Principal Scientist - Polymer Rheology Job Mentor area,Ohio USA,Engineering

Avery Dennison Corporation (NYSE: AVY) is a global materials science and digital identification solutions company. We are Making Possible™ products and solutions that help advance the industries we serve, providing branding and information solutions that optimize labor and supply chain efficiency, reduce waste and mitigate loss, advance sustainability, circularity and transparency and better connect brands and consumers. We design and develop labeling and functional materials, radio‑frequency identification (RFID) inlays and tags, software applications that connect the physical and digital and offerings that enhance branded packaging and carry or display information that improves the customer experience.

Serving industries worldwide — including home and personal care, apparel, general retail, e‑commerce, logistics, food and grocery, pharmaceuticals and automotive — we employ approximately 35,000 employees in more than 50 countries. Our reported sales in 2025 were $8.9 billion. Learn more at

At Avery Dennison, some of the great benefits we provide are:

Health & wellness benefits starting on day 1 of employment
Paid parental leave
401K eligibility
Tuition reimbursement
Employee Assistance Program eligibility / Health Advocate
Paid vacation and paid holidays

Avery Dennison is seeking an accomplished Principal Scientist to provide technical leadership in Polymer Rheology and Processing within the Global Materials Science and Characterization (MSC) organization. This role combines deep scientific expertise, laboratory leadership and organizational capability building to advance the understanding of complex polymeric systems and accelerate innovation across Avery Dennison’s global businesses.

The successful candidate will be recognized as a subject matter expert in polymer rheology, viscoelasticity, soft materials, polymer processing, with a proven ability to translate fundamental science into practical solutions for product development, manufacturing, quality and customer challenges. Working across pressure‑sensitive adhesives, functional films, coatings and laminates, this individual will leverage structure‑property‑process relationships to solve critical technical problems, create new characterization approaches, and drive innovation.

In addition to technical excellence, this role requires a mature scientific leader who can mentor and develop scientists and technicians, guide technical priorities, strengthen organizational capabilities, and foster a culture of scientific rigor, collaboration and continuous learning.

RESPONSIBILITIES:

Serve as the global subject matter expert in polymer rheology, viscoelasticity and polymer processing
Lead the Rheology and Thermal Characterization Laboratory, establishing technical priorities and ensuring delivery of high‑quality, impactful results aligned with business needs.
Mentor, coach, and develop scientists, engineers and technicians while fostering technical excellence and capability growth across the organization.
Conceive, develop and execute innovative experimental approaches to understand and predict material behavior under complex thermal, mechanical, chemical and processing conditions.
Lead experimental investigations into rheological and thermal behavior of adhesives (including emulsion, hot melts, rubbers, suspension, solvent), coatings, films, and related soft material systems and laminates.
Expertly connect mechanical response and processing behavior to the polymer composition, molecular weight and its distribution, architecture, network topology and fundamental properties using polymer physics scaling laws.
Evolve holistic sum total interpretation and guidance along with other analytical methods and subject matter experts.
Partner closely with R&D, Product Development, Manufacturing, Quality and Operations teams globally to solve critical technical challenges and enable successful commercialization.
Drive the evolution of characterization capabilities through the identification, evaluation, and implementation of emerging analytical techniques and methodologies including custom purpose‑built instrumentation to study a given phenomenon.
Oversee laboratory…