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We don’t bet on which chemistry winsWe build the architecture that helps batteries win

Company

For decades, the battery industry has invested billions in chemistry and active materials, while the fundamental architecture of the cell has remained largely unchanged.

Addionics was founded with a different belief: the next major leap in batteries would come from changing their physical structure.

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01Our story

A decade ago, Addionics Co-Founder and CEO Moshiel Biton was studying the formation of metal dendrites as part of one of the first research teams to observe the phenomenon through live video.

Looking at the complex metal structures as they formed, he asked a different question.

Today, Addionics has developed the first scalable, cost-effective, battery-grade manufacturing process for Smart 3D Porous Current Collectors. What began as a new way of looking at metal has become a platform technology for batteries of any chemistry, format, and application, improving performance while reducing cost.

An Addionics engineer at the production line

A decade ago

What if this architecture could be used to improve the battery?

That question planted the seed for Addionics.

02Changing the battery from within

Traditional current collectors are flat, passive metal foils. They do not store energy, yet they occupy valuable space and influence how the entire cell operates. Addionics transforms this inactive material into a powerful performance enabler.

Our Smart 3D Porous Current Collectors restructure the cell from within, improving the movement of active materials, electrons, ions, and heat. This is more than an improved component. It changes how the battery operates as a system.

From inactive to active.
From metal to Smart Metal.

The Addionics team working on a roll-to-roll line

03Making a new architecture real

  • Design

    The potential of 3D metal structures had been studied for years. Today we use accumulated data and AI-driven design to adapt the architecture to each manufacturing process and application.

  • Manufacturing

    What the industry lacked was a battery-grade product that could be made at real scale. Addionics built the patented process that makes one.

  • Integration

    The same architecture goes into any chemistry and any cell format, using the integration work built alongside the process.

When design, manufacturing, and integration align, the shift becomes inevitable

04Working here

  • Dynamic and collaborative team

    We work together to fulfill our mission, supporting each other to ensure success through collaboration and innovation.

  • Advanced technology

    We provide 3D Current Collectors for cost-effective, lightweight, fast-charging, and more conductive batteries.

  • Diverse background

    Diversity drives innovation and success, allowing us to approach challenges with unique insights and solutions.

  • The green impact test

    We are committed to a positive environmental impact, focusing on sustainability to create a greener future.

An Addionics founder presenting the company's battery architecture to a conference audience
Making the case in public

05Open positions · 3

AI Battery Software Developer

London, UK · Full-time

We're looking for an AI Battery Software Developer to join our growing CAE & Software team in London. You'll combine battery physics, software engineering, machine learning, and AI to build intelligent tools for battery modelling, simulation, and data-driven decision making. This is a unique opportunity to develop software that directly impacts next-generation battery design while collaborating with scientists and engineers across the UK, Israel, and the US.

What You’ll Do

  • Develop AI-powered software for battery modelling, simulation, and performance analysis.
  • Integrate physics-based models with machine learning and generative AI.
  • Build scalable Python applications, data pipelines, and automated simulation workflows.
  • Turn research and engineering challenges into production-ready software.
  • Collaborate with battery scientists and multidisciplinary teams across the UK, Israel, and the US.
  • Apply emerging AI technologies to improve battery design, manufacturing, testing, and R&D.
  • Document technical solutions and contribute to development best practices.

Essential

  • BSc, MSc or PhD in Computer Science, Software Engineering, Physics, Electrical Engineering, or a related field.
  • Strong Python development experience.
  • Experience building AI or Machine Learning applications.
  • Experience with scientific computing and data analysis.
  • Understanding of software architecture, Git, and modern software development practices.
  • Excellent problem-solving, collaboration, and English communication skills.

Nice to Have

  • Experience with battery modelling tools such as PyBaMM.
  • Experience with LLMs and Generative AI.
  • Knowledge of electrochemistry or lithium-ion batteries.
  • Experience with cloud/HPC environments or engineering simulation software.

Why Join Addionics?

Join a multidisciplinary team applying AI to real engineering challenges and help shape the next generation of battery technology.

Mechanical Technician

Tel Aviv, Israel · Full-time

At Addionics, innovation starts in the lab. As our technology scales, we're looking for a skilled Mechanical Technician to support the development, assembly, and operation of advanced R&D equipment used to produce next-generation battery components. Working alongside mechanical, process, electrical, and R&D engineers, you'll play a key role in turning innovative concepts into reliable laboratory and pilot-scale systems.

What You’ll Do

  • Assemble, maintain, and troubleshoot mechanical systems and laboratory equipment.
  • Support installation, commissioning, upgrades, and preventive maintenance of R&D and pilot production machines.
  • Manufacture mechanical assemblies and prototypes based on engineering drawings.
  • Identify mechanical issues and implement practical solutions to improve equipment reliability.
  • Work closely with engineers on system integration, equipment development, testing, and validation.
  • Assist with equipment calibration, inventory management, and spare parts organization.
  • Ensure compliance with safety procedures and laboratory standards.
  • Document maintenance activities and technical improvements.

Essential

  • Practical experience as a Mechanical Technician, Machine Technician, or similar role.
  • Strong mechanical assembly and troubleshooting skills.
  • Ability to read mechanical drawings and technical documentation.
  • Hands-on experience with laboratory or industrial equipment.
  • Strong technical problem-solving skills.
  • Comfortable working in a dynamic R&D environment and collaborating with multidisciplinary teams.

Nice to Have

  • Experience with pneumatic or hydraulic systems.
  • Basic electrical troubleshooting experience.
  • CNC, machining, or fabrication experience.
  • Familiarity with automation systems.

Why Join Addionics?

This role offers the opportunity to work on battery technologies in a fast-paced R&D environment, where your hands-on expertise will directly contribute to developing the next generation of energy storage solutions.

Process & Integration Support Engineer

South Korea · Part-time

We're looking for a Process & Integration Support Engineer to support the deployment of Addionics' battery manufacturing technology across Korea. You'll serve as the technical bridge between our global engineering teams and local partners, supporting implementation, process optimization, and technical troubleshooting. This is an exciting role combining process engineering, field support, and cross-functional collaboration.

What You’ll Do

  • Support the implementation and integration of Addionics manufacturing technology at customer sites.
  • Work with customers to optimize processes, troubleshoot issues, and improve performance.
  • Support equipment commissioning, process validation, and production ramp-up.
  • Coordinate technical solutions and operational feedback with global engineering and R&D teams.
  • Provide technical training and on-site support for customers and partners.
  • Prepare technical reports, process documentation, and integration summaries.
  • Participate in customer visits and factory acceptance tests to support successful technology deployment.

Essential

  • Bachelor's degree in Chemical Engineering, Materials Engineering, Mechanical Engineering, or a related field.
  • Experience in manufacturing, process engineering, or technical support.
  • Strong analytical, troubleshooting, and problem-solving skills.
  • Excellent communication and customer-facing abilities.
  • Ability to manage multiple technical projects simultaneously.
  • Fluent Korean and strong English communication skills.
  • Willingness to travel to customer sites.

Nice to Have

  • Experience in battery manufacturing or advanced materials.
  • Knowledge of industrial process equipment and production scale-up.
  • Familiarity with process validation, quality systems, and continuous improvement.
  • Experience in customer support or field engineering.

Why Join Addionics?

Be part of the team bringing battery technology from the laboratory into global manufacturing. You'll work with international teams, leading customers, and production technologies while helping shape the future of energy storage.

We’re always interested in exceptional people. If you think you can make an impact at Addionics, we’d love to hear from you.

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