Course Description EDD 421: "Directed teaching consists of a teaching internship in a selected classroom for a full term under the direction of an experienced teacher. Includes a brief period of observation followed by several weeks of responsible teaching including the writing, implementing, and evaluation of lesson plans using University-approved practices." - Source
Course Description EDD 424: "This course draws upon the resources found in the directed teaching environment. Students will consider problems and issues in four broad areas: students in the school, the teacher's professional responsibilities, curriculum understandings, and administrative/organizational problems." - Source
This is a sample lesson plan I had written for in-person instruction aimed at introducing the terminology associated with karyotypes and allowing students to practice using karyotypes to diagnose patients. In this, students had to be able to identify chromosomal abnormalities from a karyotype and properly diagnose based on the chromosome number the error occurred on. Students were allowed numerous opportunities to ask questions and practice these concepts.
This is a sample in-person lesson plan I had written for instruction aimed at student mastery of using Punnett squares to determine offspring genotypes and phenotypes probabilities. On this occasion, a competition was used to encourage student engagement in the activity.
This is a sample lesson plan written for a day of (covid induced) virtual instruction during my student teaching placement. Students were engaged in answering questions from the final exam study guide. Then, students' knowledge was tested using a Kahoot game I developed. Overall, the production of this lesson plans show my ability to be flexible as an educator as the shift to virtual instruction was sudden.
This was an activity designed to help students understand meiosis and thus patterns of inheritance in real life. For this activity, students were paired up and given an envelope filled with paper chromosomes (14 pairs total; 7 pink and 7 blue). Students had to identify homologous pairs based on the length and gene combinations on each chromosomes, and place them in the appropriate bubble (Mom or Dad). Then, students demonstrated the random assortment of chromosomes by randomly selecting one chromosome from each pair to be donated to the baby. Once this was complete, students once more identified the new homologous chromosomes in the baby, and then answered a series of questions to explain the new combinations. Lastly, using the unique gene (allele) combinations on each chromosome pair students drew their ending result baby.
In this activity, students used multiple genetics concepts to ultimately build a creature. Initially, all parents were considered to be heterozygous for each trait. Students were paired up and were randomly assigned to represent Mom's and Dad's genes. Students then simulated the random separation of alleles by using a coin toss to determine which allele each parent would pass onto their baby creature. Heads represented the dominate allele and tails represented the recessive allele. Once the baby's genotype was determined, students compared the results to a pre-made table in order to determine the baby's phenotype for each trait. In this, students were able to see when simple Mendelian genetics was used, along with concepts like codominance and incomplete dominance. Students then constructed their baby using paper, tape, and coloring pencils. Finally, students answered a series of analysis questions based on the activity to demonstrate their understanding of the genetics processes involved. Overall, this was a two day activity that served as a fun way for students to explore the genetics concepts through first-hand experience.
This project was developed to create a sense of routine in my classroom, and thus ultimately became part of my classroom management. Each day, the daily welcome slide would be projected on the board when students walked in. It consisted of the date, agenda, kick-starter, learning goals, and announcements. In this way, students know exactly what to expect each day in terms of what they are doing, what they should be able to do by the end of class, what they should be doing when the bell rings, and any announcements they may need to know of. After a few days of practice, students quickly picked up on this routine. All in all, implementing this routine supported my classroom management skills because it allowed students to take responsibility over what was expected of them each day.