Process Engineer

At FUJIFILM Dimatix Inc., printing and material deposition devices are only as good as their printheads. We are a recognized leader in the manufacturing and design of durable and productive drop‑on‑demand inkjet printheads that power cutting‑edge systems, as well as integrated inkjet solutions that add digital inkjet capabilities to other equipment. These are part of the digitization and transformation of many applications such as commercial printing, graphics, label & packaging, additive manufacturing, ceramic tiles, textiles, electronics and life science research.

We’re looking for forward‑thinkers eager to spark innovation in inkjet technology. Bring your talents to a team built on collaboration, creativity, and a passion for excellence. At FUJIFILM Dimatix, every product we make begins with the extraordinary people behind it. Join us for groundbreaking work in a flexible, engaging environment.

We’re based in two locations:
Lebanon, New Hampshire, surrounded by picturesque New England landscapes, and Santa Clara, California, a dynamic hub in Silicon Valley.

Fujifilm Dimatix, Inc. strives to offer a healthy work environment that promotes individual responsibility and growth, a collaborative spirit, and an atmosphere that encourages learning, professional development and achievement.

Process Engineer‑I will play a key role in sustaining and supporting the existing 24/7 Back‑End Assembly production, driving continuous improvement to support quality, cost and delivery goals, as well as supporting next‑generation product development and various R&D projects. This role will utilize engineering and statistical approaches to perform problem solving, process optimization and identify key parameters for the process.

• Support day‑to‑day production, interacting with supervisors, technicians, operators, and other engineers to dispose of lots, identify faulty tools, provide technical support, and correct processing errors.
• Continuous process monitoring (SPC, yield), including data analysis, identifying trends, finding root causes on excursions and finding solutions to correct the problem and improve the process.
• Drive use of problem‑solving methodologies (e.g. FMEA, SPC, Control Plans, QFD and Design of Experiments) across the manufacturing community.
• Work with the Failure Analysis group to analyze product failure data and laboratory test results to determine causes of problems and develop solutions.
• Prepare and update process documentation and provide operator training and qualification.
• Work closely with development engineering and manufacturing to drive process improvements for Assembly Operations for improvement in yield, output, cost and safety.
• Manage the automation of current and new manufacturing processes, including outsource management of tooling and fixture design, development and build; and coordination with internal resources on tooling and fixture design and development.
• Work with manufacturing, process development, facilities, and quality assurance groups in developing requirements and recommendations for system modifications.
• Develop project scopes, plan and manage the projects, including schedules and budgets within the area of expertise.
• Facilitate problem‑solving and brainstorming activities and participate in and support cross‑functional teams.
• Monitor material performance and evaluate material performance/fit for use.
• Support new product development and make recommendations for material selection and process requirements for assembly processes.
• Maintain good interpersonal skills, including working with cross‑functional teams, production staff, supervisors, peers, and management.
• Be self‑aware, capable of integrative thinking, results‑oriented, mentor others, and willing to make changes.
• Communicate effectively, producing clear data, presentations, and reports, as well as oral presentations.

Required:

• BS in Chemical, Mechanical, Electrical or a related field.
• 2 or more years’ experience with high‑precision assembly/manufacturing, including extensive experience with process automation.
• Hands‑on experience and an engineering approach with SPC…