I
have created a personalized social justice action plan, centered around
literacy, designed specifically for my future English learners. My plan
addresses how I will tackle this, as a future teacher of English learners, will
addresses developing critical literacy skills to help increase academic
literacy. This is an issue of social justice because students who cannot master
academic English are at a clear disadvantage in being able to compete in the
workplace in the future and are less likely to be successful in accomplishing
their goals. English language learners, in particular, have a difficult time
mastering academic English. Additionally, English learners usually are very
adept at mastering the use of English in social settings, leading teachers to
overestimate their understanding of new material. Increasing the literacy of
English learners and perhaps even motivating them to engage with reading
independently will make it more likely that they will understand new, complex,
and abstract material.
This blog showcases what I've learned through student teaching and my coursework at CSUSM as I work towards my single subject teaching credential in biology.
Monday, October 22, 2012
Wednesday, October 17, 2012
Brain-Based Learning and Teaching Strategies
Take
Home Message:
Learning experiences are
student-centered, active, engaged, and varied
Episodic:
· Based on location
· Replicating the situation helps jog memory (even
clothing the teacher was wearing)
· Placement in groups
· Bulletin boards
· Change arrangement of desks periodically
· Movement; field trips
· Classroom environment
· Make the learning unique
Procedural:
· Repeated movements to do something (dance, lab,
lifting weights)
· Lab procedures
· Movement, debate, role playing, song
· Hands-on manipulatives
Automatic:
· Memories triggered by association
· Responsible for storing alphabet, multiplication
tables, decoding words
· Songs repetition
· e.g. Pythagorean Theorem to “Pop Goes the Weasel”
· Review—structured through written work or group work
with product
Emotional:
· Most powerful
· Be enthusiastic about content
· Make learning “joyful”
· Teach the “So what?”
· Recreate the scene
· Play devil’s advocate
· Find contradictory material and hold a debate
· Role-playing, plays, skits
· Music
· Celebrations
· Give students choices, independent work, ownership,
sense of control
· Give students break
· Group work; social experiences
· Create a warm, supportive class community of students
who respect and value each other
Semantic:
· Handouts
· Graphic organizers
· Text
· Notes
· Direct instruction
· Tell them what to write down (prioritize)
Other
(Multiple Memory Lanes):
· Create cognitive dissonance (element of surprise
engages the brain more)
· Discrepant Events
· Devil’s advocate
· Debate
· Controversial issues
· Surprising results
· Give students ownership/sense of control
· Choices
· Independent work
· Teach students about their brains (memory and
processing skills)
· Guide them to discover their unique learning style
· Teach life skills
· Group work
· Hands-on projects; Art
· Creating a song, dance, skit, play, movie
· Games
· Oral presentations
· Class discussions
Tuesday, October 16, 2012
521 Blog Post #2: The Adolescent Brain and Lesson Planning
The Teenage Brain and Lesson
Planning
The human brain doesn't stop
developing until at least 25 years of age. In addition, the brain is an organ
with a great deal of plasticity, meaning that the brain is constantly
restructuring itself in response to various stimuli in the environment. Stimuli
can vary widely and include: exercise, stress-levels, sleep, mood, hormones,
and, yes, school. Teens have a reputation for impulsive behavior, taking risks,
testing authority, extreme self-consciousness (at the expense of being open to
other perspectives), and a persistant to drive to seek independence. Unlike the
adult brain, the prefrontal cortex of the teenage brain is still developing. Since
this region of the brain is resposnible for decision-making, inhibition of
risky behavior, and appropriate social interaction, this may explain, in part,
the strong drive for teenagers to engage in these behaviors.
As a teacher, I can help shape the brains
of my students by modeling and explicitly teaching how to collaborate in groups
and form a class community. Not only will this help students develop
socialization skills, but it will establish a warm and supportive class
community where every student feels respected and valued. The brain learns best
in a low-stress environment in order to support students as they take risks,
make mistakes, and learn from their mistakes. I can present different
perspectives to my students from the content, from my past experiences as a
scientist, and from the students. I can also design my lesson plans to fun,
interesting and focused on the students. I want the students to have ownership
in what they do to teach them how to be independent and how to handle
responsibility. Having ownership in what students learn by giving them choices
in topics they learn about, assignment due dates, or test formats empowers the
student to have control over their learning. The lessons will be structured
around hands-on activities in groups. Students enjoy socializing and can group
activities can help develop productive cooperativity and communication. In
addition, students learn best by doing something your hands. I learned science
the best when I was in the lab doing experiments. I want to duplicate this
experience for my students.
