Pre-A&P

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Badges

What are badges and why should I care?

Pre-A&P Foundations in Science (BIO 095) is a course that allows you to earn digital microcredentials called badges. Badges are an emerging phenomenon in education and professional training that demonstrates mastery of specific concepts and skills. Badges can be collected for self-motivation and can be shared to show others your accomplishments.

badgr logoThis course uses badges awarded by the course director, Dr. Kevin Patton, through the Badgr system. Badgr is a “open badge” system that is linked to your Canvas course. Because the badges are “open,” they can be viewed and shared outside of Canvas as well.

Please explore the rest of this page to learn more about these badges.

FAQs

Where can I find specific criteria for Pre-A&P badges?

Keep scrolling down, or just click here: Badge Criteria.

Where do I find my badges in the Pre-A&P course?

Click Badges in the left Course Navigaton Menu. If the menu is not visible, click the Course Navigation Menu button at the top:  navigation menu button
The Badgr Leaderboard shows your progress in earning badges compared to others in the course. In the Leaderboard, all student names (except yours) are replaced with silly names to protect privacy. You can choose to display your real name to others in the Leaderboard by unchecking the privacy box in the upper left: Badgr leaderboard privacy checkbox

Another way to see your badges is to click the Badge link with in each module on the course Home page or Module page: badge module entry

How do I download or share my badges in a badge backpack or on social media?

Your badges from Pre-A&P are automatically added to your Badgr Open Badges Backpack if you linked it to your account at Badgr

Open the Badges course menu link (described above) to download your badges to add to social media or to an Open Badges backpack such as Mozilla Backpack or Open Badge Passport.

How do I get more help with badges?

Badger Support (lots of questions answered here!)

Pre-A&P Badges

Science Basics badgeModule 1 Badge:
Science Basics

To earn this badge, learners must complete Module 1, scoring a B or better on the module test. This badge demonstrates mastery of these learning objectives:

Explain scientific methodology used in human sciences

  • demonstrate competent use of scientific terminology
  • demonstrate a working knowledge of metric (SI) units of measurement
  • explain the scientific method, including development of theories
  • interpret scientific graphs, tables, diagrams, and charts
  • define life from a biological perspective
  • describe the main levels of biological organization

Intro Chemistry badgeModule 2 Badge:
Introduction to Chemistry

To earn this badge, learners must complete Module 2, scoring a B or better on the module test. This badge demonstrates mastery of these learning objectives:

Apply basic concepts of chemistry to human sciences

  • describe the essential structural components of matter
  • explain the main types of attractions among atoms
  • describe the chemical properties of water in the body
  • define pH, use the pH scale, define acid, base, neutral, and buffer in terms of pH

Biological Chemistry badgeModule 3 Badge:
Biological Chemistry

To earn this badge, learners must complete Module 3, scoring a B or better on the module test. This badge demonstrates mastery of these learning objectives:

Demonstrate familiarity with biologically important macromolecules

  • describe polymerization and define monomer
  • list categories and examples of carbohydrates, lipids, proteins, nucleic acids (and related molecules)
  • give examples of hybrid molecules
  • list important functions of each major type of macromolecule in the human body

introduction to Cells badgeModule 4 Badge:
Introduction to Cell Biology

To earn this badge, learners must complete Module 4, scoring a B or better on the module test. This badge demonstrates mastery of these learning objectives:

Describe the basic structure and function of human cells

  • describe the generalized human cell, including cytoplasm, nucleus, membranes, and organelles
  • list important organelles found in human cells, describing the basic structure and function of each
  • list and describe major types of cell junctions
  • describe the extracellular matrix and list its main functions
  • describe the life cycle of the cell, including major phases of interphase, mitosis, and cytokinesis

Cell Transport badgeModule 5 Badge:
Cell Transport

To earn this badge, learners must complete Module 5, scoring a B or better on the module test. This badge demonstrates mastery of these learning objectives:

Explain how substances are transported across cell membranes

  • distinguish between active and passive forms of transport
  • define key terms related to solutions (e.g., solvent, solute) and diffusion (e.g., permeant, permeable)
  • describe simple and facilitated diffusion
  • distinguish between mechanisms of channel-mediated diffusion and carrier-mediated diffusion
  • describe osmosis and osmotic pressure and their effects on human cells
  • distinguish between cotransport (symport) and countertransport (antiport)
  • describe mechanisms of vesicle-mediated transport

Getting Energy badgeModule 6 Badge:
Getting Energy

To earn this badge, learners must complete Module 6, scoring a B or better on the module test. This badge demonstrates mastery of these learning objectives:

