View Seminar: Computer Science in the Mathematics Classroom
Seminar Name | Computer Science in the Mathematics Classroom |
---|---|
Seminar Brochure | Not set |
External Seminar Brochure | Not set |
Seminar Short Desc | Making connections, whether between skills or content areas, is an effective instructional strategy. In this workshop, we will explore how computer science can be used as a vehicle to intentionally target learning in middle/high school mathematics classrooms. |
Seminar Full Desc | Now that the Computer Science and Digital Literacy Fluency Learning Standards have been released (currently in draft) by NYSED, mathematics teachers have increased opportunity to leverage computer science skills as a means to make connections and increase students' mathematics proficiency. In this workshop, we will explore resources such as bootstrapworld.org, csandmath.org, and Math Adventures with Python on day 1 to build capacity around computer science integrations. On day 2, participants will work to create new learning opportunities integrating computer science as a means of improving mathematics proficiency through increased connections targeting specific content learning standards. |
Seminar Date | 12/09/2020 |
Opening Time | 8:30 am |
Closing Time | 2:30 pm |
Last Day To Register | 12/08/2020 [ Note: After this date, participation changes can be requested by e-mailing Laurie Sledge ] |
Twin Seminar | Not set |
Seminar Audience | Middle/High School Math Teachers, Computer Science Teachers |
Seminar Prerequisites | Participants will need either a Windows or MacOS device with Python 3.7 or Python 3.8 installed.
Participants will need to create a free account for scratch.mit.edu. |
Seminar Topics, Concepts & Resources | Computer Science
Coding Programming Mathematics Interdisciplinary Instruction and Learning |
Seminar Broadcast Notes | Not set |
Seminar Objectives | Participants will:
- Explore resources to guide computer science integrations. - Explore the NYS Computer Science and Digital Fluency Learning Standards. - Create at least one learning opportunity targeting a mathematics content learning standard. |
Work Summary | Not set |
Assessment of Learning | Question and Answer Sessions
Completion of scripts and programs in Python and Scratch Work Product |
Evaluation Summary Notes | Not set |
Needed Changes | Not set |
Next Steps | Not set |
Online Course Type | Not set |
Site | CA BOCES Barn |
Location | Training Room |
Site Status | Regional |
Day Number | 2 of 2 |
Duration | 6 Hours |
Rolling Online Course | No |
Moodle Online Course | Not set |
Seminar Status | Cancelled |
Workshop | Computer Science in the Mathematics Classroom |
Day Number | 2 |
Total Workshop Days | 2 |
Starting Registration | 8:00 am |
Credit Hours | 6.00 Per Day |
CTLE Eligible | Yes |
Social Worker Continuing Ed | No |
Course Type | Not set |
Online Course Instructions | Not set |
Online Course Url | Not set |
Online Course Pass Code | Not set |
Provider | 517 - Model Schools |
Category | 517 - Model Schools |
Alt Fee Per Participant | Not set |
Public Notes | Not set |
Cancelled Date | 08/28/2020 |
Added By | Laurie Sledge |
Seminar Id | 4085 |
CTLE Activities
- Content
- Pedagogy
Facilitators
- Mark Beckwith Cancelled
- Mark Carls Cancelled
Districts That Can Send Participants
- Allegany-Limestone Central School
- Andover Central School
- Belfast Central School
- Bolivar-Richburg Central School
- Cattaraugus-Little Valley Central School
- Cuba-Rushford Central School
- Ellicottville Central School
- Fillmore Central School
- Franklinville Central School
- Friendship Central School
- Genesee Valley Central School
- Hinsdale Central School
- Olean City Schools
- Pioneer Central School
- Portville Central School
- Randolph Academy
- Randolph Central School
- Salamanca City Schools
- Scio Central School
- Wellsville Central School
- West Valley Central School
- Whitesville Central School
- CA-BOCES Admin
- CA-BOCES CTE
- CA-BOCES ISS
- CA-BOCES IT
- CA-BOCES Exceptional Education
- CA Teacher Center
First Day of Seminar Series
Learning Standards
- 2 Knowledge of Content and Instruction
- 3 Instructional Practice
- 5 Assessment for Learning