American Nano Society
Sr. Material Scientist, Polymer Forming Processes
American Nano Society, Cleveland, Ohio, us, 44101
Sr. Material Scientist, Polymer Forming Processes
Position overview and responsibilities Lead characterization of GRIN materials to inform fabrication strategies and tooling designs for the consolidation of thin films (lamination) and the formation of complex rotationally symmetric structures (compression molding). Develop and validate physics-based rheological models of GRIN materials with functionally graded mechanical properties using simulation tools supported by real-world data; leverage models to improve process capability and align as-designed with as-manufactured performance. Develop understanding of the design, manufacturing methods and metrology equipment used to fabricate and evaluate GRIN lenses. Identify continuous improvement opportunities and work as part of a cross-functional technical team. Collaborate with the Peak Nano optical design team to correlate optical performance with manufacturing process variables and tolerances. Operate, maintain and troubleshoot equipment and tooling related to the compression molding process. Design and execute experiments with process engineers to test new fabrication strategies and optimize existing ones. Develop custom instrumentation and/or software tools to evaluate process capability or conduct experiments. Communicate experimental design, results and conclusions to internal cross-functional technical teams; document experiments thoroughly. Understand and implement EH&S standards and procedures applicable to forming equipment; promote safe work habits and compliance. Qualifications And Credentials
Advanced degree in materials science, chemical engineering, plastics engineering, physics, mechanical engineering, or equivalent training. Strong technical ability in fabrication process development, plastics processing, physics-based simulation, and cross-functional collaboration. Self-motivated, disciplined, detail-oriented with a robust approach to experiment design, observation and data analysis. 1+ years (preferred) in physics-based simulation of plastics processes; 1+ year (preferred) in experimental design, statistical analysis or programming; experience in high-precision environments is a plus. Experience in modelling rheology of functionally graded materials (FGM) is a plus. Relevant Software Competencies
Physics-based Simulation (COMSOL, ANSYS, ABAQUS, COMPU-LAST or equivalent) Data Analysis (MATLAB, Python, JMP, Minitab or equivalent) Instrumentation & Data Acquisition (LabVIEW, Flexlogger, DAQExpress or equivalent) Data Reporting & Presentations (MS PowerPoint) Education
MS or Ph.D in materials science, chemical engineering, plastics engineering, physics, or mechanical engineering. Schedule
Monday – Friday. Remote work is not possible for this position. About Peak Nano
You don’t want to match your competition. You want to set a new industry standard. Peak Nano is all about disruption and helps industry-leading companies rewrite the rules through nanotechnology—taking nanotechnology from the lab to practical applications. Peak Nano Offers
Competitive salaries and comprehensive benefits Ongoing learning opportunities within a diverse, inclusive and rewarding work environment Opportunities that spark your imagination and ignite your passion to help others Peak Nano is an Equal Employment Opportunity Employer To be considered for this opportunity, please send your resumé to Suzanne Vinzant.
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Position overview and responsibilities Lead characterization of GRIN materials to inform fabrication strategies and tooling designs for the consolidation of thin films (lamination) and the formation of complex rotationally symmetric structures (compression molding). Develop and validate physics-based rheological models of GRIN materials with functionally graded mechanical properties using simulation tools supported by real-world data; leverage models to improve process capability and align as-designed with as-manufactured performance. Develop understanding of the design, manufacturing methods and metrology equipment used to fabricate and evaluate GRIN lenses. Identify continuous improvement opportunities and work as part of a cross-functional technical team. Collaborate with the Peak Nano optical design team to correlate optical performance with manufacturing process variables and tolerances. Operate, maintain and troubleshoot equipment and tooling related to the compression molding process. Design and execute experiments with process engineers to test new fabrication strategies and optimize existing ones. Develop custom instrumentation and/or software tools to evaluate process capability or conduct experiments. Communicate experimental design, results and conclusions to internal cross-functional technical teams; document experiments thoroughly. Understand and implement EH&S standards and procedures applicable to forming equipment; promote safe work habits and compliance. Qualifications And Credentials
Advanced degree in materials science, chemical engineering, plastics engineering, physics, mechanical engineering, or equivalent training. Strong technical ability in fabrication process development, plastics processing, physics-based simulation, and cross-functional collaboration. Self-motivated, disciplined, detail-oriented with a robust approach to experiment design, observation and data analysis. 1+ years (preferred) in physics-based simulation of plastics processes; 1+ year (preferred) in experimental design, statistical analysis or programming; experience in high-precision environments is a plus. Experience in modelling rheology of functionally graded materials (FGM) is a plus. Relevant Software Competencies
Physics-based Simulation (COMSOL, ANSYS, ABAQUS, COMPU-LAST or equivalent) Data Analysis (MATLAB, Python, JMP, Minitab or equivalent) Instrumentation & Data Acquisition (LabVIEW, Flexlogger, DAQExpress or equivalent) Data Reporting & Presentations (MS PowerPoint) Education
MS or Ph.D in materials science, chemical engineering, plastics engineering, physics, or mechanical engineering. Schedule
Monday – Friday. Remote work is not possible for this position. About Peak Nano
You don’t want to match your competition. You want to set a new industry standard. Peak Nano is all about disruption and helps industry-leading companies rewrite the rules through nanotechnology—taking nanotechnology from the lab to practical applications. Peak Nano Offers
Competitive salaries and comprehensive benefits Ongoing learning opportunities within a diverse, inclusive and rewarding work environment Opportunities that spark your imagination and ignite your passion to help others Peak Nano is an Equal Employment Opportunity Employer To be considered for this opportunity, please send your resumé to Suzanne Vinzant.
#J-18808-Ljbffr