• 1. Number Properties:

• Concepts: Understanding different types of numbers (whole numbers, integers, fractions, decimals, percentages) and their properties (divisibility, order of operations).

• 2. Algebraic Thinking:

• Concepts: Representing unknowns with variables, using basic algebraic expressions (e.g., linear equations), and solving for unknowns.

• 3. Geometry:

• Concepts: Area, perimeter, angles, lines, and shapes.

• 4. Data Analysis:

• Concepts: Interpreting and analyzing data presented in charts, graphs, and tables, and probability.

• 5. Ratios and Proportions

• Concepts: Comparing with ratios and proportions

Date: Jul 15-19, 2025

Time: 11:00 - 12:00 PM MST

• Course Outline
  ​Lesson 1 - Advanced Numbers (part 1)
  Lesson 2 - Advanced Numbers (part 2)
  Lesson 3 - Basic linear equations
  Lesson 4 -Shapes(part 1)
  Lesson 5 = Shapes(part2)
  
  

Date: Jul 3, 8, 10, 15, 17 7 PM-8 PM MST, Mon Wed, Twice per Weekly

Time: 7:00-8:00 PM MST; 6-7 pm (EST)

1. Introduction to Case Studies

• What is a case study?

• Basic elements of a case study

·         Client/executive summary

·         Main problems

·         Solutions

• Relevance of case studies in business competitions

• Assign case study

2. Case Study Analysis Tools

• SWOT Analysis

• 4 Ps of Marketing

• ERRC grid

• Apply to real life case studies

3. Target Market

• Different target audience categories and their interests/values

• DGPB Analysis

• Apply to real life case studies

4. Financial Analysis of Real Case Studies

• Accessing public company financial statements and sheets

• Researching clients/companies

• Key financial ratios

• Cost-Benefit Analysis

• Apply to real life case studies

5. Innovation and Differentiation

• PESTEL analysis

• Porter’s five forces

• What is innovation?

• How to apply innovation strategies to developing solutions

• Apply to real life case studies

6. Developing Strategic Solutions

• Are the solutions feasible?

• Include an implementation plan

• Risks and mitigations

• Apply to real life case studies

7. Presentations

Date: Jul 10-Aug 21,  2025, 3 pm MST

Time: 3:00-4:00 PM MST

Course outline for Level 1:

• What is Python? Getting started with Python

• Data types, variables and operators 1 

• Data types variables and operators 2 

• Operators, comparisons and inputs 

• For loops and while loops

• Project 1: Guessing game 

Course Outline for Level 2:

• Working with lists

• Tuples and dictionaries 

• Functions and return statements

•  Basics of file processing and exception handling

• Project 1: Hangman/word guessing game

Project 2: Trivia game

Date: August 9-14 2021  (Monday-Saturday) for Level1

    August 16-21 2021  (Monday-Saturday) for Level2

Time: 4:30-6:00 PM MST

We will be covering one focused topic per week:

○ Lesson 1 - Geometry(Pythagorean Theorem)

○ Lesson 2 - Geometry(Circles and Other)

○ Lesson 3 - Algebra(Substitutions)

○ Lesson 4 - Fractions(With or without variables)

○ Lesson 5 - Patterns and Sequences

○ Lesson 6 - Probability Questions

○ Lesson 7 - Miscellaneous/Wonky Questions

○ Lesson 8 - Miscellaneous/Wonky Questions

○ Lesson 9 - Review of Covered topics

○ Lesson 10 - Kahoot of an Entire Contest

Date: Jul 24-Sep 25,  2024, 6 pm MST

Time: 6:00-7:00 PM MST

The Python summer camp is intended for students with no previous computer coding experience and will introduce them to the basics of programming with the popular coding language, Python. Students are given the choice of participating in the level 1 course or both the level 1 and 2 course. As students develop their coding abilities, they will also learn other meaningful skills such as critical thinking and problem solving. At the end of each week, marking the conclusion of a level, students will attempt a challenging project with the skills they have learned during the course. 

Date: Jul 2-26,  2024, 4 pm MST

Time: 4:00-6:00 PM MST

• Sewing is a valuable, practical life skill, and your child can learn these skills through our class while still having fun! 

• In our course, we will be teaching basic hand sewing skills, embroidery, clothing repairs, and clothing alterations. Throughout the course, students will also be completing a final project. 

      Date: July 2 - Aug 27, 2025

     Time: 2-4 pm  PM MST

By the end of this winter camp, students will develop vital problem solving and critical thinking skills necessary to flourish in the field of computer science. Students will be equipped with fundamental programming skills in Python and will be given the opportunity to apply their knowledge in various side-projects like a number guessing game, hangman and different calculators that can make everyday math more convenient. The course will be interactive, with the majority of the lesson consisting of live demonstrations to help students discover the topics for themselves. Throughout our 6 classes, we will be covering all the basics to code in Python, from variables to loops, and how to apply these tools given to us.

Date: December 26 to 31     

Time: 4:30-6:00 PM MST