<div>ThinkMetal solves weeks-long precision &amp; iterative manufacturing bottlenecks for manufacturers, enabling production of metal parts 10x faster &amp; at half the cost. Our SistemT1, an Industrial Metal AM system, uses patented FuseX metal feedstock for an easy 2-step process to produce precision metal parts with 0-defects. With 17+ IPs, we are currently validating pilots with qualified vendors of global OEMs. We envision becoming a global materials innovation &amp; intelligence company transforming manufacturing.</div>

ThinkMetal

About Company
ThinkMetal focuses on advanced materials innovation for manufacturing, with a strong emphasis on metal and alloy systems for additive manufacturing. We operate at the intersection of materials science, hardware, and process engineering, building integrated solutions that translate material capabilities into scalable, production-ready systems.
&nbsp;Our work spans metal and alloy development, feedstock engineering, and manufacturing setup design, enabling high performance, reliable, and repeatable industrial processes. We focus on taking materials from lab scale understanding to real world manufacturing deployment, particularly for metal based applications.
As part of the team, you will work in a highly hands-on environment with direct exposure to end-to-end product and process development, from concept and experimentation to production implementation.
Roles &amp; Responsibilities
Role Overview: Develop and optimize polymer formulations for extrusion and additive manufacturing applications; troubleshoot processing problems; and translate research insights into practical, repeatable production processes.
Key Responsibilities:
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Study thermal degradation behaviour and define safe processing windows for polymer blends.
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Evaluate compatibility and interfacial interactions in polymer blends. Convert research literature into practical experimental trials and improvements.
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Troubleshoot processing issues such as sticking, surging, melt fracture, and unstable flow.
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Optimize filament coating quality and dimensional stability.
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Oversee machine setup, alignment, and process parameter standardization.
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Correlate Melt Flow Index (MFI) and rheology data with real extrusion behaviour.
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Interpret torque/load data during trials to estimate viscosity and flow characteristics.
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Perform FTIR and thermal observations to confirm degradation, additive interaction, and processing limits.
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Analyze filament properties including diameter consistency, surface quality, and green strength.
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Investigate defects such as bubbles, voids, cracking, delamination, and binder separation.
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Evaluate polymer coating uniformity, adhesion, and batch-to-batch consistency using comparative data.
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Conduct root-cause analysis using experimental testing and statistical comparison.
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Maintain experiment logs, SOPs, troubleshooting manuals, and knowledge-transfer documentation for internal teams.
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Skills Set
Technical Skills
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Polymer Science &amp; Polymer Chemistry
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Polymer Processing &amp; Extrusion
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Polymer Compounding &amp; Blend Development
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Rheology, Melt Flow Index (MFI) &amp; Flow Behaviour
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Thermal Analysis &amp; Polymer Degradation
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Material Characterization&nbsp;
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Process Optimization
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Root Cause Analysis
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Soft Skills
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Problem Solving
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Analytical Thinking
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Team Collaboration
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Documentation
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Troubleshooting
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Decision Making
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Presentation Skills
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Qualification: 3-4 years in polymer processing, extrusion, compounding, filament, or related R&amp;D work. Hands‑on academic project experience will also be considered. • Strong fundamentals in polymer chemistry and processing • Strong understanding of polymer melt behaviour, viscosity, MFI and flow control • Knowledge of polymer additives such as plasticizers, lubricants, compatibilizers and their effects • Understanding of extrusion processing (temperature profile, screw speed, die pressure) • Knowledge of material characterization and testing methods
Preferred Skills-
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Experience in filament extrusion or compounding
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Knowledge of binder systems for powder processing / MIM / AM
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FTIR or thermal analysis interpretation
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Basic CAD/mechanical understanding of machines
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Experience in R&amp;D of polymers
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Basic Python or data analysis (Excel/NumPy/Pandas) for experimental data handling
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Familiarity with AI/ML concepts for pattern detection, process optimization.
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What We Offer
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Fast-paced, innovation-driven work environment.
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Market-standard compensation with performance-based incentives.
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Long-term technical growth opportunities.
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Opportunity to collaborate with cross-functional teams across R&amp;D, production, materials,&nbsp; and product development.
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