Welcome to the Integrated Fabrication Laboratory
Our lab investigates new manufacturing and materials processing approaches with the end goal of significantly improving the performance of energy materials and other complex engineered systems. Our multi-disciplinary approach integrates the fields of additive manufacturing, materials science, design, computation, and artificial intelligence. Currently, we are focused on developing innovative manufacturing solutions for lithium-ion batteries, new digital fabrication platforms, and machine-learning approaches for materials analysis. Our longer-term goal is to develop new manufacturing processes and automated analysis methods that will enable the digital control of functional and structural materials to support adaptive manufacturing on-demand. Freeform digital fabrication creates a new 3D design space where materials can be varied at each point in a structure, allowing for optimization of material properties to meet the demanding requirements of complex engineered systems for energy, electronics, and defense-based applications.

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Recent News
- Prof. Cobb elected as a Fellow of the National Academy of Inventors
- Congratulations 2024-2025 InFab Lab Graduates!
- Doctoral graduate Doris Hung receives the CEI Scientific Achievement Award and the ME Distinguished Dissertation Award
- Michelle Katz receives the 2025 Pacific Northwest Section Electrochemistry Student Award and the 2025 Renewable Energy Scholarship Foundation Award
- Congratulations to Michelle Katz and Vinh Nguyen on their Best Poster Award at MRS!
- Pack Leaders in Safety Award