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LAMBDA

Lab for Advanced Manufacturing & Bio-inspired Design Approach

LAMBDA

Lab for Advanced Manufacturing & Bio-inspired Design Approach
  • Search
  • Home
  • People
  • Research
    • Bio-inspired Design
    • Smart Polymer Ceramic Composites
    • Multi-material AM Process Development
    • Biomimetic Functional Structures
    • Intelligent AM for Smart Fabrication
  • Publications
  • Gallery
  • Teaching
  • Facilities
  • 3D-print with LAMBDA
    • Inquiry/Comments
  • News
Charlotte Uptown

Charlotte Uptown

UNC Charlotte

Campus

Duke Hall

Duke Centennial Hall

Dr. Joyee with a student
Material

Material

Smart Polymer Ceramic Composites

Smart Polymer Ceramic Composites

At LAMBDA, we are conducting extensive research to address the challenges faced in additive manufacturing (AM) of ceramic-polymer composites. Our focus lies in overcoming the limitations encountered in ...

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Bio-Inspired & Functional Devices

Bio-Inspired & Functional Devices

In biomimetic applications of AM, rather than simply targeting to duplicate the natural materials and structures, the primary challenge should be understanding the design principles and physical/chemical ...

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Next-Generation Printing Platforms

Next-Generation Printing Platforms

At LAMBDA, we are developing novel printing platforms that extend the frontiers of additive manufacturing. Our work explores dual-wavelength photopolymerization for voxel-level control of curing, ...

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