Applied Science Fundamentals
Earners of the Applied Science Fundamentals credential have demonstrated knowledge and competence in scientific fundamentals needed for careers in laboratory and quality assurance and quality control positions. The curriculum covers principles such as adhesion, atomic structure, electron behavior and orbital models, hydrogen bonds, hydrolysis, and introductory organic chemistry concepts. Competency is assessed via a combination of written examinations and hands-on demonstration of the skills.
- Type Learning
- Level Foundational
Skills
- Adhesion
- Atomic Structure
- Carbohydrates
- Carbon Skeletons
- Chemical Reactions
- Cohesion
- Covalent Bonds
- Dehydration Synthesis
- Electron Behavior
- Electron Orbital Model
- Hydrogen Bonds
- Hydrolysis
- Ionic Bonds
- Isotopes
- Lipids
- Molecular Shapes
- Molecules And Compounds
- Nucleic Acids
- Organic Chemistry
- Organic Functional Groups
- Periodic Table And Organismal Elements
- pH
- Phosphodieser Linkages
- Protein Folding
- Protein Organization
- Proteins
- Redox Reactions
- Solvents
- Specific Heat
- States Of Water
- Van Der Waals Interactions
- Vaporization
Earning Criteria
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Learners are trained using industry-standard methods and experiments to gain familiarity and competence with key techniques, instruments and equipment. The course leverages remote learning innovations including synchronous and asynchronous laboratory training with faculty and graduate assistants. Upon completion of the online modules, learners are trained and assessed on key industry competencies through facilitated, hands-on learning both at home and in a traditional laboratory setting.
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Learners are assessed via a lab practical exam that evaluates the learners' competency on each skill. In order to earn the digital credential, learners must score at least 80% on each skill assessed.