Decided that to sharpen the saw I would try at least two nights a week to get outside with my two year old Nikolai. Sounds funny to have to plan it, but it's easy after dinner to start the dishes, gold that laundry, check the email... and all of a sudden it's bath time!! Week one was a success some walks, park time and today biking, running a lap at the local track and some soccer in the front yard!!
I really wanted to post a pic and video but can't figure it out!! It says something about that my administrator of the email account does not allow it... Technology...
Wednesday, May 29, 2013
Saturday, May 25, 2013
ER--NGISED SDAWKCAB
" ER NGISED SDAWKCAB"--Any quesses?
RE-DESIGN BACKWARDS. That's what I need to do with ALL my UNITS.
It seems overwhelming... but my plan is to sit down with the standards and write a list of the major units that I cover. Then try to come up with 1-3 enduring understandings for each of them. If I can't do that, then I shouldnt be teaching the unit... or the unit is not worth saving... or it should be combined with another.
When that is done I would like a list of AT LEAST 3 LABS or HANDS-ON activities that I use to teach the enduring understandings and if I cant do that... I need to spend time making it happen. Its one thing to teach but to teach science students have to do science, scientifically... meaning ask a question, do a test, come to a conclusion, plan what's next.
Am I really looking at two things on my TO DO list that are going to take up my whole summer?
Most likely.
RE-DESIGN BACKWARDS. That's what I need to do with ALL my UNITS.
It seems overwhelming... but my plan is to sit down with the standards and write a list of the major units that I cover. Then try to come up with 1-3 enduring understandings for each of them. If I can't do that, then I shouldnt be teaching the unit... or the unit is not worth saving... or it should be combined with another.
When that is done I would like a list of AT LEAST 3 LABS or HANDS-ON activities that I use to teach the enduring understandings and if I cant do that... I need to spend time making it happen. Its one thing to teach but to teach science students have to do science, scientifically... meaning ask a question, do a test, come to a conclusion, plan what's next.
Am I really looking at two things on my TO DO list that are going to take up my whole summer?
Most likely.
MY "NEW" SENSED NEED
I guess my biggest concern in my classroom is that I don't feel like the students THINK like scientists.
It sounds weird... I can't put my finger on it but they just miss the concept of "THINKING SCIENTIFICALLY" about what to conclude after an experiment and what to do NEXT!
Is it because they are not that engaged in what we are doing in class? Maybe.
Is it that the content does not seem relevant to their daily life? Perhaps.
Or is it something bigger? I'm thinking so.
Is what I am missing in my science classes just an overall lack of CRITICAL THINKING skills all together? Is scientific thinking really just critical thinking in disguise? Damn you Tony Wagner.
Great... I have my answer... what's wrong in my classes is a lack of critical thinking.
Now what can I do about solving the problem?
I need to "scientifically" think on that one for awhile. (ha ha)
It sounds weird... I can't put my finger on it but they just miss the concept of "THINKING SCIENTIFICALLY" about what to conclude after an experiment and what to do NEXT!
Is it because they are not that engaged in what we are doing in class? Maybe.
Is it that the content does not seem relevant to their daily life? Perhaps.
Or is it something bigger? I'm thinking so.
Is what I am missing in my science classes just an overall lack of CRITICAL THINKING skills all together? Is scientific thinking really just critical thinking in disguise? Damn you Tony Wagner.
Great... I have my answer... what's wrong in my classes is a lack of critical thinking.
Now what can I do about solving the problem?
I need to "scientifically" think on that one for awhile. (ha ha)
LIST of MY AR CONCLUSIONS
AR Conclusions:
1. Collecting data is certainly worth it, but it can yield far different results then one originally intended.
2. Low-achieving students will not retake tests but they might fix answers for points back.
3. I need to consider a re-testing policy for my classroom.
4. Students can easily score themselves on level on engagment during a small amount of class time. 5. Students they are very aware of the academic choices they are making on a daily basis. They choose.
4. Students can easily score themselves on level on engagment during a small amount of class time. 5. Students they are very aware of the academic choices they are making on a daily basis. They choose.
6. Level of engagement may be indicative of their grade. This is intriguing to me.
7. 45% of my students do not study outside of class time but 90% work hard during class time.
8. Students worked in groups 70% of the time during my 5 weeks of data collection.
From here, I am interested in figuring out which style of teaching gets my students the highest levels of active engagement. Are groups a factor? And would a high level of student engagement then correlate strongly with higher grades and academic success? If I can get my students more engaged then could I raise their grades?
Sunday, May 5, 2013
PULL IN THE... EMERGENCY GENERATOR! "WE'VE LOST POWER!"
I
feel like “The Little Engine that Could!” Seriously on a daily basis. I
generate. I do there is no denying it. I have a backup generator if my
original generator fails. A plan in my head before I get to school and
then the actual plan that just “comes out” as the bell rings based on
student needs and behavior and attitudes. First and foremost I use the
revised Minnesota Science Standards to plan which units I will (or
should) cover. This is my second year with the revised standards and I
already know I am going to have to leave a few things out. Second I
correlate the standards with student textbook chapters to see what fits
and what is missing, boring, or left out.