Engage the Students, Activate the
Learning
With everything in mind about the
teenage brain, one important goal I have as a teacher is to strengthen neuronal
connections to help commit new content to long-term memory storage. This in
mind, my lessons must first captivate the interest of my students and their
teenage brains. I begin with an anticipitary set to connect student background
to the new content. I also begin with a brief review of the previous lesson, helping
students understand the connections between different lessons. For my lesson on
photosynthesis and cell respiration, we will review the concept of energy and
ATP from the lesson before. Then, we will watch a short, 2:00 video about the
ocean, phytoplankton, and photosynthesis, followed by a discussion of how
phytoplankton supplies the oxygen for every other breath we breathe.
Accessing Memory Lanes and Lesson
Planning
We are more likely to remember something if we've seen it in
several different ways. This builds connections between neurons, providing the
brain with multiple pathways to access the same memory. During adolescence, the
brain undergoes remodeling, decreasing the amount of gray matter, where neurons
and synapses (the spaces between neurons) are housed. Scientists believe this
is because weak neuronal connections are pruned, while strong neuronal
connections are strengthened, similar to defragging your computer or organizing
your filing cabinet. As a teacher, I need to teach the content in short chunks
and in a variety of ways in order to increase the likelihood that students will
remember it. Most importantly, I need to help students understand how the content
I’m teaching in the classroom is relevant to them in real-life. In addition,
graphic organizers, music, movement, teacher enthusiasm, humor, music, and
games are all techniques I plan on using in order to activate several different
areas of my students’ brains to help them remember how photosynthesis and cell
respiration are similar and how they are different. Specifically, having
students construct posters in groups that compare and contrast photosynthesis
and cell respiration would be an activity that would include many of the ideas
listed above.
Sunday, October 14, 2012
511 Blog Post 2: Revised Classroom Management Plan
Introduction:
My
educational philosophy is most closely aligned to “Existentialism”. Existentialism
focuses on each individual student. As a teacher, my role is to guide them down
the right path to valuable new learning experiences. Self-discovery is critical
in existentialism. Students are
challenged to explore questions and discover new concepts. Teachers provide
students with support to help them probe deeper into a topic to enhance their
understanding, as opposed to simply giving students the answer. Students must
understand new concepts by applying their own, personal meaning, using their
own background and previous real-life experiences. Students’ opinions and ideas
are not only respected, but encouraged. Students learn to respect different
trains of thought and are exposed to many different perspectives when involved
in class discussion, such as a debate about the pros and cons of human cloning.
For instance, in biology, this can be applied most easily through hands-on
activities, such as inquiry-based labs, where students are challenged to
formulate their own questions, design their own experiments and explore
different explanations.
The
existentialism educational philosophical view influences my approach to
classroom management in several ways, which will be discussed in detail below. In
order to achieve this classroom environment, I will implement a classroom
management strategy that uses a combination of discipline plans. For instance,
I will use a corrective approaches outlines in Canter’s “Assertive Discipline”
plan, but I will balance this with Kagan’s “Win-win strategies”, where students
and teacher work together to create a positive learning environment (Kagan,
2004). In “win-win discipline”,
“responsible behavior grows when teacher and student work together to cocreate
effective discipline solutions” (Kagan, p. 151, 2004). However, I am also
influenced by Charles’ focus on preventative strategies in “Synergetic
Discipline” and Albert’s “Cooperative Discipline” plans. Overall, my goal is to
create a positive and supportive classroom environment where students feel
respected, valued, and comfortable sharing ideas and asking questions and
taking risks to be willing to try new things and make mistakes.
Preventive Approaches:
Similar to
C.M. Charles “Synergetic Discipline” plan, my classroom management plan
concentrates heavily on prevention (Charles, 2010). Preventive measures
pro-actively remove common motivators of misbehavior. When planning is done
carefully and correctly, disciplinary issues are minimalized because students
have no reason to cause class disruptions. Concentrating on prevention by
creating a positive learning environment and developing an exciting and
engaging curriculum is closely aligned with the existentialism philosophy
because students are motivated to learn through self-discovery.
