Quality Control Engineer, Analytical Methods

Form Energy is seeking an Analytical Development Engineer to develop and validate analytical methods that ensure the performance, safety, and reliability of battery components. You will create robust, data‐driven methods that support product qualification, root‐cause investigations, and continuous improvement. You’ll work closely with Design Engineering, Manufacturing Engineering, Supply Chain, and Operations to prioritize method development, reduce measurement‐system error, and strengthen Control and Response Plans for production in FF1. This hands‐on role directly impacts production readiness and product quality. You will also support root‐cause and corrective‐action efforts for emerging production issues and help align analytical strategies across sites.

Relocation assistance is available.

Interface with Design Engineering, Manufacturing Engineering, Supply Chain, and Operations to identify where new or improved analytical methods are needed to control processes, reduce variability, and enable better business decisions.

Build and document end‐to‐end development workflows for new analytical methods, including scoping, experimental design, optimization, validation, and readiness for production use.

Maintain and continuously improve the training program for new analytical methods, ensuring technicians and engineers are fully qualified and methods are executed consistently across sites.

Partner with the Lab Manager to diagnose and resolve instrument excursions, performance drift, and maintenance issues that impact method reliability.

Serve as a technical leader in root‐cause investigations and corrective‐action efforts for production issues, using analytical data to drive problem resolution and prevent recurrence.

5+ years of quality systems experience in a manufacturing environment

Advanced understanding of measurement system analysis, sampling plans, hypothesis testing, and calibration