Krege Art Center, FFT Lab (Room 5)
T/TH 11:30 – 2:20
Course Credits: 3
Spring 2018

Instructor: Associate Professor Adam Brown
Office: 27B Kresge Art Center
Office Hours: Wednesday 10-noon or by appointment


Cell: 405-605-9079
Office: 517-432-2465

Connect to course on D2L

This course will introduce students to digital design and fabrication techniques within the context of contemporary art and design. Through a series of technical demonstrations, students will make connections between computer-aided-design / computer-aided-manufacturing (CAD/CAM) software, digital fabrication technologies and the physical world. Students will complete a series of projects exploring 3D modeling, CAD applications, 3D scanning technologies, and experimental approaches to digital model generation. Simultaneously, digital models will be made physical through additive and subtractive fabrication technologies including 3D printing, CNC milling, and laser cutting.

Students are expected to regularly consult the course website for project and homework due dates.  You should expect that the schedule will be adjusted periodically throughout the semester, and it is your responsibility to stay informed via the website and regular class assignments.

Students must complete a series of workshops and 4 individual projects, as well as actively participate in class critique to successfully complete this course.

Mastery of Fusion 360, V-Carve and Adobe Illustrator are central to students’ success in this course. Students are expected to pursue intensive self-training by using online tutorials provided by the instructor.  While some instruction of these software environments will take place during class, it is expected that students dedicate time outside of class to master the software. 

The course is divided into three primary components:

  1. 3D Modeling and Fabricating Labs
  2. In class workshops
  3. 3 projects (Mechanical Drawing; 3D scanning & printing; Abject Container)

Please be prepared to spend between $75-150 on supplies for this course. Students are responsible for purchasing their own materials such as 3D prints, plywood, sheet plastics, aluminum and fastening hardware. Vendors and suppliers will be made available to the students via the course website. When appropriate materials may be purchased as a group to reduce costs.

USB Jump Drive (2 Gigs or more)
1/8″ thick cast acrylic sheet
3-button mouse
Micron pens
Digital caliper
Sketchbook – Very important! Your sketchbooks will be used for concept and idea development.

Overall grades are based on in-class participation and completed projects. I will be looking for development of conceptual clarity, evidence of research, aesthetic application of software and technology, understanding of project concept and problem solving abilities. Expectations will be explained in detail for each project when it is assigned. If anything seems unclear, you are responsible for asking the instructor for clarification far in advance of the due date. In order to receive a grade, students must turn work in by the due date outlined in the syllabus. Work that is not turned in on time will result in a reduced grade.

Projects will be evaluated on the basis of:
• Technical and conceptual quality
• Development throughout the course (strive for excellence)
• Quality of documentation
• A willingness to act on criticism  

Grading Criteria:
Attendance – Mandatory
Participation and Workshops – 20%
2 quizes – 20%
Assigned Projects – 60%

It is very important that students come to class prepared and participate to their fullest level of ability. Group critique and discussion is an essential tool for developing comprehensive artistic knowledge and vocabulary. Therefore, it is critical that students learn how to talk about their own art and the work of other artists. During critique and class discussion, strive to offer constructive feedback. Listen to the comments made by your peers and the instructor to evaluate the effectiveness of your work. It is important that you express ideas clearly, and have fun. Projects must be complete to be included in a critique. Please pick up after yourself and keep the computer lab clean.

Phone use, texting, e-mailing, and non-course related web surfing is not permitted during class time.

Attendance is mandatory. Interaction and collaboration are an important aspect of the learning process and are critical for establishing trust among your peers. Please note that three unexcused absences will result in the deduction of 1 full letter grade of STA 385. Being late to class is very disruptive. Please make sure that you arrive to class on time. Attendance will be taken at 11:45. If you arrive after attendance has been taken you are considered to be late. Three late arrivals are equal to one absence.

Make sure your MSU email account is properly forwarded to the location where you read email.

Physics and Astronomy Machine Shop
Tom Palazzolo
Rob Bennett

Access times to the FFT LAB (room 5) will be announced. We will be looking for volunteer monitors to supervise the lab in order to extend working hours. If you are interested in becoming a Lab Monitor, please see me after class.  If you wish to reserve and check out equipment such as video cameras, data projectors or for information about the printing lab go to the VRL Info for Faculty and Workshop participants page and/or contact Alex Nichols

Reasonable Accommodation Policy:
Michigan State University is committed to providing equal opportunity for participation in all programs, services and activities. Accommodations for persons with disabilities, with documentation from the MSU Resource Center for Persons with Disabilities (, may be requested by contacting me at the start of the term. Contact me as soon as possible so we can discuss accommodations necessary to ensure full participation and facilitate your involvement in this class.

Academic Integrity:
In accordance with MSU’s policies on “Protection of Scholarship and Grades” and “Integrity of Scholarship and Grades,” workshop participants in STA 491 are expected to honor principles of truth and honesty in their academic work. Academic honesty entails that workshop participants will not plagiarize. This means (1) workshop participants will not submit someone else’s work as their own (e.g., they will not submit another student’s paper or project, etc., nor will they hand in a paper copied from the web or another published source). Academic honesty also means workshop participants (2) will not knowingly permit another student to copy and submit their work as that student’s own and (3) will not use unacknowledged quotations or paraphrases as part of their work. As provided by university policy, such academic dishonesty or plagiarism may be penalized by a failing grade on the assignment or for the course. Failure in a course as a result of academic dishonesty will also result in written notification to the student’s academic dean of the circumstances. Additional discussion of cheating or academic dishonesty is available on the Ombudsman’s web page.

Emergency Protocol:
In the event of an emergency arising within the classroom/lab, the instructor will notify you of what actions that may be required to ensure your safety.  It is the responsibility of each student to understand the evacuation, “shelter-in-place,” and “secure-in-place” guidelines posted in each facility and to act in a safe manner.  You are allowed to maintain cellular devices in a silent mode during this course, in order to receive emergency SMS text, phone or email messages distributed by the university.  When anyone receives such a notification or observes an emergency situation, they should immediately bring it to the attention of the  instructor in a way that causes the least disruption.  If an evacuation is ordered, please ensure that you do it in a safe manner and facilitate those around you that may not otherwise be able to safely leave. If a shelter-in-place or secure-in-place is ordered, please seek areas of refuge that are safe depending on the emergency encountered and provide assistance if it is advisable to do so.

Copyright notice: Many of the materials created for this course are the intellectual property of Adam Brown. This includes, but is not limited to, the syllabus, lectures and course notes. Except to the extent not protected by copyright law, any use, distribution or sale of such materials requires the permission of the instructor.