Matthew J. Kim

"The Koenig Research Group investigates the design of new materials and material chemistries. ... The primary area of application that we focus on is rechargeable battery electrode materials." • Investigate thermoelectric properties in experimental redox flow battery membrane materials

Additive Manufacturing solutions division utilizing BASF's knowledge in advanced polymers. • 3D printed interactive product samples for Carbon Fiber, Glass-filled, Metal, and Flexible 3D printing materials portfolio in support of industrial sales team • Optimized filament material print parameters to improve quality • Entered project data into Salesforce Project Management software to assist in Salesforce transition

Healthcare startup using live AI to predict and prevent at-risk patients from falls while preserving privacy. • Brainstormed and drafted AI computer/camera housing to meet technical and aesthetic needs

Engineering startup designing innovative metal 3D-printed, conformal cooling injection mold inserts yielding cycle time and quality control improvements • Implemented light weighting techniques and lattice structure design for cost and performance optimization • Designed modifications that resulted in 25%-unit weight reduction and $800/unit material cost savings • Researched and databased polymer material properties for utilization in predictive engineering modeling

Innovative K-12 learning center developing children’s emotional, social, and academic growth while teaching STEAM concepts • Taught youth robotics, 3D modeling, coding principles, and basic circuitry in dynamic environment