THE ROLE

We are seeking a R&D Chemist (Reliability-Focused) to lead the development, optimization, and technical direction of advanced polymer, composite, and hybrid material systems used in high‑reliability, microelectronics‑related applications.

This is a technical role for a chemist with deep formulation expertise and a strong understanding of material reliability, failure mechanisms, and long‑term performance under combined stresses. The successful candidate will own formulation strategy within their technical domain, make independent technical decisions, and drive materials solutions from concept through robust, manufacturable implementation.

The role requires fluency across multiple resin platforms, hybrid systems, and ceramic or inorganic filler technologies, combined with a failure‑aware, reliability‑driven mindset. This individual will act as a technical authority and reference point for materials behavior, formulation trade‑offs, and reliability risk.

ESSENTIAL FUNCTIONS

Formulation Leadership with Reliability Ownership

Lead the design, development, and optimization of polymer‑based and hybrid material formulations with explicit accountability for:
Long‑term stability under thermal, mechanical, electrical, and environmental cycling
Resistance to degradation mechanisms relevant to microelectronics and high‑reliability systems
Robust performance across multiple, interacting stress vectors
Define formulation strategy across multiple resin families, selecting and balancing chemistries based on reliability risk, performance margin, and manufacturing robustness.
Independently determine experimental approaches, formulation trade‑offs, and development priorities.

Hybrid and Filled Material System Strategy

Own technical direction for the development of formulations incorporating:
Ceramic and inorganic fillers
Functional particulates, modifiers, and reinforcements
Establish clear structure–property–reliability relationships related to:
Filler selection and surface chemistry
Loading levels and dispersion quality
Stress distribution, damage tolerance, and failure initiation
Make formulation decisions with accountability for downstream reliability performance.

Failure‑Aware Material Development

Drive materials evaluation beyond meets specification criteria by:
Identifying early indicators of degradation and reliability risk
Assessing sensitivity to process variation and use‑condition extremes
Apply formulation levers to mitigate key failure drivers, including:
Thermal fatigue and CTE mismatch effects
Interfacial delamination and adhesion loss
Long‑term chemical, mechanical, or structural instability
Translate failure analysis insights into proactive materials design improvements.

Scale‑Up, Process Robustness, and Manufacturability

Lead hands‑on formulation, blending, and materials development at laboratory and pilot scale.
Ensure formulation concepts translate into process‑robust, reproducible material systems suitable for manufacturing.
Anticipate and manage the impact of formulation decisions on:
Process windows
Manufacturing consistency
Field reliability and performance margins

Cross‑Functional Technical Leadership

Act as a technical authority working closely with:
Process and design engineers
Reliability and failure analysis teams
Manufacturing and operations stakeholders
Drive material troubleshooting and optimization based on real application behavior and field performance, not laboratory metrics alone.
Lead benchmarking and competitive evaluations focused on durability, reliability margin, and long‑term robustness, informing technical and strategic decisions.

QUALIFICATIONS

Education

Master's degree/ PhD Degree in:
Organic Chemistry
Polymer Chemistry
Materials Science
Academic focus must be complemented by strong practical formulation experience.

Experience

· 5–10+ years of industrial experience leading formulation‑centric materials development in one or more of the following:

Microelectronics or electronic materials
Reliability‑driven materials development
Advanced polymers, composites, or hybrid material systems

·Demonstrated experience owning formulation development and technical decisions, rather than executing directed tasks.

Prior exposure to:

Failure analysis
Reliability testing methodologies
Degradation or lifetime studies is strongly preferred.

· Experience contributing as a technical contributor or subject‑matter expert across projects or platforms is highly desirable.