Job Title: Anode Materials R&D; Engineer

Location: Vancouver, Canada

Reports to: R&D; Director / Head of Materials Innovation

Responsibilities
Next-Generation Material Development

Lead R&D; efforts in next-generation anode material technologies, with a primary focus on the large-scale application of fast-charging and long-cycle-life anode materials.

Drive the development and optimization of hard carbon and soft carbon materials for advanced battery systems.

Explore novel material systems and modification strategies to enhance energy density, rate capability, and cycling stability.

Material Characterization & Analysis

Employ advanced analytical techniques to evaluate material properties, including but not limited to SEM, XRD, BET, particle size analysis, and electrochemical testing.

Interpret characterization data to establish structure–property–performance relationships and guide material design iterations.

Collaborate with cell engineering teams to fabricate electrodes and conduct coin-cell/pouch-cell testing for performance validation.

Process Development & Scale-Up Support

Design and optimize laboratory-scale synthesis routes (e.g., coating, doping, carbonization, graphitization) with a view toward industrial scalability.

Work closely with process engineering teams to support the transition of promising R&D; formulations from lab to pilot and mass production.

Troubleshoot material-related issues encountered during scale-up and provide data-backed recommendations for process adjustments.

Failure Analysis & Problem Solving

Investigate root causes of material-level failures, such as capacity fading, lithium plating, and gas evolution,



using systematic analytical approaches.

Propose and validate improvement strategies based on failure analysis outcomes.

Technical Documentation & Reporting

Document all experimental plans, procedures, results, and technical conclusions in a explicit and organized manner.

Prepare technical reports and presentations for internal stakeholders, including cross-functional teams and senior management.

Contribute to patent applications and scientific publications as applicable.

Continuous Learning & Innovation

Stay abreast of the latest academic and industrial advancements in anode materials and battery technologies.

Proactively propose innovative research directions and improvement measures to strengthen the company's technological competitiveness.

Requirements
Education

Minimum Bachelor's degree in Materials Science, Electrochemistry, Physical Chemistry, Inorganic Non-metallic Materials, Applied Chemistry, or a closely related field.

Master's or Doctoral degree is strongly preferred.

Professional Experience

At least 3 years of hands‑on R&D; experience in top-tier Anode Active Material (AAM) companies or other organizations involved in anode material manufacturing.

Preference will be given to candidates familiar with leading battery material companies.

Generally,



a total of 5 years or more of experience in lithium battery anode material R&D;, process development, or mass production implementation is expected.

Demonstrated experience in developing fast‑charging, long‑cycle, or hard carbon/soft carbon anode materials is a significant advantage.

Technical Expertise

Deep understanding of the microstructure and preparation principles of anode materials, including graphite and hard carbon.

Familiarity with powder engineering, heat treatment processes (carbonization, graphitization), and mainstream production equipment used in anode manufacturing.

Proficiency in material characterization techniques, including SEM, XRD, BET, and electrochemical analysis methods.

Solid knowledge of battery electrode fabrication (coating, calendering, etc.) and cell testing protocols.

Core Competencies

Strong experimental design skills with a data‑driven and systematic approach to problem solving.

Ability to work effectively in cross‑functional teams, bridging R&D;, process engineering, and production.

Self‑motivated, with a strong sense of ownership and the ability to manage multiple projects simultaneously.

Language & Communication

Excellent written and verbal communication skills in English (equivalent to CET-6 or above), with the ability to clearly present complex technical findings to diverse audiences.

Leadership Potential

Demonstrated initiative and the capability to mentor junior researchers and lead sub‑projects, with the potential to grow into an R&D; Leader role within one year.

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📌 R & D Engineer - Anode Materials (British Columbia)
🏢 Morganphilips
📍 British Columbia