To
generate student notes I spend time reading and re-reading the student
textbooks to draw out the “best or most valid” information that I feel
the students need to know to understand the units and standards. Then
the real work begins as I get the creative juices flowing on how to go
about teaching an ACTUAL lesson to re-teach the information to the
students. I don’t lecture nearly as often as I used to… and never two
days in a row. Never the whole hour. Maybe 25-30 minutes. It drags I
know… Sometimes I use the SMART BOARD but really I feel like that is
just something else that I don’t really have time for yet. I still use
the OVERHEAD for notes believe it or not. I like the lights off (half
off really.) I like sitting down for once… it calms my
students—otherwise I never sit or stop. I like COLOR-CODING for them and
actually SPENDING TIME writing the notes WORD-for-WORD. I know its
old-fashioned but again it slows me down. I am facing the students. I
can see their eyes. PowerPoints work sometimes but I tend to speed
through them like a run-away train!
So,
it’s me presenting info and then me generating some “fun,” creative way
for the students to review or use the information from the previous
day. A poster, a skit, a project, a worksheet. A lab if at all feasible,
something for them to cut out, or draw, or fill in. Manipulation of
material and facts. Honestly… its exhausting. I feel like I am
connecting the information but really my students are NOT making true
connections and links between units or lessons. I need to re-vamp what I
am doing and I know that. More time for questions… more discussion and
learning from one another...less answers provided to the students. I
wonder...will this ever be ANY easier? I am realizing that I thought it
would… but I was wrong.
I think I can, I think I can... Can I? Should I? Am I the only one pulling? 10 yrs uphill...
DOUBLE VISION
MY
VISION and MISSION STATEMENT… after YEAR ONE
Part
One:
One year of my masters program has certainly helped my shape
and re-define what my vision and mission is as a 21st century
science educator. Through my time spent with other educators on the weekends
and the reflective practices from month to month I have come to see my role and
career in a whole new way.
My
current BELIEF statements about teaching are:
1.
Students learn best when actively engaged and guided in the discovery of
knowledge
2. Science
is a hands-on discipline and lab work is an essential component
3.
Teachers must intentionally plan collaborative lessons and include focus on
student process
4.
Students must be challenged to inquire, question, communicate, and use critical
thinking skills
5.
Technology should be incorporated as needed and used to promote and enhance
learning goals
Part
Two:
Where do our ideals come from? Are they innate, something we
are born with? Do they come from our environment and our experiences with it?
Or are they perhaps a combination of both nature and nurture? I am truly hoping
it’s the latter. I believe that no educator goes into even one day of teaching
hoping and planning to do a bad job… but there is always room for improvement.
I feel that I could use improvement in many areas and taking time to reflect on
my past, present and future has helped me visualize and see the continued
changes necessary for my career as an educator.
PAST…
Growing up teachers lectured. Students listened, recorded
notes, and took the test. There was no complaining there was no misbehaving and
there was little change from this pattern. Good teachers gave interesting
lectures and examples and good students listened carefully and studied
diligently to master material presented to succeed on multiple choice exams.
Rote memorization and facts were reality and this repeated procedure came to
be…expected. Type A personalities don’t like change. That’s me. This is my
background, my history, my prior knowledge. This is how I constructed knowledge
and what I assumed being a teacher would be… just successfully repeating this
lecture pattern again and again. I went
to college. In fact I went to college for seven years and things were the same.
Scientific really.
When I got my first job I worked hard every day preparing my
lectures, recording them in notebooks and re-writing them for students on the
board. I didn’t necessarily plan on this
style… it was what I assumed I was to be doing. I changed jobs after five years
and moved to a district that had more than one science teacher. I saw what
others were doing, but really just continued doing what I thought was the best.
I was growing, somewhat. I incorporated a lot of study and note taking skills
into my daily practice because students were lacking and struggling in those
areas. I worked hard on scientific vocabulary and good strategies for content
area reading. I upgraded to using the SmartBoard and began using YouTube for
live video clips of concepts I was covering with students. In fact this would
be how I would describe where I am presently.
PRESENT…
After nine years of teaching I know a lot of things. I am
good at classroom management and discipline. I know my students well and my
district. I am very familiar with my science standards and the content I am
expected to cover throughout the course of the year. I have specialized in the
elective courses I like and have a pretty good following in both marine biology
and anatomy. I am a good lecturer, have passion and enthusiasm for my content
and teaching in general and enjoy dissections. I know how to prepare a good
test and differentiate where needed for student success. I know where to go
when problems arise and how to communicate effectively with parents and
administrators. In fact, before starting my master’s program I was “pretty
comfortable” with myself and my teaching in general. But… one year of masters
weekends … I now know that my
curriculum is… expected. I now know that lecture is boring
and frowned upon. I can see my students struggling to stay engaged in
what I am saying… even though I am enthusiastic about saying it. They know
vocabulary but don’t understand concepts. They pass tests but really struggle to
“do” science. I can feel the change that is necessary. God it’s SO apparent I
am almost drowning in guilt and overwhelmed by fear of what is to come. I have
to throw away everything I have. Pitch it. Purge it. Start again. Start new.
Holy shi*!!!
FUTURE…
I need to redesign ALL my units…backwards. Asking
essentially: “What do I want students to be able to do and demonstrate?” I need to teach them how to think and analyze
critically. To give them opportunities TO DO science… not just talk about it!
Labs and hands-on activities need to be the starting and focus point for my
teaching followed closely by connecting concepts with collaborative teamwork
and student-led discussion. I have to plan what the STUDENTS are going to do,
not what I am going to say or teach them. I have to change the way I think
about teaching and strive to be a facilitator for my students guiding them
through the standards almost by surprise, by inquiry. One day can be completely
separate from the next. I can see the integration of concepts and overlapping
of ideas and scientific skills. Students must be asking questions and setting
up their own experiments to answer their questions. I need to invest my prep
time working on developing my own questioning skills and gathering up labs, lab
materials, and equipment! To research new units, case studies, discussion and
application questions!
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