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πŸ“ Teacher Self-Evaluation for C-STEM Excellence

This self-evaluation tool helps teachers assess their C-STEM instruction alignment with the NCEA's characteristics of effective STREAM schools and the 12 success factors for Catholic STEM programs.


πŸ“‹ Overview

Purpose: Self-assessment tool for teachers to evaluate and improve their C-STEM instruction

Frequency: Complete at the beginning and end of each semester, or after each unit

Scoring: Honestly rate your current practice to identify areas for growth


🎯 Part 1: NCEA's 10 Characteristics of STREAM Schools

Rate your alignment with each characteristic:

  • 4 = Consistently exemplify this characteristic

  • 3 = Usually demonstrate this characteristic

  • 2 = Sometimes demonstrate this characteristic

  • 1 = Rarely or never demonstrate this characteristic

Characteristic 1: Catholic Identity Integration

"Integrate Catholic identity into every aspect of the curriculum"

Indicator Self-Rating (1-4)
Faith is woven throughout lessons, not just in opening/closing prayer
Students see faith and science as complementary
Catholic teaching is meaningfully connected to STEM content
Scripture is used appropriately in STEM lessons
Catholic scientists/heritage are highlighted
Average Score: /4

Reflection: How well do I integrate Catholic identity into my STEM teaching?

Action Step for Improvement:


Characteristic 2: Culture of Innovation with Ethics

"Promote a culture of innovation with commitment to ethical behavior"

Indicator Self-Rating (1-4)
Students are encouraged to innovate and create
Ethical implications of technology are discussed
Students consider impact of innovations on others
Catholic Social Teaching informs technology discussions
Responsible technology use is modeled and taught
Average Score: /4

Reflection: Do my students innovate while considering ethics?

Action Step for Improvement:


Characteristic 3: Inclusiveness and Growth Mindset

"Foster inclusivenessβ€”operate on the premise that math and science competencies can be developed in all students"

Indicator Self-Rating (1-4)
All students are challenged appropriately
Growth mindset language is used ("not yet")
Diverse learners are accommodated
Students believe they can succeed in STEM
Mistakes are treated as learning opportunities
Average Score: /4

Reflection: Do all my students believe they can succeed in STEM?

Action Step for Improvement:


Characteristic 4: Problem Solving and Collaboration

"Encourage problem solving, group collaboration, and independent research"

Indicator Self-Rating (1-4)
Students regularly engage in problem-solving
Collaboration is structured and purposeful
Students have opportunities for independent inquiry
Design thinking/engineering process is taught
Students work together as "Body of Christ"
Average Score: /4

Reflection: Do my students collaborate effectively on challenging problems?

Action Step for Improvement:


Characteristic 5: Increasing Participation of Underrepresented Groups

"Seek to increase participation of underrepresented groups"

Indicator Self-Rating (1-4)
All students have equal access to STEM activities
Diverse role models are highlighted
Barriers to participation are identified and addressed
Girls and underrepresented groups are encouraged
STEM is presented as accessible to all
Average Score: /4

Reflection: Do all students feel they belong in STEM?

Action Step for Improvement:


Characteristic 6: Multiple Definitions of Success

"Define success in many ways across different learning environments"

Indicator Self-Rating (1-4)
Multiple forms of assessment are used
Process is valued alongside product
Different talents are celebrated
Success includes faith growth and service
Students set individual goals
Average Score: /4

Reflection: Do I celebrate diverse forms of success?

Action Step for Improvement:


Characteristic 7: Strategic Planning for Curriculum

"Use strategic planning as a blueprint for curriculum development"

Indicator Self-Rating (1-4)
Lessons follow a coherent curriculum plan
Learning objectives are clear and measurable
Lessons build on each other progressively
Faith integration is intentionally planned
Assessment aligns with objectives
Average Score: /4

Reflection: Is my curriculum planning intentional and strategic?

Action Step for Improvement:


Characteristic 8: Educator Training and 21st Century Skills

"Prioritize educator training, leadership, and 21st-century skill applications"

Indicator Self-Rating (1-4)
I pursue ongoing professional development
I apply new learning to my teaching
21st century skills are explicitly taught
I model lifelong learning for students
I seek feedback and continuously improve
Average Score: /4

Reflection: Am I growing as a C-STEM educator?

Action Step for Improvement:


Characteristic 9: Community and Industry Partnerships

"Leverage community and industry partnerships"

Indicator Self-Rating (1-4)
I connect with parish/community resources
Guest speakers or experts are invited
Real-world connections are made in lessons
Students engage with community through projects
Partnerships enhance student learning
Average Score: /4

Reflection: How well do I connect students to the broader community?

