Level 3 Applied Science Cambridge Technical
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82 topics in 16 modules
☑️ Fundamentals of Science 9 topics
- Practical and scientific skills
- Working scientifically
- Atoms, elements, and compounds
- Types of chemical reaction and chemical energetics
- The Periodic Table
- Mechanics
- Waves
- Electromagnetic radiation
- Thermodynamics
☑️ Laboratory Techniques 5 topics
- Types of laboratory
- Core laboratory techniques
- Analytical techniques
- Safety in the laboratory
- Environmental monitoring and analysis
☑️ Scientific Analysis and Testing 3 topics
- Physical properties and testing methods
- Chemical analysis techniques
- Biological and biochemical techniques
☑️ Control of Hazards in the Laboratory 4 topics
- Laboratory hazards and their control
- Control of microbiological hazards
- Chemical hazards
- Planning and carrying out a risk assessment
☑️ Physical Chemistry 5 topics
- Thermodynamics
- Kinetics
- Molecular forces and complex ions
- Electrochemistry
- Spectroscopy and chromatography
☑️ Organic Chemistry 9 topics
- Nomenclature and isomerism
- Alkane chemistry
- Alkene chemistry
- Aromatic chemistry
- Alcohols and phenols
- Carbonyl compounds
- Carboxylic acids and esters
- Polymer and macromolecules
- Amines and amino acids
☑️ Inorganic Chemistry 7 topics
- Ionic bonding
- Covalent bonding
- Shapes of molecules and ions
- Hybridisation
- The structure of Period 3 elements
- Transition metals
- Stereochemistry and coordination complexes
☑️ Physics for Science 5 topics
- Mechanics
- Electricity and magnetism
- Nuclear physics and materials
- Wave and particle-like behaviour of energy
- Quantum behaviour
☑️ Physiology of Human Body Systems 5 topics
- Principles of homeostasis
- The cardiovascular system
- The respiratory system
- The digestive system
- Kidney function and osmoregulation
☑️ Plant Biology 5 topics
- Plant anatomy
- Water and nutrient uptake
- Photosynthesis and respiration
- Plant growth and development
- Plant responses to environmental factors
☑️ Human Biology 4 topics
- Cellular structure and function
- Biochemistry of metabolic pathways
- DNA, RNA, and protein synthesis
- Human inheritance and genetic techniques
☑️ Polymeric Materials 6 topics
- Monomers and polymers
- Step-growth polymerisation
- Chain-growth polymerisation
- Polymer families
- Mechanical properties of polymers
- Environmental considerations and sustainability
☑️ Chemistry of Pharmaceutical Products 4 topics
- Drug discovery and development
- Drug delivery systems
- Organic drug molecules
- Analytical techniques
☑️ Environmental Science 4 topics
- Introduction to environmental science
- Energy resources and the environment
- Environmental challenges: pollution
- Environmental challenges: loss of biodiversity, climate change, and deforestation
☑️ Advanced Protein Techniques 3 topics
- Core protein techniques
- Bioinformatics
- Protein modification for analysis and detection
☑️ Materials Science and Performance 4 topics
- Materials classification and properties
- Materials testing
- Failure of materials
- Materials selection and sustainability
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Level 3 Applied Science Cambridge Technical Revision Content
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Level 3 Applied Science Cambridge Technical - Fundamentals of Science - Practical and scientific skills Content Preview
Fundamentals of Science
Practical and scientific skills
Section 1: Understanding and Planning Scientific Investigations
- Formulating a precise scientific question is the basis of a scientific investigation.
- Propose a hypothesis that aligns with the scientific question and consider potential predictions.
- Carefully plan experiments to test the predictions based on the hypothesis, taking into account independent, dependent and controlled variables.
Section 2: Experimental and Practical Skills
- Precision and accuracy are key in all scientific measurements. Use appropriate equipment to ensure accurate data collection.
- Always follow health and safety procedures while conducting experiments. Understand the hazards associated with materials and equipment.
- Replicate experiments to confirm findings and minimise anomalies.
- Develop the ability to record observations systematically during an experiment.
Section 3: Data Analysis
- Approach data with a rigorous and critical mindset. Discard anomalous results that may skew the final analysis.
- Utilise appropriate statistical methods to analyse data. Find patterns and correlations and understand their significance.
- Understand the limitations of collected data and any uncertainties within it.
Section 4: Evaluation and Communication
- Evaluate the quality of the experiment. Consider methodical limitations and how they may affect the validity of the result.
- Generate conclusions based on the data analysis. Ensure they substantiate the hypothesis.
- Communicate findings effectively. Use diagrams, graphs, or charts to visualise data and write concise, clear explanations.
- Devise follow-up experiments based on findings, indicating a logical progression in scientific understanding.
Section 5: Ethical, Social, and Environmental Considerations
- Understand the ethical considerations relating to scientific work, e.g. clinical trials, animal testing, and data privacy.
- Consider the social and environmental impact of scientific investigations and outcomes.
- Develop a sense of responsibility, integrity, and care for sustainability and biodiversity, adhering to scientific and environmental ethics.
Question: What factors should be considered in formulating a precise hypothesis and planning an experiment to test its validity in a scientific investigation?
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