# data[].attributes.body
Texas Instruments - TI-84 Plus Guidebook

Description: The official guidebook provides an extensive overview of the TI-84 Plus calculator. It covers everything from basic operations (like addition and subtraction) to more complex functions such as graphing equations and performing statistical analyses.

Key Features:

Step-by-step instructions for various functions.

Troubleshooting tips for common issues.

Illustrations of the calculator's screen to guide users.

Classroom Application: Educators can use this guide as a reference during lessons, allowing students to follow along with their calculators. It’s also useful for students to refer to when completing homework or projects.

# data[].attributes.body
TI Education - Classroom Activities

Description: This resource features numerous classroom activities that are designed to engage participants and promote hands-on learning using the TI-84 Plus.

Key Features:

Activities sorted by grade level and topic (e.g., algebra, geometry, statistics).

Detailed instructions and learning objectives for each activity.

Suggestions for group work and individual tasks.

Classroom Application: Educators can implement these activities directly during class or assign them as projects. They encourage collaborative learning and problem-solving.

# data[].attributes.body
Description: A collection of video tutorials that cover a wide range of functions on the TI-84 Plus, including graphing, solving equations, and performing statistical tests.

Key Features:

Visual demonstrations of calculator functions.

Clear explanations of concepts alongside calculator use.

Resources for both beginners and advanced users.

Classroom Application: Participants can use these videos to supplement their instruction, allowing students to see real-time examples of how to use the calculator. Videos can also be assigned as homework to reinforce learning.

# data[].attributes.attachment_link.title
Calculator Tutorial - Intro to the TI 84 Plus

# data[].attributes.body
NCTM Publications - Integrating Technology

Description: Articles and research papers from the National Council of Teachers of Mathematics that discuss integrating technology into math education, particularly calculators.

Key Features:

Research-based strategies for effective technology use.

Case studies from classrooms that have successfully integrated calculators.

Insights into student engagement and learning outcomes.

Classroom Application: This resource can inform educators about best practices, helping them choose the right strategies for their classrooms and enhance student understanding.

# data[].attributes.attachment_link.title
Index - National Council of Teachers of Mathematics

# data[].attributes.body
Online TI-84 Plus Emulator

Description: A virtual emulator that allows users to practice using the TI-84 Plus calculator without needing a physical device.

Key Features:

Full functionality of the TI-84 Plus interface.

Ideal for practicing calculator skills remotely.

Accessible from any device with internet access.

Classroom Application: Participants can use the emulator during the workshop to familiarize themselves with the calculator’s functions. It’s also a great tool for students who may not have access to a physical calculator at home.

# data[].attributes.body
OSCAR and GROW Model

OSCAR Model

Objective: The overall objective of the workshop is to equip high school math teachers with strategies and tools to improve student engagement, promote active learning, and enhance mathematical understanding.

Situation: Explore the current trends and developments in the high school math landscape, including real-world applications, technology integration, and personalized/collaborative learning approaches.

Constraints: Identify any potential constraints or challenges that teachers may face in implementing the strategies and tools, such as access to resources, school policies, or technological limitations.

Alternatives: Present various alternative approaches or tools (e.g., the TI-84 Plus calculator and Gimkit) that teachers can utilize to address the identified challenges and achieve the workshop's objectives.

Recommendation: Provide clear and actionable recommendations for how teachers can effectively implement the strategies and tools presented in the workshop to improve student engagement and mathematical understanding.

# data[].attributes.body
GROW Model

Goal: The overall goal of the workshop is to enable high school math teachers to create engaging and effective learning experiences that enhance student understanding and performance.

Reality: Assess the current state of high school math teaching and learning, including the challenges and opportunities that teachers face.

Options: Explore the various options and strategies available to teachers, such as the effective use of the TI-84 Plus calculator and the implementation of Gimkit.

Way Forward: Provide a clear and structured plan for how teachers can implement the strategies and tools presented in the workshop, including timelines, resources, and support mechanisms.

# data[].attributes.attachment_link.title
How To Coach With GROW Model Step By Step

# data[].attributes.body
Empathize

Gather insights about the challenges and pain points that high school math teachers face in engaging students and promoting active learning.

Understand the teachers' current practices, resources, and constraints in the classroom.

Identify the specific needs and expectations of the workshop participants.

Define

Clearly define the workshop's objectives, based on the insights gathered during the empathize phase.

Identify the key focus areas of the workshop: the high school math landscape, the effective use of the TI-84 Plus calculator, and the implementation of Gimkit.

Establish the target outcomes and the desired level of impact on the participants' teaching practices and student learning.

Ideate

Brainstorm a variety of strategies, activities, and resources that can address the identified needs and challenges.

Consider different approaches to presenting the information, such as interactive demonstrations, hands-on activities, and group discussions.

Explore innovative ways to make the workshop engaging, interactive, and relevant to the participants.

Prototype

Develop a detailed workshop outline that includes the specific activities, timelines, and resources.

Create sample lesson plans, instructional materials, and interactive exercises that showcase the effective use of the TI-84 Plus calculator and Gimkit.

Gather feedback from a small group of teachers or subject matter experts to refine the workshop design.

Test

Conduct a pilot session of the workshop with a group of high school math teachers.

Observe the participants' engagement, their understanding of the presented strategies and tools, and their ability to apply them in their teaching contexts.

Gather feedback from the participants and incorporate their insights to improve the workshop design.

Implement

Finalize the workshop materials and resources based on the feedback from the testing phase.

Develop a comprehensive facilitator's guide to ensure consistency and quality in the workshop delivery.

Plan for ongoing support and follow-up with the participants to monitor the long-term impact and provide additional resources as needed.