A wide shot of a ceramics studio, featuring students working with pottery wheels and other tools.
Angie has long brown hair and short bangs. She wears a black t-shirt.

Angie Lullie

Lecturer

Bio

Education: BFA Industrial Design, University of Illinois Chicago, 2012. Concurrent Position: Senior Industrial Designer, Seating, at Haworth.

Courses

Title Department Catalog Term

Description

This course introduces students to SolidWorks, a powerful parametric software package used by product designers to model, indicate specifications, and visualize their design intent. Students will learn the software in the context of design by using it as a tool to develop form and scale, convey design intent with 3D renders, create specification drawings for manufacturing, and interface with 3d printers, CNC machines, and laser cutters for quick iterative prototyping.

This course will focus on a series of tutorials followed by hands-on design projects that will provide intensive training in 3D modeling, 3D printing, and photo-realistic 3D rendering.This will allow the students to make judgements on which 3D tools to use at what stage to develop the most efficient models. The tools will be explained through examples and demonstrations, which will allow the students to practice the tools during class.

Students are expected to complete 4 projects. The projects will include learning 2D sketch tools and creating relations through existing logos, modeling existing products with multiple components, developing an original design based on an existing brand or artist, and collaborating within a group on a system of objects.

Class Number

1394

Credits

3

Description

This course introduces students to SolidWorks, a powerful parametric software package used by product designers to model, indicate specifications, and visualize their design intent. Students will learn the software in the context of design by using it as a tool to develop form and scale, convey design intent with 3D renders, create specification drawings for manufacturing, and interface with 3d printers, CNC machines, and laser cutters for quick iterative prototyping.

This course will focus on a series of tutorials followed by hands-on design projects that will provide intensive training in 3D modeling, 3D printing, and photo-realistic 3D rendering.This will allow the students to make judgements on which 3D tools to use at what stage to develop the most efficient models. The tools will be explained through examples and demonstrations, which will allow the students to practice the tools during class.

Students are expected to complete 4 projects. The projects will include learning 2D sketch tools and creating relations through existing logos, modeling existing products with multiple components, developing an original design based on an existing brand or artist, and collaborating within a group on a system of objects.

Class Number

1265

Credits

3