacturing objectives.

• Manage multiple evaluation tasks or projects, ensuring timely delivery of high-quality results and documentation.

• Contribute to long-term strategy and roadmap development by identifying material or process-related risks and opportunities for improvement.

• Communicate findings effectively to management and R&D stakeholders through reports, reviews, and technical presentations.
• Stay updated on advancements in Li battery technology, materials science, and analytical techniques, and apply relevant insights to ongoing projects.

Requirements

Educational background and previous experience required for the role

Qualifications and Experience

• BSc or higher degrees in Chemical/Material/Electrical Engineering, and Chemistry.

• Extensive experience in Li battery evaluation, materials analysis, or related R&D areas.

• Preferably 5+ years industrial experience.

• Proven expertise in electrochemical analysis, material characterization, and data-driven problem solving.

• Strong leadership, mentoring, and communication skills with the ability to coordinate multi-functional teams.

• Capable of translating analytical findings into actionable engineering insights and project recommendations.

• High level of self-direction, accountability, and technical judgment in complex problem-solving scenarios.

Specific skills

• Advanced analytical capability in using EIS, GITT, GCPL, and high-precision cycling methods.

• Experience with material analysis tools (SEM/EDS, XPS, ICP, TGA/DSC).

• Ability to design experiments and establish evaluation protocols.

• Strong statistical and data interpretation skills for performance trend analysis.
• Skilled in using data visualization and statistical analysis software.

Personal success factors

• Strong ownership of tasks and ability to work independently.

• Proactive approach to identifying and solving technical issues.

• Clear and persuasive communication across functions.

• Commitment to mentoring and sharing technical knowledge.

• Balanced focus on both immediate problem-solving and process improvement.
• 
  
• 
  

The Senior Engineer of Material Development will lead the evaluation, analysis, and optimization of Li battery cells and related materials. This role involves providing technical leadership, guiding junior engineers, and ensuring the successful execution of evaluation activities that support both R&D and commercial cell development. The position requires a deep understanding of material behaviour, electrochemical performance, and cell integration to drive continuous improvement in product performance and reliability.

Key Responsibilities

Overall areas of responsibilities and activities

Key responsibilities include (but are not limited to)

• Lead and oversee material and cell-level evaluation activities, including electrochemical performance testing, material characterization, and failure analysis.

• Develop and refine evaluation methodologies, standard test protocols, and data analysis frameworks to ensure consistency and technical rigor.

• Interpret complex analytical and electrochemical data to identify key performance drivers and recommend technical improvements.

• Provide technical guidance and mentorship to junior engineers and assist in the prioritization and execution of project tasks.

• Collaborate closely with cross-functional teams—cell design, process engineering, and quality assurance—to align evaluation results with design and manufacturing objectives.

• Manage multiple evaluation tasks or projects, ensuring timely delivery of high-quality results and documentation.

• Contribute to long-term strategy and roadmap development by identifying material or process-related risks and opportunities for improvement.

• Communicate findings effectively to management and R&D stakeholders through reports, reviews, and technical presentations.
• Stay updated on advancements in Li battery technology, materials science, and analytical techniques, and apply relevant insights to ongoing projects.

Requirements

Educational background and previous experience required for the role

Qualifications and Experience

• BSc or higher degrees in Chemical/Material/Electrical Engineering, and Chemistry.

• Extensive experience in Li battery evaluation, materials analysis, or related R&D areas.

• Preferably 5+ years industrial experience.

• Proven expertise in electrochemical analysis, material characterization, and data-driven problem solving.

• Strong leadership, mentoring, and communication skills with the ability to coordinate multi-functional teams.

• Capable of translating analytical findings into actionable engineering insights and project recommendations.

• High level of self-direction, accountability, and technical judgment in complex problem-solving scenarios.

Specific skills

• Advanced analytical capability in using EIS, GITT, GCPL, and high-precision cycling methods.

• Experience with material analysis tools (SEM/EDS, XPS, ICP, TGA/DSC).

• Ability to design experiments and establish evaluation protocols.

• Strong statistical and data interpretation skills for performance trend analysis.
• Skilled in using data visualization and statistical analysis software.

Personal success factors

• Strong ownership of tasks and ability to work independently.

• Proactive approach to identifying and solving technical issues.

• Clear and persuasive communication across functions.

• Commitment to mentoring and sharing technical knowledge.

• Balanced focus on both immediate problem-solving and process improvement.
• 
  
• 
  

Lunds universitet grundades 1666 och rankas återkommande som ett av världens främsta lärosäten. Här finns omkring 46 000 studenter och 8 500 medarbetare i Lund, Helsingborg och Malmö. Vi förenas i vår strävan att förstå, förklara och förbättra vår värld och människors villkor.

