IMMERSIVE LEARNING JOURNEYS

IMMERSIVE LEARNING JOURNEYS

Embark on Epic Adventures: Discover the Catalyst Curriculum

Our curriculum is designed as a series of exciting missions, each one an immersive adventure. Explore trailers, mission details, and see how our lessons turn learning into a thrilling journey.

Choose Your Mission

The Mission

Mission Critical

Mission Objective

Your mission is to design and build the SR-71 Blackbird, the world’s most impressive reconnaissance plane, used to deter the Cold War. You’ll apply principles of physics and aerodynamics to make critical decisions about speed, altitude, and engineering, while also exploring the historical context of the Cold War and its impact on modern geopolitics.

Difficulty Level: Hard

Grade Level: 10th -12th Grade

Subject: Physics

In this mission, you will explore the physics behind high-speed flight, including drag, thrust, and lift, as you design the SR-71 Blackbird. Using algebra and engineering concepts, you’ll calculate fuel consumption, speed, and altitude to optimize the plane’s performance.

Alongside the technical challenges, you’ll study the Cold War, learning how this plane played a pivotal role in deterrence and surveillance, and how its legacy impacts current geopolitical strategies.

This hands-on experience blends physics, history, and decision-making, teaching you the importance of teamwork, problem-solving, and critical thinking as you build one of the most iconic aircraft in history.


Explore the

Full Journey of Your Mission

Dive into the mission details and discover each step of the process. From learning core concepts to applying hands-on skills, explore how you will complete this exciting challenge.

Distance, time, and speed

Explore mathematical skills and measurement systems as you analyze scientific data, graph relationships between variables, and solve problems involving speed, distance, and time.

Acceleration and Force

Delve into concepts of velocity, acceleration, and motion. Study how different forces act on objects, learn about free fall, and apply the laws of motion to real-life scenarios

Application of Forces

Physics of Propulsion

Heat and Particles

Learning Outcomes

Aerodynamics and Engineering

Understand the core principles of high-speed aerodynamics, including drag, thrust, and lift. Apply algebra and engineering concepts to optimize aircraft performance, such as fuel efficiency, speed, and altitude.

Historical and Geopolitical

Gain insights into the Cold War era and the strategic role of surveillance aircraft. Learn how technological advancements influenced deterrence and shaped current geopolitical dynamics.

Collaborative Problem-Solving

Develop skills in collaboration and effective communication while working as part of a team. Tackle complex engineering challenges together, demonstrating leadership and problem-solving capabilities

Decision-Making

Enhance your ability to make informed decisions by analyzing technical data and historical context. Learn to assess different scenarios, evaluate trade-offs, and apply logical reasoning in high-stakes situations.

Pre-Requisites

Basic Research Skills

Before starting this mission, students should be familiar with basic research techniques, including how to gather, evaluate, and cite reliable sources.

Fundamental Math Concepts

Students should have a strong understanding of basic algebra and geometry, as these concepts will be applied throughout the mission in various problem-solving tasks.

Introductory Science Knowledge

Students must have a foundational understanding of scientific concepts, such as the scientific method, basic chemistry, and physics, as they will build on these in the mission.

Team Collaboration Experience

Prior experience working in teams is required. Students should understand how to communicate effectively, divide tasks, and collaborate to achieve a common goal.

Choose Your Mission

Choose Your Mission

Hear Directly From Parents

Parent Reviews:

Real Stories, Real Impact

The Mission

Mission Critical

Mission Objective

Your mission is to design and build the SR-71 Blackbird, the world’s most impressive reconnaissance plane, used to deter the Cold War. You’ll apply principles of physics and aerodynamics to make critical decisions about speed, altitude, and engineering, while also exploring the historical context of the Cold War and its impact on modern geopolitics.

Difficulty Level: Hard

Grade Level: 10th -12th Grade

Subject: Physics

In this mission, you will explore the physics behind high-speed flight, including drag, thrust, and lift, as you design the SR-71 Blackbird. Using algebra and engineering concepts, you’ll calculate fuel consumption, speed, and altitude to optimize the plane’s performance.

Alongside the technical challenges, you’ll study the Cold War, learning how this plane played a pivotal role in deterrence and surveillance, and how its legacy impacts current geopolitical strategies.

This hands-on experience blends physics, history, and decision-making, teaching you the importance of teamwork, problem-solving, and critical thinking as you build one of the most iconic aircraft in history.


