Phoenix Voyager

The Phoenix Voyager is a space science-focused interactive STEM curriculum combining scientific fundamentals with practical application, supported by cutting-edge methods and resources for inquiry, as well as mentoring programs, created and delivered by a powerful interdisciplinary collaboration.

What our students say:

"The program provided a quantum leap in my information, and it took me from small surroundings to the largest, where I got to know new friends."
Student from Akkar, Lebanon

What our students say:

90%

90% of students said the course made them more confident analyzing scientific data and making conclusions.

Our educational program consists of weekly in-person and online classes combined with camps and workshops to teach young (mainly Syrian) refugees useful skills in mathematics, electronics, physics, coding, robotics and project management. Local students from hosting communities also participate in this program to promote integration and intercultural dialogue.

With partners and teachers on the ground working through a syllabus developed by educational experts, students gain important skills in technical areas that will improve their life chances and employability. Balloon launches carrying their scientific experiments, as well as a satellite based final project, serve to excite and fully engage the students and show our students what’s possible.

PROGRAM OVERVIEW

Course goal
Teach a comprehensive STEM curriculum.
Content
Approximately 55 hours of content, composed of 32 hours of theory and 23 hours of coding and practical application exercises.
Duration
Approximately 30 weeks.
Instruction method
In-person (or online), teacher-led sessions, with assigned projects, homework, and a scientific balloon camp.
Student ages
14-18 years old.

SKILLS LEARNED

Students learn and develop the following attitudes, skills, and knowledge in our educational programs.

ATTITUDES

  • Curiosity
  • Agency and resilience
  • Adaptability
  • Responsibility and initiative
  • Open-mindedness and forward-looking

MATHEMATICAL KNOWLEDGE

  • Setting up problems algebraically and solving them
  • Analysing experimental data and producing graphs
  • Using number-theoretic techniques to encrypt and decrypt data
  • Geometry, especially trigonometric and spherical geometry techniques
  • Binary representation
  • Introduction to boolean logic

SKILLS

  • Collaborative work skills
  • Communication skills both within the group and with the external world
  • Critical and creative thinking skills
  • Problem solving skills
  • Time management and project planning skills

SCIENTIFIC KNOWLEDGE

  • Gravity and Newtonian mechanics
  • Circuit theory and design
  • Radiation types, effects, and detection
  • Orbital dynamics
  • Introduction to astrophysical topics such as solar physics, black holes and quantum physics.
  • History of flight and space travel

PROGRAMMING AND TECHNOLOGICAL KNOWLEDGE

  • Using Arduino/Raspberry Pi microcontrollers to program custom experiments
  • Using data analysis programs, like Microsoft Excel, to draw valid conclusions from robust datasets
  • Learn to build up larger programs from smaller building blocks
  • Using digital technology and platforms for online classes and homework

PRACTICAL AND DESIGN KNOWLEDGE

  • Soldering/assembling electronic circuits
  • Designing experiments and using the scientific method
  • Learning to test, adapt and improve a piece of engineering

We have considered the OECD Learning Framework 2030 in developing our curriculum and overall program in order to better meet our students’ needs as they thrive for a better education and future.

After completing the Phoenix Voyager, our students participate in our Moon eQuest course, an online space science program presented in a mission-based approach. This further enhances their knowledge of space science and gives them more experience applying what they have learned.