Science Shiksha Samvad

3-Year Capacity Building Program for Government Science Teachers

Program Overview

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Implementing Organization

Vidyoday Muktangan Parivar Foundation

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Target Group

Government Science Teachers (Grades 6–10)

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Duration

3 Years

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Format

Monthly Samvad + Quarterly Workshops + Classroom Support

Program Vision

To empower government science teachers to become confident, concept-clear, activity-oriented, and student-centric educators who can deliver joyful, inquiry-based science learning aligned with NEP 2020.

Core Objectives

Strengthen conceptual understanding of science teachers

Shift pedagogy from rote learning to experiential learning

Build teachers' confidence in hands-on experiments using low-cost materials

Develop scientific questioning, observation, and reasoning skills

Create a community of reflective science teachers

Improve student learning outcomes and interest in science

Program Structure (3 Layers)

1

Monthly Science Shiksha Samvad

2–3 hours

  • Concept discussions
  • Classroom challenges sharing
  • Experiment demonstrations
  • Reflection & peer learning
2

Quarterly Hands-on Workshops

1 Full Day

  • Deep concept exploration
  • Activity & experiment design
  • Assessment tools & worksheets
  • Lab utilization & safety
3

Classroom Support & Mentoring

Ongoing

  • Classroom observation (selected teachers)
  • Co-teaching / demo sessions
  • Individual mentoring & feedback
Teachers collaborating during Shiksha Samvad workshop

3-Year Journey

YEAR 1

Foundation & Confidence Building

"From Fear to Clarity"

Key Focus Areas

  • Concept clarity (Physics, Chemistry, Biology – middle school)
  • Scientific temper & curiosity
  • Low-cost & no-cost experiments
  • Understanding student misconceptions

Monthly Samvad Topics (Indicative)

Why students fear science? Teacher's role
Teaching science through questions, not answers
Matter & materials – activity-based teaching
Force, motion & daily-life connections
Light & sound – demonstrations with local materials
Biology through observation
Using surroundings as a science lab
Designing simple experiments
Making science notebooks meaningful
Mid-year reflection & sharing
Assessment beyond exams
Year-end review & learning documentation

Outputs – Year 1

✓ Increased teacher confidence✓ Minimum 20 classroom activities tried✓ Reduced fear of experiments✓ Active teacher participation (70%+)
YEAR 2

Pedagogy, Practice & Assessment

"From Teaching to Learning"

Key Focus Areas

  • Constructivist & experiential pedagogy
  • Lesson planning aligned with NEP 2020
  • Assessment for learning (AFL)
  • Lab strengthening & student projects

Advanced Samvad Topics

Designing concept-based lesson plans
Bloom's taxonomy & competency-based questions
Practical work planning within time constraints
Using lab equipment effectively
Student science projects & models
Integrating environment & local problems
Using science fairs as learning tools
Rubrics & formative assessment
Supporting slow learners in science
Gender-sensitive science classrooms
Peer observation & feedback
Action research presentation by teachers

Outputs – Year 2

✓ Improved lesson quality✓ Better student engagement✓ Concept-based assessments✓ Teachers leading sessions independently
YEAR 3

Leadership, Innovation & Sustainability

"Teachers as Science Leaders"

Key Focus Areas

  • Teacher leadership & mentoring
  • STEM integration
  • Innovation & tinkering
  • Sustainability of science culture in schools

Leadership Samvad Topics

Role of teacher as mentor & leader
STEM & interdisciplinary learning
Tinkering labs & innovation corners
Student research & inquiry projects
Community science engagement
Using technology meaningfully in science
Career guidance in science
Building school-level science culture
Mentoring junior teachers
Scaling best practices
Documentation & impact storytelling
Certification & graduation ceremony

Outputs – Year 3

✓ Teacher mentors created✓ Sustainable science practices in schools✓ Student-led projects & exhibitions✓ Model schools identified

Monitoring & Evaluation

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Pre–Post teacher assessment

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Classroom observation rubrics

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Student feedback

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Teacher reflection journals

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Annual impact report

Expected Long-Term Impact

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Confident Science Teachers

Empowered educators delivering quality science education

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Improved Learning Outcomes

Enhanced student understanding and academic performance

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Reduced Science Fear

Decreased dropout rates and increased science interest

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Strong Science Culture

Sustainable practices in government schools

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NEP 2020 Alignment

Pedagogy aligned with national education policy

Voices from the Field

"After Shiksha Samvad, I stopped relying solely on textbooks. I now teach through simple, hands-on experiments and ask my students to explore scientific solutions to real-life problems in our village."

- Kagwade Madam

Zilha Parishad School, Shiradwad, Kolhapur

Teacher implementing PBL in classroom

"I built a flood indicator to help my village stay safe during heavy rains! Before this, I never thought I could do something like this with science."

- Ishan

Class 7, Kumar Vidya Mandir, Shiradwad

Support Teacher Empowerment

Help us expand this transformative 3-year program to more schools and empower more teachers.