Finally getting to that last post. Are there any students who do have IEPs in the block that I observe? Yes, there is one student. What sort of accommodations? After talking with the special education teacher and seeing the IEP, the is to be given more time for heavy writing tasks. The student is also to be given all notes relevant to the class. If asked for, materials can be read to the student. All writing tasks that are considered "heavy" are to be done on the computer.
This class does have some writing, so on the larger projects like scientist biography, power plant reports, I imagine this student did get extra help and/or time. Also, I have seen the "accommodated" test in which the teacher reduces the number of questions on writing it out type problems and the number of responses by one on multiple choice (usually the misleading or most distracting foil) leaving the student still needing to do the basics of the concept and have to chose between a right answer and popular misconceptions.
The special ed teacher did inform me that the teachers are very good about providing the notes. It is generally the student who loses them or forgets to pick them what. What happens then? In the emergency, it is printed off for them to use. Generally there is a spare copy or left over from the initial handouts so the student is provided the information needed to comply with their IEPs.
Wednesday, May 1, 2013
Sunday, April 21, 2013
Technology in the Classroom
Welcome to technology in the classroom where once again, we try to see what can be manufactured forced upon us and hopefully it will help students learn. Observations on what I saw that people would consider technology: There is a single computer, an Apple laptop that is the teachers hooked to a pair of speakers and an Epson projector. There is a cart full of iPads in the school that can be reserved for specific days. By chance I did see that there are Vernier probes but I'm guessing that is limited to just the teacher and a select few other computers in the school. While this school has a state policy of no cell phones out during class, there is soft enforcement of this rule and one student did look up the term "sublimation" to see that it was real. The enforcement comes when a student is using the phone more for a distraction than as a tool to find information.
Other tech that is tech but is not so obvious. There are white boards and magnets holding up papers. Each student has a calculator, pencil, paper. There is the lab equipment from fish tanks, beakers, laser pointer, light boxes, DC current boxes, etc that I have observed. Technology exists, it just isn't always Star Trek but it isn't necessarily Grog the Caveman bashing a stone down on something either. There's a spectrum and it runs pretty wide in this classroom.
Other tech that is tech but is not so obvious. There are white boards and magnets holding up papers. Each student has a calculator, pencil, paper. There is the lab equipment from fish tanks, beakers, laser pointer, light boxes, DC current boxes, etc that I have observed. Technology exists, it just isn't always Star Trek but it isn't necessarily Grog the Caveman bashing a stone down on something either. There's a spectrum and it runs pretty wide in this classroom.
Sunday, April 7, 2013
Safety First
"And remember, safety first!" Miss Jenny Sodor Construction Co. Thomas and Friends
Welcome to the obligatory science class topic on safety or how not to lose your eye, or in this case a student's eye get sued and have to test your liability shield of your union and district. I joke, but to me, safety has been there hand in hand since I started back in the mid-90s whether being the goggle-guy, helping with waste disposal, or serving professionally as the contact person for EHS to do audits on things like fume hoods (*cough cough Neal*), chemical inventory, biohazardous wastes, or even radioactive material pick up and disposal. At any one point in my career I probably was responsible for more EPA, DOT, and DOE regulations than anyone possibly realized. But today it is about the school and what is done.
First let's talk about general safety. The school is locked. You can't get in except through a buzzer at the front door. You must sign in at the office (well you don't, but they'll run after you if you skip that step). Backpacks are banned given the reason of being a fire hazards. Student traffic in the halls is kept to a minimum. Attendance is taken so the location of students is known.
Room Safety Features
The room is divided in half. The cabinets are all locked. The prep room is where the actual chemicals are stored long term. There really isn't anything beyond some hydrochloric acid in there, and that is diluted (~3M?) and that is taken from the upstairs 11th grade chemistry class. Most everything is household or kitchen items. Inventory is informal. Orders/MSDS are received as needed. There is a master gas control in the prep room and another emergency gas shut off iin the front "teacher"s bench. Goggles are required when chemicals are in use in the back half of the room (law). Most everything is flushed down the drain due to very dilute.
There are three doors (2 to the hallway, 1 to the preproom) if needed for escape. There is a fume hood (about where the camera is located for the picture above). There is also a safety shower and 2 eye wash stations on the first bench on the left and right sides.
Tuesday, March 26, 2013
Current Events II: HHMI Puts out Call for Proposals
The Howard Hughes Medical Institute (HHMI) has put out a call for proposals for funding the training of STEM teachers according to a new report. This is going to be an expansion of an already existing program, National Math and Science Iniativive (NMSI) UTeach program. This is essentially a pilot program that Texas-Austin started. It sounds very similar to the way thigns are done in the TEP here at Iowa however.