1. My classroom environment can be
structured in a way that provides a warm, nurturing learning environment. I
will arrange students in groups to foster collaborative group work. By building
a positive, comfortable environment and allowing students to build a community
within my classrooms, students will feel more willing to participate in solving
problems and engage in the material (Kohn, 2008).
2. To give students a sense of ownership
and build a class community, class rules will be decided on, as a class, on the
first day of school. In Kagan’s “Win-Win discipline”, “class rules are
agreements worked out cooperatively by teachers and students,” (Kagan, p. 154, 2004).
Giving students a voice and encouraging them to share their ideas is one of the
principles of the existentialism educational philosophy. Consequences for each
rule will also be planned and voted on, as a class. My expectations for the students
and the students’ expectations for me as a teacher will also be discussed as a
class and posted.
3. In addition to classroom environment
and class rules, one of my responsibilities as a teacher is to make the
curriculum fun and engaging for my students. This is one of the main ideas
presented in William Glasser’s, “Noncoercive Discipline” model (Glasser, 1985).
The content will be presented in a way that is relevant to students and is
connected to their interests and backgrounds. Many activities, labs, and
projects will be planned where students can work together in groups to
“self-discover” biological concepts in exciting ways.
4. Remove causes of misbehavior. Students
may be tempted by distractions, such as cell phones, notes, and toys. For
instance, I had to remove a pile of toothpicks, leftover from a previous lab,
when a student began building shapes and pictures out of them instead of
working on his test.
5. Make learning goals achievable and
the assignments doable so that students experience academic success and
positive learning experiences. This can be accomplished by pre-teaching the
content, using presentations or class discussions. In addition, the teacher can
support student learning with supports, such as visual aids, handouts, and
graphic organizers.
6. Get to know the students to build
student-teacher relationships. Focus on listening to your students. Involve the
parents. Some teachers even make home visits to better understand her students
(Baeder, 2010). This builds trust and makes the students feel included,
creating a positive classroom atmosphere. In addition, the teacher can better
design the lessons around student background, interests, and needs. Finally,
the teacher can guide the student to understand which learning styles work
best.
Supportive Approaches:
Teachers use
supportive management approaches when they reward positive behavior. By
ignoring minor infractions and focusing on exemplary students who model correct
attitudes and behaviors, the whole class benefits. Many discipline plans
emphasize focusing on rewarding positive behaviors and not focusing on minor
infractions by swiftly correcting misbehaviors and moving on. Focusing on
positive behaviors will allow students to have increased self-esteem. As a
result, they will be more comfortable in the classroom and more willing to take
risks to challenge themselves. This is an essential part of existentialism:
fostering a supportive classroom environment so that students are willing to
explore and try new things.
1. We will also spend time during the
first week getting to know each other. I will continue to learn about my
students and engage my students in group projects throughout the year. Fostering
a class community means that teachers work with students to bring about
classroom synergy (Charles, 2010).
2. Nelson’s and Lott’s “Positive
Discipline” plan emphasizes building teacher-student relationships at the
beginning of the year (Nelson & Lott, 2008). I want to become familiar with
each of my students as individuals and also help build relationships between
students. Getting to know each of my students will help me identify their
learning styles and difficulties, allowing me to differentiate according to the
needs of my students. I expect to effectively teach a diverse class, composed
of many cultures, English-language learners, and students with learning
disabilities.
3. Give students choices and include
them in decision-making processes when possible. Although I touched on this
above (“Prevention”), students can be offered a wider range of choices than
just rule-making. Including students in decision-making is part of many
different discipline strategies, but is clearly discussed in Kohn’s “Beyond
Discipline (Kohn, 2008). For instance, students can have a voice in their
choice of assignments, assignment due dates, and seating preferences. When
possible, I want my students to choose from a small list of topics to learn
about or activities to do.
4. Focus on model behavior and ignore
(minor) misbehaviors. By pointing out exemplary behaviors to the class,
students learn which behaviors to mimic. For instance, I might bring to the
class’s attention that a particular student put forth extra effort on an essay
by praising that student publicly or showing the essay on the projector so
everyone can learn from it.
