Cathode Process Engineer – CAM Scale-Up & Industrialization

At Altris, we are developing next-generation sodium-ion battery technology to support a more sustainable and resource-efficient

energy future.

Our Cathode Active Material (CAM) technology is at the heart of this development. As we continue scaling up our manufacturing

processes toward industrial production, we are looking for a motivated and technically skilled Process Engineer to join our

Process Engineering team.

This is an opportunity to be directly involved in the design, installation, commissioning, and start-up of industrial chemical

production facilities.

As a Process Engineer, you will play an important role in the design, development, optimization, and industrialization of our CAM

manufacturing process.

Your responsibilities will cover the full engineering lifecycle, from process design and equipment selection to installation

support, commissioning, and production start-up.

You will work closely with R&D, Production, Quality, external engineering partners, and equipment suppliers to translate process

requirements into safe, reliable, and efficient industrial manufacturing solutions.

The role offers the opportunity to combine technical engineering work with practical involvement in industrial implementation,

including equipment installation, commissioning, troubleshooting, and process optimization.

• Evaluate process alternatives and support technical decisions related to process performance, product quality, operational

safety, and cost efficiency.

• Evaluate, specify, and support the selection of industrial process equipment, including reactors, mixing systems, filtration

equipment, centrifuges, dryers, and material handling systems.

• Collaborate with equipment suppliers and engineering contractors throughout design, manufacturing, installation, and technical

acceptance activities.

• Participate in Failure Mode and Effects Analysis (FMEA) activities to identify potential process risks, evaluate failure modes,

and support the development of preventive and corrective actions.

• A strong understanding of chemical engineering fundamentals, including mixing, heat transfer, mass transfer, crystallization,

filtration, and drying.

You are comfortable moving between engineering calculations, technical discussions with suppliers, and troubleshooting equipment

on the production floor.

You have a structured and analytical approach, but you also understand that successful industrialization requires flexibility,

collaboration, and practical problem-solving.

You take ownership of your responsibilities, are willing to work on-site when projects require it, and enjoy seeing engineering

concepts become operational production systems.

Most importantly, you are motivated by the opportunity to contribute directly to building and improving industrial manufacturing

processes.

If you are passionate about chemical process engineering, enjoy solving practical technical challenges, and want to see your

designs come to life in an industrial environment, we would love to hear from you.