What makes this my science education article? It is the fact that it is all about the training and results. They talk about retention rates in the pilot program of close to 70% in math and science where the normal attrition rate is 50%! Now that is something to look at. Of course, why is it that a four year degree and a teacher ed program works while something like Teach for America gives 50% rates?
Impressive things to me is HHMI. They don't throw money at things unless you get results on somethings. I have seen HHMI labs (and pilfered their supplies when they weren't looking shhhhhhhhhh) they are all about compliance, hoops, publishing, graduating, and "achieving".
Troubling facts to me about this whole thing. Doing anything that originated in Texas. NCLB. 'Nuff said. Bill and Melinda Gates Foundation haven't found enough underqualified people in the classroom yet. The Dell foundation is gonna be broke soon. Exxon and Lockheed Martin obviously are in it as a pipeline to fill their workforce, but for all the evil they do they at least are stepping up and saying math and science are important (even if used against us).
What makes this my science education article? It is the fact that it is all about the training and results. They talk about retention rates in the pilot program of close to 70% in math and science where the normal attrition rate is 50%! Now that is something to look at. Of course, why is it that a four year degree and a teacher ed program works while something like Teach for America gives 50% rates?
Impressive things to me is HHMI. They don't throw money at things unless you get results on somethings. I have seen HHMI labs (and pilfered their supplies when they weren't looking shhhhhhhhhh) they are all about compliance, hoops, publishing, graduating, and "achieving".
Troubling facts to me about this whole thing. Doing anything that originated in Texas. NCLB. 'Nuff said. Bill and Melinda Gates Foundation haven't found enough underqualified people in the classroom yet. The Dell foundation is gonna be broke soon. Exxon and Lockheed Martin obviously are in it as a pipeline to fill their workforce, but for all the evil they do they at least are stepping up and saying math and science are important (even if used against us).
Student Observation
This was the week that creeped me out the most as an adult. To litterally stare or observe one single minor for 90 minutes, even to try and observe their behavior just isn't exactly easy for a 36 year old to do with respect to 14 year olds. I lucked out in that it was a test and not a typical class period. I felt I could best observe a student or two without them feeling that I was staring through them to figure out what was going on in their very active hormonal driven brains. I observed one male student who I sit right beside.
To aid me I made an ethogram, which is used in behavioral biology. I essentially observe for a given time, choose relevant major behaviors, and than go back and re-observe and record the amount each of those behaviors occurs.
Staring: Blindly staring off test paper for more than 10 seconds
Pen Cap Closing: Taking cap of pen, putting it on
Notebook closing: Taking out notebook, looks up information, closes it
Notebook flopping: Taking closed notebook and flipping it over
Other: Behaviors observed not found to be repeated.
The student is easily distracted, staring off into space. He frequently places the cap on and off of his pend. He's distracted by the hallway traffic even though he is on other side of the room by a window (which is out to a field). His notes are transferred because the handwriting in the notebook doesn't match the writing on the test. I do know that he is a good drawer. The artwork on certain structures they are being tested over is not as good as his own work that I have seen him do and other students have asked him to reproduce for their notes. His handouts/assignments are disorganized and really slowing him down. He does use the assignments to model and find similar problems for his test. Drawing ray diagrams seems to give him more focus as all behaviors except test taking seem to go away. His nose starts to run, but he returns quickly nad gets right back to work. He appears confused (facial expression). He does seem to fold his hands in prayer/mediation as if that will enable him to finish/know the answers. He does have an internal clock begins asking how much time with about 15 minutes or so to go in class.
To aid me I made an ethogram, which is used in behavioral biology. I essentially observe for a given time, choose relevant major behaviors, and than go back and re-observe and record the amount each of those behaviors occurs.
Behavior
|
Staring
|
Pen
Cap Closing
|
Notebook
closing
|
Notebook flopping
|
Other
|
Occurrences
|
6
|
7
|
8
|
15
|
7
|
Staring: Blindly staring off test paper for more than 10 seconds
Pen Cap Closing: Taking cap of pen, putting it on
Notebook closing: Taking out notebook, looks up information, closes it
Notebook flopping: Taking closed notebook and flipping it over
Other: Behaviors observed not found to be repeated.