Explore the

Full Journey of Your Mission

Dive into the mission details and discover each step of the process. From learning core concepts to applying hands-on skills, explore how you will complete this exciting challenge.

Distance, time, and speed

Explore mathematical skills and measurement systems as you analyze scientific data, graph relationships between variables, and solve problems involving speed, distance, and time.

Acceleration and Force

Delve into concepts of velocity, acceleration, and motion. Study how different forces act on objects, learn about free fall, and apply the laws of motion to real-life scenarios

Application of Forces

Physics of Propulsion

Heat and Particles

Learning Outcomes

Aerodynamics and Engineering

Understand the core principles of high-speed aerodynamics, including drag, thrust, and lift. Apply algebra and engineering concepts to optimize aircraft performance, such as fuel efficiency, speed, and altitude.

Historical and Geopolitical

Gain insights into the Cold War era and the strategic role of surveillance aircraft. Learn how technological advancements influenced deterrence and shaped current geopolitical dynamics.

Collaboration and Teamwork

Develop skills in collaboration and effective communication while working as part of a team. Tackle complex engineering challenges together, demonstrating leadership and problem-solving capabilities

Decision-Making

Enhance your ability to make informed decisions by analyzing technical data and historical context. Learn to assess different scenarios, evaluate trade-offs, and apply logical reasoning in high-stakes situations.

Pre-Requisites

Basic Research Skills

Before starting this mission, students should be familiar with basic research techniques, including how to gather, evaluate, and cite reliable sources.

Fundamental Math Concepts

Students should have a strong understanding of basic algebra and geometry, as these concepts will be applied throughout the mission in various problem-solving tasks.

Introductory Science Knowledge

Students must have a foundational understanding of scientific concepts, such as the scientific method, basic chemistry, and physics, as they will build on these in the mission.

Team Collaboration Experience

Prior experience working in teams is required. Students should understand how to communicate effectively, divide tasks, and collaborate to achieve a common goal.

Choose Your Mission

Choose Your Mission

Hear Directly From Parents

Parent Reviews:

Real Stories, Real Impact

The Mission

Mission Critical

Mission Objective

Your mission is to design and build the SR-71 Blackbird, the world’s most impressive reconnaissance plane, used to deter the Cold War. You’ll apply principles of physics and aerodynamics to make critical decisions about speed, altitude, and engineering, while also exploring the historical context of the Cold War and its impact on modern geopolitics.

Difficulty Level: Hard

Grade Level: 10th -12th Grade

Subject: Physics

In this mission, you will explore the physics behind high-speed flight, including drag, thrust, and lift, as you design the SR-71 Blackbird. Using algebra and engineering concepts, you’ll calculate fuel consumption, speed, and altitude to optimize the plane’s performance.

Alongside the technical challenges, you’ll study the Cold War, learning how this plane played a pivotal role in deterrence and surveillance, and how its legacy impacts current geopolitical strategies.

This hands-on experience blends physics, history, and decision-making, teaching you the importance of teamwork, problem-solving, and critical thinking as you build one of the most iconic aircraft in history.


Explore the

Full Journey of Your Mission

Dive into the mission details and discover each step of the process. From learning core concepts to applying hands-on skills, explore how you will complete this exciting challenge.

Distance, time, and speed

Acceleration and Force

Application of Forces

Physics of Propulsion

Heat and Particles

Learning Outcomes

Aerodynamics and Engineering

Understand the core principles of high-speed aerodynamics, including drag, thrust, and lift. Apply algebra and engineering concepts to optimize aircraft performance, such as fuel efficiency, speed, and altitude.

Historical and Geopolitical

Gain insights into the Cold War era and the strategic role of surveillance aircraft. Learn how technological advancements influenced deterrence and shaped current geopolitical dynamics.

Collaborative Problem-Solving

Develop skills in collaboration and effective communication while working as part of a team. Tackle complex engineering challenges together, demonstrating leadership and problem-solving capabilities

Decision-Making

Enhance your ability to make informed decisions by analyzing technical data and historical context. Learn to assess different scenarios, evaluate trade-offs, and apply logical reasoning in high-stakes situations.

Pre-Requisites

Basic Research Skills

Before starting this mission, students should be familiar with basic research techniques, including how to gather, evaluate, and cite reliable sources.

Fundamental Math Concepts

Students should have a strong understanding of basic algebra and geometry, as these concepts will be applied throughout the mission in various problem-solving tasks.