Action Step for Improvement:


Characteristic 10: Wonder and Faith-Based Approach

"Approach STEM through the lens of faith and wonder"

Indicator Self-Rating (1-4)
Wonder questions spark curiosity
Students experience awe at God's creation
Faith enhances scientific inquiry
Joy in learning is evident
Students see STEM as exploring God's world
Average Score: /4

Reflection: Do my students experience wonder in STEM learning?

Action Step for Improvement:


πŸ“Š Part 2: The 12 Success Factors Self-Check

Rate your implementation of each success factor:

  • 4 = Fully implemented and consistent

  • 3 = Mostly implemented

  • 2 = Partially implemented

  • 1 = Not yet implemented

Success Factor Rating (1-4) Evidence/Notes
1. Faith-Reason Integration - Faith and science as complementary
2. NCEA Characteristics - Alignment with 10 characteristics (above)
3. Hands-On, Project-Based Learning - Students actively engaged
4. Service-Oriented STEM - Connection to Catholic Social Teaching
5. Cross-Curricular Integration - Connections across subjects
6. Balance with Traditional Subjects - Whole-child approach
7. Start Early - High-quality STEM from early grades
8. Professional Development - Ongoing teacher learning
9. 21st Century Skills - Explicit skill development
10. Catholic Heritage in Science - Highlighting Catholic scientists
11. Community Partnerships - External connections
12. Wonder and Curiosity - Foundation of learning
TOTAL SCORE /48

Score Interpretation

Score Range Rating Description
40-48 Exemplary You are modeling C-STEM excellence
32-39 Proficient Strong implementation with room to grow
24-31 Developing Good foundation; focus on improvement areas
Below 24 Beginning Significant opportunity for growth

🎯 Part 3: Lesson-Level Self-Assessment

Use this quick checklist before or after teaching a C-STEM lesson:

Pre-Lesson Check

Before teaching, have I:

  • Planned meaningful faith integration (not just prayer)?

  • Prepared hands-on/inquiry-based activities?

  • Included a "wonder" question to spark curiosity?

  • Planned for collaboration and communication?

  • Connected learning to serving others?

  • Differentiated for all learners?

  • Identified Catholic heritage connection (if applicable)?

Post-Lesson Reflection

After teaching, I observed:

  • Students expressed wonder or curiosity

  • Faith and science connection was clear to students

  • Students collaborated effectively

  • All students were engaged and included

  • Service orientation was understood

  • Students could articulate learning and faith connection

Quick Rating

Aspect Rating (1-4)
Faith Integration
Student Engagement
Hands-On Learning
Collaboration
Overall Effectiveness

πŸ“ˆ Part 4: Growth Planning

My C-STEM Strengths

My Growth Areas (choose 2-3 to focus on)

SMART Goals for Improvement

Goal 1:

  • Specific:

  • Measurable:

  • Achievable:

  • Relevant:

  • Time-bound:

Goal 2:

  • Specific:

  • Measurable:

  • Achievable:

  • Relevant:

  • Time-bound:

Resources I Need

  • Professional development on:

  • Materials/equipment:

  • Collaboration with:

  • Time for:

Support I Will Seek

  • Colleague:

  • Administrator:

  • Resource:


πŸ“‹ Part 5: Student Feedback Collection

Consider gathering student feedback on these questions:

Elementary Students (K-3)

  1. Do you like learning about science and technology? 😊 😐 ☹️
  2. Do you know that God made everything we study? Yes / Sometimes / No
  3. Do you work well with your friends on projects? Yes / Sometimes / No

Upper Elementary (4-6)

  1. How much do you enjoy C-STEM class? (1-5)
  2. Do you understand how faith and science work together? (1-5)
  3. Do you feel like your ideas matter in class? (1-5)
  4. Have you learned how STEM can help others? (1-5)

Open-Ended

  • What do you like most about C-STEM?

  • What would make C-STEM even better?

  • How has C-STEM helped you grow in faith?


πŸ™ Educator's Prayer for C-STEM Teaching

Lord, help me to be a faithful teacher of Your truth. May I integrate faith and reason seamlessly, Showing my students the harmony of Your creation.

Give me patience to nurture every learner, Creativity to engage curious minds, And wisdom to connect learning to service.

Help me cultivate wonder in my classroom, That students may see Your glory in all we study. May I never tire of learning and growing So that I may better serve Your children.

Through Christ our Lord, Amen.


πŸ“… Evaluation Schedule

When What to Complete
Beginning of Year Full Parts 1-4
After Each Unit Part 3 (Lesson-Level)
Mid-Year Parts 1-2, Update Goals
End of Year Full evaluation, Plan for next year

Date of This Evaluation: _________________

Next Evaluation Date: _________________

Signature: _________________________


Evaluation Version: 2.0
Framework: C-STREAM
Based on: NCEA STREAM Characteristics & Catholic STEM Success Factors