Material Science Analyst

Material Science Analyst

Primary

Location:

Carlstadt

Location:

Carlstadt, NJ, US, 7072 Remote or On-Site:
On-Site Req  #: 6820

Sun Chemical, a member of the DIC Group, is a leading producer of packaging and graphic solutions, color and display technologies, functional products, electronic materials, and products for the automotive and healthcare industries. Together with DIC, Sun Chemical is continuously working to promote and develop sustainable solutions to exceed customer expectations and better the world around us. With combined annual sales of more than $8.5 billion and 22,000+ employees worldwide, the DIC Group companies support a diverse collection of global customers.

Sun Chemical Corporation is a subsidiary of Sun Chemical Group Coöperatief U.A., the Netherlands, and is headquartered in Parsippany, New Jersey, U.S.A.

The Materials Science Analyst provides materials, surface, and analytical science support for Carlstadt Analytical as the Center of Excellence for Print Science. The role focuses on applying analytical techniques and materials science principles to formulation‑ and print‑related problem solving, with emphasis on interpretation of data in formulation and process context. The position supports Polymer, Formulation, and Applications teams by translating analytical, surface, and computational insights into practical guidance that enables rapid, informed decision‑making under short response timelines.

• Analytical, Materials & Surface Science Support
• Perform analytical testing and interpretation related to raw materials, inks, polymers, dispersions, and formulated systems, with emphasis on surface and interfacial effects impacting print performance
• Apply materials and surface science principles to evaluate structure–property relationships affecting wetting, adhesion, stability, compatibility, and processability
• Solve problems and translate analytical and surface‑property data into actionable formulation and processing guidance
• Instrumentation & Characterization
• Operate and interpret data from analytical instruments including rheometers, GPC, GC, and standard physico‑chemical test methods such as surface energy, particle size and dispersion stability
• Support microscopy and surface‑relevant characterization techniques to link product quality, microstructure, and interfacial behavior to performance outcomes
• Utilize HSP and surface energy analyses to guide material selection and formulation decisions
• Cross‑Functional Collaboration
• Support Polymer, Formulation, and Applications teams in troubleshooting and root‑cause analysis for print performance, variability, and manufacturing challenges
• Communicate analytical findings clearly to enable application‑ready implementation
• Contribute to reducing iterative trial‑and‑error by providing timely, insight‑driven guidance
• Data & Computational Support
• Apply computational, statistical, and data‑analysis tools to support interpretation of experimental and surface‑interaction data
• Analyze experimental trends to inform material, formulation, and process recommendations

Bachelor's degree in Chemistry, Chemical Engineering, Materials Science, or a related scientific discipline

1–3 years of relevant experience, including internships, co‑ops, or laboratory research, in analytical testing, polymer science, formulation, or related technical environments

Hands‑on experience with analytical techniques such as rheology, chromatography (GPC/GC), viscosity, or physico‑chemical testing

Working knowledge of materials and surface science fundamentals (e.g., wetting, surface energy, dispersion behavior)

Ability to interpret data and communicate results effectively in a team‑based environment

Exposure to inks, coatings, dispersions, or printing processes

Experience supporting Polymer or Applications functions

Familiarity with HSP, surface energy concepts, microscopy, or basic computational/data‑analysis tools

Analytical thinking and problem solving

Learning agility and adaptability

Collaboration and cross‑functional communication

Planning, organization, and responsiveness to time‑critical requests