Senior Particle Chemist

Fujifilm•Mesa, AZ

7d•Onsite

About The Position

FUJIFILM Electronic Materials, U.S.A., Inc., a global leader in chemical solutions for the semiconductor industry, is seeking a Senior Particle Chemist for its Mesa, AZ facility. The company operates state-of-the-art manufacturing facilities worldwide and supplies top-tier semiconductor manufacturers with a broad array of products and services. This role will focus on silica particle synthesis and surface modification, developing and optimizing particle fabrication processes with precise control over size, morphology, and surface properties. The position also involves leading the development of BEOL slurry and buff chemical formulations through fundamental and mechanistic studies to enhance performance and reliability. The candidate will apply scientific expertise to support emerging materials and next-generation technology development, solving complex challenges to ensure advanced CMP solutions align with evolving industry demands and contribute to the successful commercialization of cutting-edge semiconductor processes. FUJIFILM Electronic Materials, U.S.A. fuels innovation in the semiconductor industry, where chemistry meets technology, enabling the production of microchips for AI, computers, electric vehicles, and smartphones. The company has six U.S. manufacturing and R&D facilities and is a global business-to-business supplier of chemical formulations and advanced materials. Fujifilm is globally headquartered in Tokyo with over 70,000 employees across four key business segments.

Requirements

Minimum of a Ph.D. degree in Chemistry, Chemical Engineering, or Materials Science.
One to two years of experience in the semiconductor industry, specifically in FEOL, MOL, and BEOL processes, CMP slurry formulation, polishing techniques, and metrology tools is preferred.
Demonstrated strong analytical skills, experimental expertise, and comprehensive knowledge of chemistry.
Experience with silica abrasives, colloidal science, corrosion mechanisms, and electrochemistry is highly desirable.
Highly motivated and innovative individual with a strong commitment to research and development, focused on delivering impactful and practical solutions.
Proven ability to manage multiple tasks concurrently while meeting deadlines and achieving project goals.
Excellent communication skills, coupled with strong data collection, time management, and organizational capabilities.
Proficiency in software applications including MS Excel, Word, PowerPoint, Outlook, and JMP is required.
Resilience -Ability to adapt to workplace challenges, maintain professionalism, and manage responsibilities effectively.
Communication -Capacity to clearly and professionally exchange ideas, interact respectfully with colleagues and customers, and foster positive workplace relationships.
Reasoning & Decision Making -Ability to analyze information, follow verbal and written instructions, and make logical, sound decisions.
Comprehension -Capability to understand and complete tasks as assigned and solve problems effectively.
Organizational Skills -Competence in managing multiple priorities, maintaining accuracy, and staying focused despite potential workplace distractions.

Nice To Haves

Experience with silica abrasives, colloidal science, corrosion mechanisms, and electrochemistry is highly desirable.

Responsibilities

Lead the design, synthesis, and surface modification of silica particles to achieve precise control over their size, morphology, and functional properties for advanced semiconductor applications.
Develop innovative BEOL CMP slurry and buff chemical formulations aligned with customer requirements and semiconductor technology node specifications.
Conduct fundamental and mechanistic studies to understand interactions between slurry chemistries and dielectric/metal films, enhancing formulation performance.
Design and refine methodologies for slurry formulation development and optimization, ensuring reliability and effectiveness.
Apply expertise in organic/inorganic chemistry, electrochemistry, interfacial chemistry, corrosion inhibitors, and surfactants to achieve desired polishing outcomes.
Support emerging materials and next-generation technology development through formulation innovation and problem-solving.
Collaborate closely with engineering, lab staff, and cross-functional teams to address technical challenges and align with project goals.
Provide technical consultation to Applications, R&D, Process Development, and Manufacturing teams.
Conduct literature reviews, IP searches, document findings, and contribute to patent filings.
Maintain hands-on involvement in laboratory experiments and testing, ensuring data accuracy and reproducibility.