Introductory Science Knowledge

Students must have a foundational understanding of scientific concepts, such as the scientific method, basic chemistry, and physics, as they will build on these in the mission.

Team Collaboration Experience

Prior experience working in teams is required. Students should understand how to communicate effectively, divide tasks, and collaborate to achieve a common goal.

Choose Your Mission

Choose Your Mission

Hear Directly From Parents

Parent Reviews:

Real Stories, Real Impact

The Mission

Mission Critical

Mission Objective

Your mission is to design and build the SR-71 Blackbird, the world’s most impressive reconnaissance plane, used to deter the Cold War. You’ll apply principles of physics and aerodynamics to make critical decisions about speed, altitude, and engineering, while also exploring the historical context of the Cold War and its impact on modern geopolitics.

Difficulty Level: Hard

Grade Level: 10th -12th Grade

Subject: Physics

In this mission, you will explore the physics behind high-speed flight, including drag, thrust, and lift, as you design the SR-71 Blackbird. Using algebra and engineering concepts, you’ll calculate fuel consumption, speed, and altitude to optimize the plane’s performance.

Alongside the technical challenges, you’ll study the Cold War, learning how this plane played a pivotal role in deterrence and surveillance, and how its legacy impacts current geopolitical strategies.

This hands-on experience blends physics, history, and decision-making, teaching you the importance of teamwork, problem-solving, and critical thinking as you build one of the most iconic aircraft in history.


Explore the

Full Journey of Your Mission

Dive into the mission details and discover each step of the process. From learning core concepts to applying hands-on skills, explore how you will complete this exciting challenge.

Distance, time, and speed

Explore mathematical skills and measurement systems as you analyze scientific data, graph relationships between variables, and solve problems involving speed, distance, and time.

Acceleration and Force

Delve into concepts of velocity, acceleration, and motion. Study how different forces act on objects, learn about free fall, and apply the laws of motion to real-life scenarios

Application of Forces

Physics of Propulsion

Heat and Particles

Learning Outcomes

Aerodynamics and Engineering

Understand the core principles of high-speed aerodynamics, including drag, thrust, and lift. Apply algebra and engineering concepts to optimize aircraft performance, such as fuel efficiency, speed, and altitude.

Historical and Geopolitical

In this mission, we will challenge students to solve complex problems by analyzing information, evaluating different perspectives, and making reasoned decisions. They'll learn how to think critically in various contexts.

Collaboration and Teamwork

Develop skills in collaboration and effective communication while working as part of a team. Tackle complex engineering challenges together, demonstrating leadership and problem-solving capabilities

Decision-Making

Enhance your ability to make informed decisions by analyzing technical data and historical context. Learn to assess different scenarios, evaluate trade-offs, and apply logical reasoning in high-stakes situations.

Pre-Requisites

Basic Research Skills

Before starting this mission, students should be familiar with basic research techniques, including how to gather, evaluate, and cite reliable sources.

Fundamental Math Concepts

Students should have a strong understanding of basic algebra and geometry, as these concepts will be applied throughout the mission in various problem-solving tasks.

Introductory Science Knowledge

Students must have a foundational understanding of scientific concepts, such as the scientific method, basic chemistry, and physics, as they will build on these in the mission.

Team Collaboration Experience

Prior experience working in teams is required. Students should understand how to communicate effectively, divide tasks, and collaborate to achieve a common goal.

Choose Your Mission

Choose Your Mission

Hear Directly From Parents

Parent Reviews:

Real Stories, Real Impact

The Mission

Mission Critical

Mission Objective

Your mission is to design and build the SR-71 Blackbird, the world’s most impressive reconnaissance plane, used to deter the Cold War. You’ll apply principles of physics and aerodynamics to make critical decisions about speed, altitude, and engineering, while also exploring the historical context of the Cold War and its impact on modern geopolitics.

Difficulty Level: Hard

Grade Level: 10th -12th Grade

Subject: Physics

In this mission, you will explore the physics behind high-speed flight, including drag, thrust, and lift, as you design the SR-71 Blackbird. Using algebra and engineering concepts, you’ll calculate fuel consumption, speed, and altitude to optimize the plane’s performance.

Alongside the technical challenges, you’ll study the Cold War, learning how this plane played a pivotal role in deterrence and surveillance, and how its legacy impacts current geopolitical strategies.

