​Programming Advanced Level

Ages: Children 11 to 17 years old (6th grade of primary school to high school)
Lesson Duration: 90 minutes, once a week
Number of Students per Class: six (6) to eight (8)
Registration Requirements:
  • High school student or
  • 5th to 6th grade student who completed the previous "Intermediate" level
Electronic Equipment: Personal computer (provided by ROBOTONIO)
Educational Platforms: Python
Student-to-Electronic Device Ratio: 1:1
Use of Equipment at Home: Personal computer

Differentiation of Classes:

Advanced A
  • 5th & 6th grade (ROBOTONIO PyProgrammers 1A) (if they completed the Intermediate level)
  • Middle school (ROBOTONIO PyProgrammers 2A) (no previous experience)
  • High school (ROBOTONIO PyProgrammers 3A) (no previous experience)

Advanced B (if they completed Advanced A)
  • 6th grade & Gymnasium (ROBOTONIO PyProgrammers 1B)
  • High school (ROBOTONIO PyProgrammers 2B)
​
Python is one of the most popular programming languages in the world, adopted and adapted for all scientific and professional fields, from financial services and medicine to digital games. It is a text-based programming language that is not limited to the field of education. On the contrary, it has been adopted by a large number of programmers and companies in the technology sector (Instagram, Google, Spotify, Netflix, Uber, etc.).
Students at the Advanced level will use professional programming tools like PyCharm to learn the Python language and develop programs, including those for the gaming industry and beyond.
The program's targeting aligns with the requirements of the Python Institute, leading to a series of professional certifications regarding knowledge of basic and advanced aspects of the language. Upon completing the Advanced level, students will be able to:
  • Develop their own Python programs supporting the functionality and evolution of complex games.
  • Integrate and utilize external code libraries in their programs.
  • Utilize all basic programming principles (sequential execution of commands, loops, conditions, encapsulation).
  • Develop their own functions.
  • Implement complex mathematical operations programmatically.
  • Manage logical operations.
  • Manage computer memory for their programs using variables and lists.
  • Utilize complex Python data types (dictionaries, tuples, etc.).
  • Obtain certification from the Python Institute through exams, achieving the internationally recognized PCEP certification level.