The student is easily distracted, staring off into space. He frequently places the cap on and off of his pend. He's distracted by the hallway traffic even though he is on other side of the room by a window (which is out to a field). His notes are transferred because the handwriting in the notebook doesn't match the writing on the test. I do know that he is a good drawer. The artwork on certain structures they are being tested over is not as good as his own work that I have seen him do and other students have asked him to reproduce for their notes. His handouts/assignments are disorganized and really slowing him down. He does use the assignments to model and find similar problems for his test. Drawing ray diagrams seems to give him more focus as all behaviors except test taking seem to go away. His nose starts to run, but he returns quickly nad gets right back to work. He appears confused (facial expression). He does seem to fold his hands in prayer/mediation as if that will enable him to finish/know the answers. He does have an internal clock begins asking how much time with about 15 minutes or so to go in class.
Student Interview
The last time I was at my practicum school I took advantage of a unit test to accomplish two lingering blog posts. This post will deal with an interview of two young men (I had to look up at them and I'm 6'1"!!!). They had finished their test early and were looking at their next long term project on the wall, a list of historical physicists, chemists, and a variety of female scientists not named Curie.
One thing I learned, teenagers guard syllables more than a goblin guards gold at Gringot's Bank on Diagon Alley. Monosyllabic speech is an art form at that age and these two guys were masters. While I admit to not being the best interviewer (most of my experiments never talked back except for a couple of crickets and even then I had to coax them with a faux cricket recorded earlier).
When I could bribe them to speak in complete sentences of yes or know I had found out the same thing:
What do they like best about this class and science learning?
Answer: they are given an explanation or some background. They than do an activity generally by the next block. They enjoy that the hands on activity does relate back to the topic and is not just some buy work project.
What has been their favorite activity/thing about the class?
First both expressed that this teacher is their favorite for this year. Having read their student handbook, the first 2 years at this school are highly planned out in terms of requirements. There is wiggle room for electives (foreign language, band, choir etc) but most students have to take 6 subjects out of 8 possible blocks with little to no choice over who teaches it. Next their favorite activity was burning the food and calculating the "food calories" to the printed box calories. Having done that myself, flaming Cheetos cashews and marshmallows is a fun thing (of course one questions the wisdom of giving 14 year olds fire).
What do they like least?
They can be overwhelmed by terms, formulas and procedures. They have open note/open book tests. The students feel that they have no means of organization and are left to fend for themselves in that regard. They are struggling and just don't seem to know where to begin.
When I could bribe them to speak in complete sentences of yes or know I had found out the same thing:
What do they like best about this class and science learning?
Answer: they are given an explanation or some background. They than do an activity generally by the next block. They enjoy that the hands on activity does relate back to the topic and is not just some buy work project.
What has been their favorite activity/thing about the class?
First both expressed that this teacher is their favorite for this year. Having read their student handbook, the first 2 years at this school are highly planned out in terms of requirements. There is wiggle room for electives (foreign language, band, choir etc) but most students have to take 6 subjects out of 8 possible blocks with little to no choice over who teaches it. Next their favorite activity was burning the food and calculating the "food calories" to the printed box calories. Having done that myself, flaming Cheetos cashews and marshmallows is a fun thing (of course one questions the wisdom of giving 14 year olds fire).
What do they like least?
Monday, March 11, 2013
Time Frame of Lessons
Well during my discussions I have learned that my cooperating teacher has pretty much decided he has the freedom to go with what he wants when. He does have a system where he progresses through things in an organized manner.
I believe I missed a unit on how light energy is captured by the retina. I came in on a unit on how energy specifically wind, solar, nuclear, and coal (through fossil fuels) is than converted to electricity. They are now in a unit on waves and sounds. He says he is not following any standards but is using examples he has gotten from the book, developed and refined over time, stolen from other places etc. He'll finish the year with chemistry. So there is long term and medium term planning evident. I don't see enough day to day operations and the time so far has been too brief to ask about short term planning, but I do know it's timed about down to the week (about 2-3 days due to block schedules). tomorrow I do know the students will be taking their unit test on waves, and the next time I'll see them may not be till April and the midst of chemistry due to Spring Breaks of both their school and Iowa.
I believe I missed a unit on how light energy is captured by the retina. I came in on a unit on how energy specifically wind, solar, nuclear, and coal (through fossil fuels) is than converted to electricity. They are now in a unit on waves and sounds. He says he is not following any standards but is using examples he has gotten from the book, developed and refined over time, stolen from other places etc. He'll finish the year with chemistry. So there is long term and medium term planning evident. I don't see enough day to day operations and the time so far has been too brief to ask about short term planning, but I do know it's timed about down to the week (about 2-3 days due to block schedules). tomorrow I do know the students will be taking their unit test on waves, and the next time I'll see them may not be till April and the midst of chemistry due to Spring Breaks of both their school and Iowa.
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