Kids Art Club- Marbled Paper
Kids can join us for our weekly art club every Thursday from 3:30-4:30pm! This week we're making marbled paper!
865-494-6800
questions@norriscommunitylibrary.com
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LEGO Club
LEGO Club is held every Friday from 3:30-4:30pm. We supply the LEGO, you supply the imagination.
Tech Hour
Stop by the library Saturdays from 11-12 for one on one basic tech troubleshooting.
Family Story Time
Kelsie reads themed stories and we color. This week's theme is Anxiety. This program is designed for Pre-K ages, but younger & older siblings are also welcome!
Family Game Night
Family Game Night is scheduled every last Monday of the month from 4-6pm. We'll have games and puzzles for the whole family! Popcorn will be provided, but patrons are welcome to bring their own snacks and beverages!
Project Kid- City Design
Project Kid is a program for ages 6-12 that focuses on project-based activities for kids to build skills like collaboration, design, creative thinking, and more! We will do a new project each month. In August we will be working on designing a city! No fees or RSVPs are required for this program. Project Kid is […]
Kids Art Club- Felt Flowers
Kids can join us for our weekly art club every Thursday from 3:30-4:30pm! This week we're making felt flowers!
Tech Hour
Stop by the library Saturdays from 11-12 for one on one basic tech troubleshooting.
Library Closed
The Norris Community Library will be closed Monday, September 4th in observance of the Labor Day Holiday. Fines/Fees will not accrue while the library is closed. The library website, online catalog, and both bookdrops will remain available. We apologize for any inconvenience.
Computer Class- Computer Basics
Join us for a monthly computer class covering various tech related topics. For September, the computer class topic is Computer Basics.
Teen Out! Tesselate
Teen Out! is a meet up for teens every other Wednesday from 4-5 pm. Teens will be doing crafts, activities, challenges, and more! This week, teens will learn about tessellation and create their own unique repeating patterns.