5. Use student’s preferred “currency” to
motivate them (Jackson, 2010). Whereas teachers idea of good behavior and
academic success may be a quiet classroom and high grades, a student may put
more value in what their peers think of them and if the subject matter relates to
them personally. By adapting and reaching a common, middle ground, the teacher
can better motivate the students to focus their energy on the learning goals. For
instance, turning an individual writing assignment into a group competition may
drive the students to work harder on the assignment.
6. Give students frequent reminders and
feedback (Crowe, 2011). Actively help the students tempted to misbehave
opportunities to redirect their behaviors. For instance, reminding a student
who tends to forget his homework daily reminders (written on the board) and a
graphic organizer will give him support and help improve his behaviors in a
supportive manner.
Corrective Approaches:
When
students are not meeting expectations or are behaving in a way that disrupts
the learning of the class, immediate and appropriate corrective action must be
taken. My approach will be firm and consistent, yet fair, non-confrontational,
and void of emotions, such as anger. There will be clear-cut consequences
spelled out and posted on the wall (see “Preventive”). I really like some of
the principles described in Canter’s “Assertive Discipline”, such as the
“Disciplinary Hierarchy”, which explains a graded set of consequences for
misbehaviors. Students have choices, and
they make choices in their behaviors (Canters, L. & M., 2008). There are
expectations and rules for students (just as there are expectations for the
teacher), and there are consequences for student behavior (good and bad). The
consequences of failing to follow a rule will be voted on together by teacher
and students at the beginning of the year. The teacher’s responsibility is to
enforce these consequences consistently, appropriately, and fairly throughout
the year.
1. After discussing and posting the
rules and consequences on the first day of class, use a graded consequences, or
a “disciplinary hierarchy” to consistently, but fairly, correct misbehaviors. Using
a set of disciplinary hierarchy is derived from Canters’ L. & M. “Assertive
Discipline” plan where a disciplinary hierarchy is set, explicitly taught,
posted, and followed consistently with all students (Canters, L. & M.,
2008). At my site, our “hierarchy” is:
a. 1st offense—warning
b. 2nd
offense—time-out/discussion with teacher/call home
c. Referral
2. Use appropriate praise when possible,
particularly to students who have recently misbehaved. Find opportunities to
praise students who have misbehaved to recognize positive behavior (Canters, L.
& M., 2008). Praise publically so successful students can be models for
other students.
3. Use the negative consequences
sparingly. Discipline must not interfere with motivation to learn. Misbehaviors
are seen as teachable moments, where as a teacher, I can use the misbehavior to
help the student identify her problem. Consequences are logical and immediate. (Curwin,
R., and Mendler, A., 1989). In my classroom, we use a type of “conventional
consequence” when we send a student away until he is ready to participate”.
4. When using corrective measures,
respect student’s dignity by maintaining student privacy. Teacher can use proximity
control, “give the eye”, talk with the student privately, or after class, or
even “send a secret signal”. (Albert, 1989).
5. Help students see what they did
wrong. Give students ownership of the problem they created. Help them find ways
to solve these problems. (Coloroso, 2008).
6. Don’t make too big of a deal over
minor mistakes (Jackson, 2010). In addition, show students who have made a
mistake, a clear path so they have an opportunity to redeem themselves.
7. The teacher should ask herself and
the student, “Why are you acting this way?” (Crowe, 2011). This engages the
teacher to consider how the student’s background is motivating the behavior and
also allows the student to use self-reflection, a metacognitive skill, in order
to learn from his mistakes.
Conclusion:
Through a
balance of nurturing support and high expectations, my goal is to engage
students in the exciting field of biology, while teaching them important life
skills that will help them develop into self-regulating, autonomous adults. My
goal is to teach them to self-correct themselves and build a community where
learning is a priority, and the motivation for misbehavior is low. Not only
does having an effective classroom management plan foster better learning, but
it also builds class cohesion, community, and respect as well as a personal
sense of commitment and responsibility. These are tools that will help students
become successful adults, no matter what career they choose.
References:
· Albert, L. (1989). Belonging and
Cooperation. In Cooperative Discipline.
(pp. 93-99). PA: American Guidance Service.
· Baeder, A. (2010). Stepping into
Students’ Worlds. Educational Leadership.
67(5), 56-60.