För ursprunglig annons (på engelska) och ansökan, vänligen gå till: https://lu.varbi.com/en/what:job/jobID:953369/

Your team

The General Safety Team is one of three teams within the Safety Group at MAX IV. The team consists of specialists in fire safety, chemical safety, laser safety, environmental protection, occupational health and safety, and machine safety. The team also manages physical protection and security at the MAX IV Laboratory.

We collaborate closely with engineers, researchers, administrative staff, and technical personnel across the facility, providing expert guidance to ensure the safe design, procurement, commissioning, and operation of MAX IV. Together, we contribute to a proactive and integrated safety culture.

Would you like to work at one of the brightest lightsources in the world?

MAX IV is looking for an experienced Chemical Safety Coordinator to lead and further develop chemical safety at our world-class research facility. In this role, you will be responsible for maintaining and continuously improving our chemical safety management program, ensuring compliance with Swedish legislation and best practices. You will work closely with managers, researchers, project teams, and contractors, providing expert support on chemical risk management, training, permitting, and safe operational practices. This is a unique opportunity to combine scientific expertise with strategic safety work in an international research environment.

Your main work tasks will be

• Lead the implementation, maintenance, and continuous improvement of the Chemical Safety Program at MAX IV.
• Ensure compliance with applicable Swedish and EU chemical legislation and regulations.
• Coordinate and support chemical risk management processes, including hazard identification, exposure assessments, substitution of hazardous chemicals (including CMR substances), and implementation of appropriate risk control measures.
• Develop and maintain organizational procedures, standards, and guidance for the safe purchasing, handling, storage, transport, labelling, and disposal of chemicals.
• Own and administer the chemical inventory management system, including governance, user support, training, and system documentation, while supporting line managers in fulfilling their responsibility to maintain accurate chemical inventories and registrations.
• Develop and deliver chemical safety training, guidance, and awareness initiatives for managers, employees, contractors, and other relevant stakeholders, including training in the chemical inventory management system and associated responsibilities.
• Plan and conduct inspections, audits, and follow-up activities to verify compliance with internal chemical safety requirements and applicable legislation, and drive continuous improvement.
• Coordinate and collaborate with internal and external stakeholders (including authorities, occupational health services, waste contractors, and other safety functions), on matters relating to chemical safety.

To be successful in this role you need to have the following qualifications

• Extensive experience (8+ years) working as a chemical safety coordinator in industrial or scientific environments.
• Proven ability to work independently and lead chemical safety activities in a larger organisation.
• Documented experience in communicating chemical safety requirements and delivering training.
• Experience administering a chemical inventory management system.
• MSc. in Chemistry.
• Excellent proficiency in Swedish and English, both written and spoken.

Below are seen as merits

• Experience from a Swedish university or research organisation in a similar role.
• Experience developing and implementing a chemical safety management program.
• Experience collaborating with scientists, engineers, and project managers in a research environment.
• PhD in Chemistry or another relevant discipline.

As a person you are someone who is proactive, structured, and confident in working both independently and collaboratively within multidisciplinary teams. You communicate clearly, build strong relationships across functions, and have a strong commitment to safety, quality, and compliance. You approach challenges thoughtfully and use your problem-solving skills effectively to find practical and sustainable solutions.

What we offer

When you join our MAX IV team, you step into a world of front edge science. We make the invisible visible by supporting scientist from all over the world, generating scientific results for the benefit of society. We offer you a multicultural work environment with great opportunities for personal development with respect for a healthy work-life balance.

Would you like to work in a challenging and supporting environment? Then join us and take the opportunity to make a real difference!

For further information, please visit:

https://www.lunduniversity.lu.se/about-lund-university/work-lund-university

www.sweden.se

https://www.maxiv.lu.se/about-us/careers/compensation-benefits/

Probationary period may apply.

MAX IV är ett nationellt forskningslaboratorium med Lunds universitet som värduniversitet. MAX IV tillhandahåller toppmodern utrustning för forskning inom områden som teknik, fysik, strukturbiologi, kemi och nanoteknik. MAX IV kommer att ta emot upp till 2 000 nationella och internationella forskare årligen, vilka genomför banbrytande experiment inom material- och biovetenskap med hjälp av det briljanta röntgenljuset.

Vi undanber oss alla kontakter från annonsförsäljare, rekryterings- och bemanningsföretag på grund av statliga upphandlingsregler.