This hands-on experience blends physics, history, and decision-making, teaching you the importance of teamwork, problem-solving, and critical thinking as you build one of the most iconic aircraft in history.


Explore the

Full Journey of Your Mission

Dive into the mission details and discover each step of the process. From learning core concepts to applying hands-on skills, explore how you will complete this exciting challenge.

Distance, time, and speed

Explore mathematical skills and measurement systems as you analyze scientific data, graph relationships between variables, and solve problems involving speed, distance, and time.

Acceleration and Force

Delve into concepts of velocity, acceleration, and motion. Study how different forces act on objects, learn about free fall, and apply the laws of motion to real-life scenarios

Application of Forces

Physics of Propulsion

Heat and Particles

Learning Outcomes

Aerodynamics and Engineering

Understand the core principles of high-speed aerodynamics, including drag, thrust, and lift. Apply algebra and engineering concepts to optimize aircraft performance, such as fuel efficiency, speed, and altitude.

Historical and Geopolitical

Gain insights into the Cold War era and the strategic role of surveillance aircraft. Learn how technological advancements influenced deterrence and shaped current geopolitical dynamics.

Collaborative Problem-Solving

Develop skills in collaboration and effective communication while working as part of a team. Tackle complex engineering challenges together, demonstrating leadership and problem-solving capabilities

Decision-Making

Enhance your ability to make informed decisions by analyzing technical data and historical context. Learn to assess different scenarios, evaluate trade-offs, and apply logical reasoning in high-stakes situations.

Pre-Requisites

Basic Research Skills

Before starting this mission, students should be familiar with basic research techniques, including how to gather, evaluate, and cite reliable sources.

Fundamental Math Concepts

Students should have a strong understanding of basic algebra and geometry, as these concepts will be applied throughout the mission in various problem-solving tasks.

Introductory Science Knowledge

Students must have a foundational understanding of scientific concepts, such as the scientific method, basic chemistry, and physics, as they will build on these in the mission.

Team Collaboration Experience

Prior experience working in teams is required. Students should understand how to communicate effectively, divide tasks, and collaborate to achieve a common goal.

Choose Your Mission

Choose Your Mission

Hear Directly From Parents

Parent Reviews:

Real Stories, Real Impact

Main Office

123 2nd Ave S suite 230

Edmonds WA 98020

Email address

info@thecatalystschool.com

Phone Number

(425) 380-2878

Our Times

Monday-Friday, 8 a.m.-5 p.m.

Subscribe

We Did all the Research so You Don’t Have to

Sign up for Catalyst emails to receive activity ideas,
helpful learning and teaching insights.

© 2024 All Rights Reserved · Catalyst Learning Group LLC

Main Office

123 2nd Ave S suite 230

Edmonds WA 98020

Email address

info@thecatalystschool.com

Phone Number

(425) 380-2878

Our Times

Monday-Friday, 8 a.m.-5 p.m.

Subscribe

We Did all the Research so You Don’t Have to

Sign up for Catalyst emails to receive activity ideas,
helpful learning and teaching insights.

© 2024 All Rights Reserved · Catalyst Learning Group LLC

Main Office

123 2nd Ave S suite 230

Edmonds WA 98020

Email address

info@thecatalystschool.com

Phone Number

(425) 380-2878

Our Times

Monday-Friday, 8 a.m.-5 p.m.

Subscribe

We Did all the Research so You Don’t Have to

Sign up for Catalyst emails to receive activity ideas, helpful learning and teaching insights.

© 2024 All Rights Reserved · Catalyst Learning

Group LLC

Main Office

123 2nd Ave S suite 230

Edmonds WA 98020

Email address

info@thecatalystschool.com

Phone Number

(425) 380-2878

Our Times

Monday-Friday, 8 a.m.-5 p.m.

Subscribe

We Did all the Research so You Don’t Have to

Sign up for Catalyst emails to receive activity ideas,
helpful learning and teaching insights.

© 2024 All Rights Reserved · Catalyst Learning Group LLC

Main Office

123 2nd Ave S suite 230

Edmonds WA 98020

Email address

info@thecatalystschool.com

Phone Number

(425) 380-2878

Our Times

Monday-Friday, 8 a.m.-5 p.m.

Subscribe

We Did all the Research so You Don’t Have to

Sign up for Catalyst emails to receive activity ideas,
helpful learning and teaching insights.

© 2024 All Rights Reserved · Catalyst Learning Group LLC