SCIENCE LABORATORY

1. Advanced Laboratory Methods
and Techniques in Teaching
Science
Empowering Inquiry, Innovation, and
Integration in 21st Century
Classrooms
Presented by: [Your Name]
Date: [Insert Date]

2. Introduction
• - Why advance lab strategies matter in
modern science education
• - Objectives:
• • Introduce advanced lab techniques
• • Explore strategies for complex concepts
• • Integrate technology in lab instruction

3. Characteristics of Advanced Lab
Teaching
• - Higher-level thinking: analysis, synthesis,
evaluation
• - Use of sophisticated equipment
• - Emphasis on scientific method
• - Integration of interdisciplinary STEM

4. Examples of Advanced Laboratory
Techniques
• - Spectrophotometry: Biochemistry,
environmental science
• - Chromatography: Food testing, forensic
science
• - Microscopy: Cell biology, microbiology
• - Gel Electrophoresis: Genetics
• - Titration (Advanced): Chemistry

5. Advanced Teaching Methods in
Laboratory Science
• - Open Inquiry & Research-Based Learning
• - Design-Based Laboratory Instruction
• - Problem-Based Science (PBS)
• - STEM/STEAM Project Integration
• - Case-Based Experiments

6. Technology Integration in Science
Labs
• - VR Labs (Labster, Expeditions)
• - AR Microscope Apps
• - Logger Pro, PASCO
• - 3D Molecular Modeling
• - Arduino & Micro:bit for Biology Sensors

7. Digital Lab Tools and Simulations
• - PhET Interactive Simulations
• - HHMI Biointeractive Labs
• - ChemCollective Labs
• - Froguts (Online Dissection)
• - Molecular Workbench

8. Advanced Student Tasks in the Lab
• - Designing experiments
• - Formulating hypotheses
• - Data acquisition and analysis
• - Peer review
• - Poster presentations or science fairs

9. Assessment in Advanced
Laboratory Settings
• - Rubrics for research projects
• - Science journals
• - Lab practical exams
• - Capstone or investigatory projects
• - Peer/self-assessment checklists

10. Managing Advanced Labs Safely
• - Risk assessments
• - Chemical/organism safety
• - Digital safety contracts
• - Equipment training
• - Emergency drills

11. Teacher's Role in Advanced Lab
Teaching
• - Facilitator: inquiry guide
• - Coach: student research support
• - Technologist: tool integration
• - Assessor: authentic evaluations

12. Sample Advanced Lab Activity
• Topic: DNA Extraction & Gel Electrophoresis
• Objective: Analyze genetic variation
• Tools: Gel box, pipettes, buffer
• Assessment: Lab report + oral defense

13. Tips for Implementing Advanced
Lab Strategies
• - Start small with pilot activities
• - Collaborate with institutions
• - CPD training and mentoring
• - Use virtual tools when needed
• - Cross-disciplinary integration

14. Resources for Advanced Science
Labs
• - Labster: virtual simulations
• - PhET: interactive activities
• - Bio-Rad Labs: classroom kits
• - DepEd SHS Curriculum Guides
• - HHMI Biointeractive

15. Challenges & Solutions
• Challenge: Limited equipment -> Use
virtual/mobile labs
• Challenge: Teacher prep -> Training &
mentoring
• Challenge: Time -> Cross-subject labs
• Challenge: Cost -> DIY/recycled kits

16. Conclusion & Discussion
• - Advanced labs prepare students for scientific
inquiry
• - Requires planning, innovation, and support
• - Discussion: What advanced lab have you
tried or want to try?