TRANSFORM CLASSROOMS. INSPIRE THE FUTURE

This SACE-accredited programme equips educators with advanced coding, robotics, and teaching strategies to empower learners and create engaging, tech-driven lessons.

Why Choose This Qualification?

Provides advanced coding and robotics mastery, seamless integration of technology with core subjects, and the ability to create impactful capstone projects.

Admission Requirements.

Open to Grades 7-9 educators seeking to integrate technology into STEM education and lesson planning.

Qualification Structure.

Module 1: Foundational Concepts (Coding basics, robotics assembly)
Module 2: Advanced Applications (Line-based coding syntax, robotics troubleshooting)
Module 3: Practical Implementation (Cross-curricular integration, lesson plan development)
Module 4: Capstone Development (Project planning, final presentations)

Learning Outcomes.

Graduates will master advanced coding, teach robotics integration, design cross-curricular lessons, and develop capstone projects showcasing innovative pedagogy.

International Comparability.

Aligns with international best practices in STEM education and robotics integration for middle school educators.

Qualification Modes of Delivery and Support.

Blended Learning (online modules with in-person sessions), Distance Learning, Face-to-face Workshops.

Career Opportunities.

STEM Educator, Curriculum Developer, Robotics Instructor, Educational Technologist, STEM Programme Coordinator.

Articulation Options.

Skills gained can be applied towards further qualifications in STEM education and technology integration.

Ensure Compliance, Empower Financial Accuracy.

Equips educators to align with educational standards for technology integration in Grades 7-9 classrooms.