· Canters, L & M. (2008).
Discipline through assertive tactics. In Building
Classroom Discipline. (9th ed., pp. 65-69). New Jersey: Pearson.
· Charles, C.M. (2010). Discipline
through synergy and reducing causes of misbehavior. In Building Classroom Discipline. (10th ed., pp. 245-262).
New Jersey: Pearson.
· Coloroso, B. (2008) Inner
Self-Control. In Building Classroom
Discipline. (9th ed., pp. 99-104). New Jersey: Pearson.
· Crowe, C. (2011). When students get
stuck: Using behavior agreements. Educational
Leadership. 68, online.
· Curwin, R., &
Mendler, A. (1999). Discipline through dignity and hope for challenging youth.
In Discipline with Dignity (2 ed., pp.
168-183). Alexandria, VA: Assn for Supervision & Curriculum.
· Gordon, T. (2004) Discipline through
inner self-control. In Building Classroom
Discipline. (8th ed., pp. 79-84). Boston: Allyn and Bacon.
· Jackson, R. (2010). Start where your
students are. Educational Leadership.
67(5), pp. 6-10.
· Jones, F. (1987). Positive Classroom Discipline. Santa
Cruz, CA: Fredric H Jones &
Assocs.
· Kagan, S., Kyle, P., and Scott S. (2004).
Discipline through same-side win-win strategies. In Building Classroom Discipline. (8th ed., pp. 151-165).
New Jersey: Pearson.
· Kohl, P. (1992). I won’t learn from
you! Rethinking Schools. 7(1).
· Kohn, A. (2008). Beyond Discipline. In
Building Classroom Discipline. (9th
ed., pp. 84-89). New Jersey: Pearson.
· Nelsen, J. and Lott, L. (2008). Encouragement
and support. Discipline through belonging, cooperation, and self-control. In Building Classroom Discipline. (9th
ed., pp. 104-109). New Jersey: Pearson.
Saturday, October 13, 2012
Infographics
I have a feeling, this blog will be very helpful in doing this assignment for 511:
http://langwitches.org/blog/2010/06/16/infographics-what-why-how/
http://langwitches.org/blog/2010/06/16/infographics-what-why-how/
Monday, October 8, 2012
Accurate (i + 1) Assessment for English learners (555)
*Note--This summative assessment is a vocab quiz designed to be given after the lesson, "Intro to the Cell", my SDAIE lesson plan for EDSS555.
"Intro to the Cell" Vocabulary Quiz
Directions: Choose the most appropriate word based on the
definition provided.
1)
This type of cell has a nucleus with DNA inside.
a)
prokaryote b)
eukaryote c) endocytosis d) exocytosis
2)
This type of cell has no nucleus and is the smallest
living organism.
a)
prokaryote b)
eukaryote c) endocytosis d) exocytosis
3)
This process involves cells excreting waste and
other products.
a)
prokaryote b)
eukaryote c) endocytosis d) exocytosis
4)
This process involves cells absorbing particles
into the cell.
a)
prokaryote b)
eukaryote c) endocytosis d) exocytosis
5)
Small structural units of function within a
cell; much like organs.
a)
organelle b)
chlorophyll c) thylakoid d) stroma
6)
Green pigment molecule in plant cells. It’s used in photosynthesis.
a)
organelle b)
chlorophyll c) thylakoid d) stroma
7)
Dark jelly-like liquid found in the chloroplast
where the Calvin Cycle occurs.
a)
organelle b)
chlorophyll c) thylakoid d) stroma
8)
Green, coin-shaped disks in the chloroplast
where the Light-Dependent Reactions occur.
a)
organelle b)
chlorophyll c) thylakoid d) stroma
9)
The process by which eukaryotic cells transform
sugar and oxygen into energy, water, and carbon dioxide.
a)
diffusion b)
osmosis c) Photosynthesis d) Cellular Respiration
10)
The process by which plant cells transform
light, water, and carbon dioxide into sugar and oxygen.
a)
diffusion b)
osmosis c) Photosynthesis d) Cellular Respiration
a)
diffusion b)
osmosis c) Photosynthesis d) Cellular Respiration
12)
The diffusion of water across a semi-permeable
membrane.
a)
diffusion b)
osmosis c) Photosynthesis d) Cellular Respiration
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