Senior Material Engineer

Publiceringsdatum: 2025-12-29

Är du intresserad av att jobba inom yrken med teknisk inriktning? Nu har du chansen att börja jobba som civilingenjör, forskning/utveckling, kemi hos MK Plus Sweden AB. MK Plus Sweden AB söker en medarbetare på heltid som vill arbeta tills vidare. Kan det vara du?

Om du redan bor i närheten av Sigtuna, är det här din chans att söka ett spännande jobb MK Plus Sweden AB söker för närvarande efter ambitiösa individer som vill utvecklas i rollen som civilingenjör, forskning/utveckling, kemi. Kolla in deras ledig tjänst och se om du har vad som krävs för att bli en del av deras team. Sista ansökningsdagen till jobbet som civilingenjör, forskning/utveckling, kemi hos MK Plus Sweden AB är onsdag den tjugoåttonde januari 2026.

Jobbannons

Our proprietary vanadium solid-state battery (VSSB) technology defines a new class of battery energy storage infrastructure, delivering ultra-safe, high-power solutions through a manufacturing model designed for rapid global scale-up. In parallel, we are also developing zinc-ion battery technologies for a wide range of applications.

We are now looking for a Senior Material Engineer to join our growing team in Rosersberg, Sweden, and play a key role in developing, industrializing, and scaling next-generation battery technologies.

Your responsibilities will include

• Conceiving, developing, and protecting novel battery and separator concepts for vanadium solid state batteries (VSSB) and zinc-ion chemistries.
• Designing and developing single cells and separators, aligning separator properties with targeted cell performance requirements.
• Building and iterating hands-on prototypes to validate designs, materials, and performance.
• Analyzing and optimizing cell manufacturing processes, including materials selection and equipment and process parameters.
• Developing and implementing new test protocols and characterization methods to evaluate separator and cell properties, including assessment of new separator candidates.
• Anticipating, identifying, and mitigating potential issues in cell components that may impact battery performance and applications, applying a DFMEA-driven approach.
• Collaborating closely with academic and industrial partners to accelerate development, validation, and technology maturation.