Location : Hyderabad, On-site role
Department : Research & Development
Type : Full-time
About CHILTIER
CHILTIER is pioneering advanced cooling vests designed to keep people comfortable and productive in hot environments. We are looking for a dedicated Material Science Analyst (R&D) to help us develop and integrate high-performance materials that drive innovation in wearable cooling technology.
Responsibilities
- Research, identify, and test advanced materials (polymers, textiles, phase-change materials, thermal conductors, etc.) for application in personal cooling products.
- Optimize material selection for durability, breathability, comfort, and thermal regulation.
- Conduct lab testing and validation of material performance under real-world conditions.
- Collaborate with mechanical and electrical engineers to ensure seamless integration of materials into product designs.
- Explore sustainable and eco-friendly alternatives to align with company values.
- Lead individual R&D projects, including experiment design, execution, documentation, and reporting.
- Provide clear, data-driven reports and present findings to leadership and other stakeholders.
- Monitor industry trends and breakthroughs in material science, nanotechnology, and smart textiles.
Requirements
Bachelor's or Master's degree in Material Science, Materials Engineering, or related field from a highly rated engineering institute.Strong knowledge of polymers, composites, coatings, and textiles.Experience in lab-based material characterization and performance testing (thermal conductivity, tensile strength, etc.).Familiarity with smart textiles, wearable materials, or thermal regulation technologies is a strong plus.Self-starter with proven ability to manage R&D projects independently.Comfortable working in a fast-paced startup environment with ambitious goals.Excellent teamwork, communication, and presentation skills.Interested candidates can share their profile to [HIDDEN TEXT]
Show more
Show less
Skills Required
Performance Testing, Textiles, material characterization