Session 1

Prototyping and Advanced Manufacturing

Presented by Pacific’s School of Engineering and Computer Science, this two-week technology camp plunges students into the world of technological innovation with a sharp focus on new product development. During the two-week program, students explore the full journey from idea to prototype—mastering fabrication and innovation—while getting hands-on with a broad suite of prototyping tools: 3D printing, laser cutting, CNC machining, woodworking and more. In the makerspace, creative concepts become real, functional projects—ready to showcase at the end of camp.

Curriculum

Guided by faculty and makerspace technicians, students spend most of their time building—learning how to work safely, precisely and confidently with professional tools used in modern fabrication. Instruction emphasizes practical shop skills and digital manufacturing workflows: creating CAD files, setting up machines, selecting materials and producing parts that fit and function. Students move from quick mockups to higher-fidelity prototypes as they learn CNC basics, laser cutter setup, 3D printer operation and hands-on woodworking techniques (measuring, cutting, joining, finishing). Iteration stays grounded in tool use and craftsmanship—test a part, adjust the file or setup and make the next version better.

Engineering professor
Planned Topics
  • Makerspace safety, tool etiquette, and shop workflow
  • Materials and processes: plastics, wood, light metals (as applicable), adhesives, fasteners, and finishing
  • CAD for fabrication: design for manufacturability, tolerances, and part fit
  • 3D printing: slicing, supports, calibration, strength vs. speed tradeoffs
  • Laser cutting: vector design, kerf, engraving vs. cutting, assembly methods
  • CNC machining: toolpaths, feeds/speeds basics, workholding, setup and operation
  • Woodworking: measurement, layout, cutting, joinery, sanding, sealing/finishing
  • Prototype assembly: hardware, alignment, troubleshooting, and quality checks
  • Optional electronics add-ons: simple circuits or microcontrollers for functional features
  • Demo preparation: build documentation, prototype presentation, and end-of-camp showcase
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Sebastian Dziallas
Faculty Lead
Sebastian Dziallas

Assistant Professor of Computer Science

Ph.D. in Computer Science, University of Kent, 2019
B.S. in Engineering, Olin College of Engineering, 2014

Before coming to Pacific, Sebastian Dziallas was a founding faculty member at Fulbright University in Vietnam where he worked closely with a core group faculty and students to develop both the culture and curriculum of the university. Dziallas is committed to creating a student-centered learning environment, with an emphasis on project-based and interdisciplinary learning. His research interests include using narrative methodologies to understand how students make sense of their learning experiences and exploring novel work-based learning approaches.

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