
HOWDY, I'M
Ms. Ashlyn!
10th grade Advanced Chemistry; Crockett High School, Austin, TX

Ms. Ashlyn
(she/her/hers)
Certification: Composite Science Senior Grades
Bachelor of Science in Biology
About
Hi my name is Ashlyn Kelly, and I grew up in The Woodlands, TX . I am currently pursuing a Bachelors of Science in Biology and a UTeach Composite Science Teaching certificate at the University of Texas at Austin. I am Apprentice Teaching 10th grade Advanced Chemistry at Crockett High School in Austin, TX this Fall. My career objective is to teach Biology to high school students in Fort Worth, Texas. When I am not in the classroom, I enjoy reading, spending time with my loved ones, and swimming!
Teaching
Philosophy
STEM teachers hold the power to not only help their students build knowledge and understand the world around them, but they also can serve as a resource and example of what students can and are capable of achieving for themselves and their communities. I believe this is what teaching is about. My goals for my classroom are community, access, empathy, and understanding because these important influences can affect a student's thinking and perception of themselves as a learner. As a teacher, I will use collaborative, discussion-based lessons in order to achieve these goals.The socio-political theory of learning is something I would like to incorporate into my teaching. It claims that there is an unequal distribution of power throughout society that influences a person's access to resources and opportunities, achievement in schools and careers, identity within communities based on culture and language, and power given and taken. I can incorporate this theory into my teaching by emphasizing the importance of equity. This can be achieved by listening to student voices, acknowledging issues, increasing representation, offering opportunities and additional aid when needed, and advocating for inclusivity for all of my students. I will also view and share critical and culturally relevant knowledge by drawing connections between students' everyday lives, their culture, and their language.I have found that for both myself as a learner and the students I have taught, discussion and group-based learning leads to active and explorative learners. Cooperative learning is a theory influenced by Vygosky focused on knowledge building where the interests of an individual are influenced by the culture they grew up in, and this influences their development inthe world around them, social and individual behaviors, and the language they use to communicate. I can incorporate this type of learning into my lessons by creating structured groups where students perform a task that is explicitly stated and requires collaboration. Each student knows their specific role they have in order to complete the task effectively, and this encourages interpersonal and small group skills that help each student feel productive and valued as a group member. One benefit of cooperative learning is that students in structured groups showed less noncooperative behaviors, more cohesiveness and willingness to promote their peers' learning. Structured groups also promote knowledge building and discourse in order to share and improve ideas. These social and collaborative skills are important because they can help prepare students for future STEM careers and research.While teaching and observing my student’s knowledge building, it will be important to be responsive. Responsive teaching involves observing students and their common sense about how the world works in order to help them develop their reasoning in science. Due to the different backgrounds and exposures students get outside of the classroom, there may be a wide variety of experiences that might lead them to inconsistent or incorrect schemas. As a responsive teacher, it will be important for me to recognize these inconsistencies while also encouraging students to use their individual resources creatively. This can be done with formative assessments where knowledge is not solely about correction, but instead about the connection of these resources.By incorporating the socio-political theory of learning, the cooperative learning theory, and responsive teaching, I will be able to create an environment in the classroom where students feel comfortable, safe, and heard in order to share their ideas, opinions, and build knowledge. I believe that these theories and practices of teaching will best help me achieve my classroom goals.
Education
WHAT I’VE LEARNED
2019–2023
University of Texas – Austin, TX; Class of 2023
Bachelor of Science; Biology
UTeach Composite Science Senior Grades Certificate
2015–2019
Oak Ridge High School – Conroe, TX; Class of 2019
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Experience
WHERE I’VE WORKED -
Aug. 2023–Present
Crockett High School- Austin, TX, Apprentice Teacher
Feb. 2020–Present
UT Recreational Sports- Austin, TX, Facility Safety Team
Program Assistant, Head Lifeguard, Facility Safety Instructor
Sept. 2021–May. 2023
Austin ISD- Brentwood Elementary, O'Henry Middle School, Crockett High School, Austin High School
Guest Teacher
Aug. 2021– Dec. 2021
UTeach Outreach - University of Texas at Austin, After School Club Instructor
Mar. 2017–Sept. 2020
Marylin Edgar Park- Oak Ridge, TX , Aquatics
Aquatics Manager, Head Lifeguard
Skills
WHAT I BRING TO THE TABLE
Strong leadership qualities
Productive team member
Effective communicator
Positive and enthusiastic attitude
Can create meaningful, creative, and collaborative lesson plans for students
Technology: Microsoft, Google Drive, Canvas
Interests
OUT OF OFFICE
Reading
Hanging With Friends
Sewing
Swimming
Yoga
Reading
Teaching Activities

Lesson Plans
-updates weekly-
SEPT 4th - SEPT 8th
Properties and Measurement
SEPT 25th - SEPT 29th
Properties of Matter
OCT 16th - OCT 20th
the Bohr Model & Ions​
NOV 6th - NOV 10th
Electron Configuration
SEPT 11th - SEPT 15th
Properties and Measurement
OCT 2nd - OCT 6th
History and Structure of the Atom
OCT 23rd - OCT 27th
Expanding on Atoms
NOV 13th - NOV 17th
Electron Configuration
Classifying Matter
SEPT 18th - SEPT 22nd
OCT 2nd - OCT 6th
Atomic Theories & the Bohr Model
OCT 30th -Nov 3rd
Atomic Theory Review & Exam
NOV 27th - DEC 1st
Electron Configuration