Coding and Python
From computational thinking and first programs to Python, game development and deeper Computer Science work.
For school leaders
CodingSTEAM works with schools to deliver Coding, Python, Robotics and STEAM programmes through deliberately small groups, bilingual engineers and meaningful technical projects.
School programmes
The right format depends on year groups, timetable, available equipment and the outcomes your school wants to support.
From computational thinking and first programs to Python, game development and deeper Computer Science work.
Hands-on engineering through mechanisms, sensors, electronics, programming and intelligent systems.
Cross-disciplinary technical challenges that connect design, scientific thinking, creativity and practical construction.
Age-appropriate progression for different starting points, including beginners and highly able technical learners.
How partnerships work
CodingSTEAM works with the school to understand the practical setting before recommending a programme.
Discuss year groups, learning goals, timetable, facilities and the type of provision being considered.
Agree an appropriate combination of technical areas, group structure and practical delivery.
Bilingual engineers teach through projects while adapting challenge to students' developing skills.
Progress and reporting
Technical education is more useful when students, families and schools can understand the progress being made. CodingSTEAM combines practical mentor feedback with individual goals and family-facing reporting.
Tasks can be extended or reinforced according to current understanding.
Working programs and technical outcomes show how concepts are being applied.
Reporting identifies strengths, developing skills and suitable future challenges.
The CodingSTEAM difference
Discuss a school partnership
Share your year groups, priorities and timetable context. CodingSTEAM can then recommend the right next conversation and programme direction.