Grade 8-9
Hands-on foundation module
STRIVICTA
Loading...STEM Skill Development Partner
A structured school program that moves students from electronic fundamentals to hands-on circuit building, sensor integration, and practical engineering thinking.
Module focus
Engineering Orientation
Students learn to assemble and test practical circuits, connect basic programming to hardware, and reason through sensor-driven engineering models.
5
Outcomes
5
Stages
4
Deliverables
Scroll Story
A cinematic preview of how students move from first principles to confident independent engineering builds.
Engineering Orientation • Level 1
Grade 8-9
Hands-on foundation module
5 Outcomes
Circuit, sensors, logic, review
School Ready
Structured assessment report
01
Students begin with engineering fundamentals through visual-first guided explanations.
02
Core circuits are assembled with instructor-led clarity and repeatable workflows.
03
Learners prototype, troubleshoot, and present solutions with structured feedback.
About the module
Strivicta delivers structured engineering foundation modules for school students, with curriculum-aligned hands-on learning built for Grade 8 and 9 classrooms.
School impact
Bridges the gap between software subjects and practical engineering exposure.
School impact
Introduces practical sensor and control fundamentals in a student-friendly format.
School impact
Supports activity-led learning goals through structured hands-on practice.
School impact
Helps students make informed stream decisions with early engineering orientation.
Workshops
The Level 1 foundation module follows a five-stage instructional flow designed for school implementation and measurable student outcomes.
Engineering Orientation for Grade 8 and 9 students.
Stage 1
Clear introduction to core electronic and sensor concepts before practical work.
Stage 2
Students build structured starter circuits with instructor support and worksheets.
Stage 3
Learners construct and test circuits independently with progressive problem-solving steps.
Stage 4
Small challenge round to apply sensor and control concepts in a practical model.
Stage 5
Performance review and reflection to reinforce key engineering and decision-making skills.
Learning outcomes
The program is designed around clear outcomes so schools can measure conceptual and practical engineering growth.
Understand essential components and behavior of basic electronic systems.
Build and test functional circuits independently with guided logic.
Integrate simple programming with connected hardware models.
Analyze sensor-based engineering models and their practical behavior.
Apply step-by-step engineering problem-solving methods.
Student deliverables
Completion Pack
Elevate Kit, handbook, completion certificate, and school-facing engineering summary report.
Student Deliverable 1
Take-Home Elevate Kit for each participating student.
Student Deliverable 2
Printed structured manual for guided practice and revision.
Student Deliverable 3
Completion certificate issued at the end of the module.
Student Deliverable 4
Engineering Skill Summary Report shared with the school.