Skip to main content

HOME
ABOUT
- About BeAM
- Hours
- Locations
- People
- News
- Reservations
- Tours
- Weapons Policy
COURSEWORK
RESEARCH
RESOURCES
Suggestion Box
Give

Home / Events / BeAM 101

This event has passed.

BeAM 101

October 15, 2021 @ 2:30 pm

« Metal Shop
BeAM 101 »

Google Calendar
iCalendar
Outlook 365
Outlook Live

Details

Date:: October 15, 2021
Time:: 2:30 pm
Event Categories:: BeAM 101, Trainings

« Metal Shop
BeAM 101 »

BeAM@CAROLINA is a network of makerspaces where you can join the UNC maker community in the design and making of physical objects for education, research, entrepreneurship and recreation.

You can participate in open studios, training sessions, workshops, host classes and group activities in spaces equipped with emerging technologies like 3D printing as well as wood and metalworking shops.

Contact Information

Murray Hall, Room 1129, Chapel Hill,
NC 27599, CB# 3050
beam@unc.edu

Social Network

If you want to be kept up to date about what is going on, give us a follow!

© 2024 BeAM @ UNC
The University is committed to providing an inclusive and welcoming environment and to ensuring that educational and employment decisions are based on individuals’ abilities and qualifications. Consistent with these principles and applicable laws, it is therefore the University’s policy not to discriminate on the basis of age, color, disability, gender, gender expression, gender identity, genetic information, national origin, race, religion, sex, sexual orientation or veteran status as consistent with the University’s Policy on Prohibited Discrimination, Harassment and Related Misconduct. No person, on the basis of protected status, shall be excluded from participation in, be denied the benefits of, or be subjected to unlawful discrimination, harassment, or retaliation under any University program or activity, including with respect to employment terms and conditions. Such a policy ensures that only relevant factors are considered and that equitable and consistent standards of conduct and performance are applied.