Explain how cells get energy

  • describe the structure of ATP and its role in the cell energy cycle (ATP cycle)
  • define metabolism and contrast catabolism with anabolism
  • describe the basic structure of the cell’s metabolic pathway for transfering energy from nutrients, distinguishing between aerobic and anaerobic pathways
  • describe the role of enzymes in metabolic pathways
  • describe glycolysis
  • describe the citric acid cycle
  • explain the role of the electron transport system
  • describe the overall energy budget when transferring energy from glucose to ATP

Protein Synthesis badgeModule 7 Badge:
Making Proteins

To earn this badge, learners must complete Module 7, scoring a B or better on the module test. This badge demonstrates mastery of these learning objectives:

Outline how cells use the genetic code to make proteins

  • describe how information is encoded in the structure of DNA and RNA
  • describe transcription and editing of a protein-coding gene
  • outline the process of translating a gene transcript to produce a protein
  • describe the signifcance of genetic mutations in protein synthesis
  • describe the basic mechanisms for regulating gene expression
  • identify the locations of DNA in a human cell and of the main steps of protein synthesis

Introduction to Human Genetics badgeModule 8 Badge:
Introduction to Human Genetics

To earn this badge, learners must complete Module 8, scoring a B or better on the module test. This badge demonstrates mastery of these learning objectives:

Explain basic principles of human inheritance

  • define genetics and genomics in terms of biological inheritance
  • describe meiosis and contrast it with mitosis
  • explain what a gamete is and why it must be haploid
  • identify Mendel’s role in the history of genetics
  • define key terms of genetics: gene, trait, allele, homozygous, heterozygous, dominant, codominant, recessive, genotype, phenotype, carrier, mutation, deletion, duplication
  • define the Law of Segregation
  • define the Law of Independent Assortment
  • describe hybridization, including monohybrid and dihybrid crosses
  • interpret Punnett squares and pedigrees
  • describe the concept of sex-linked traits
  • distinguish btween nuclear and mitochondrial inheritance
  • describe chromosomal and point mutations and their role in inheritance
  • explain how traits can be inherited by epigenetic mechanisms

Introduction to Tissues badgeModule 9 Badge:
Introduction to Tissues

To earn this badge, learners must complete Module 9, scoring a B or better on the module test. This badge demonstrates mastery of these learning objectives:

Describe the structure and function of the four basic tissue types in the body

  • describe the structure and function of the extracellular matrix
  • describe how epithelial tissues are classified by layers and cell shape
  • explain how cellular junctions (desmosomes, gap junctions, tight junctions) play a role in epithelial structure
  • distinguish between the apical and basal surfaces of epithelial cells
  • list major functions of epithelial tissues in the body
  • describe the general structure and function of connective tissues as a group
  • compare and contrast elastic fibers and collagenous fivers
  • identify the major types of connective tissue and give distinguish them by structural characteristics
  • list and describe the three main types of muscle in the body, distinguishing them by structure and location
  • define syncytium and describe its functional importance in the heart
  • describe the two main types of cells in nervous tissue
  • define synapse

Body Structure badgeModule 10 Badge:
Human Body Structure

To earn this badge, learners must complete Module 10, scoring a B or better on the module test. This badge demonstrates mastery of these learning objectives:

Explain the basic body plan of the human organism

  • explain why anatomical terminology is more accurate than plain English for describing human body structure
  • describe the anatomical position in human anatomy
  • use correct anatomical terminology to describe direction in the body
  • identify the major types of anatomical planes in the body
  • explain how organs are grouped into systems for biological study
  • identify the functions and major organs of each of the eleven major organ systems of the human body

Pre-A&P course completion badgeCourse Completion Badge:
Pre-A&P Foundations in Science

To earn this badge, learners must complete ten cumulative review modules, scoring a B or better on the comprehensive final exam. This badge demonstrates mastery of these learning objectives (details listed above):

  • explain scientific methodology used in human sciences
  • apply basic concepts of chemistry to human sciences
  • demonstrate familiarity with biologically important macromolecules
  • describe the basic structure and function of human cells
  • explain how substances are transported across cell membranes
  • explain how cells get energy
  • outline how cells use the genetic code to make proteins
  • explain basic principles of human inheritance
  • describe the structure and function of the four basic tissue types in the body
  • explain the basic body plan of the human organism
  • work independently in a self-paced online course and succeed in taking online tests and exams

SCC students:
BIO 095 is an acceptable prerequisite course
for BIO 250 (A&P 1)

Last updated: June 25, 2017 at 15:43 pm