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Outcome Survey for NIST Summer Institute for Middle School Science Teachers

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Outcome Survey for NIST Summer Institute for Middle School Science Teachers
Writer
2012-07-31
2026-10-25
complete

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NIST Summer Institute: Post-survey for Non-participants [insert school year]





Please take the time to complete this survey on your experience as a teacher during the current school year. Your feedback is truly valuable to the administrators of the NIST Summer Institute program and the data will be kept strictly confidential. Data will be used solely for the overall evaluation of the program and program improvement purposes.

Teachers who complete the survey will receive a $25 gift card from amazon.com in appreciation for their time. The survey should take 20 minutes to complete.

If you have any questions, please contact Melissa Bryce at Westat. She can be reached by phone at (240) 314­2588 or by email at [email protected].

OMB Control No. 0693­0033
Expiration Date: 02/29/2012


NOTE: This collection of information contains Paperwork Reduction Act (PRA) requirements approved by the Office of Management and Budget (OMB).  Notwithstanding any other provisions of the law, no person is required to respond to, nor shall any person be subject to a penalty for failure to comply with, a collection of information subject to the requirements of the PRA unless that collection of information displays a currently valid OMB control number.  Public reporting burden for this collection is estimated to be 20 minutes per response, including the time for reviewing instructions, searching existing data sources, gathering and maintaining the data needed and completing and reviewing the collection of information.  Send comments regarding this burden estimate or any aspect of this collection of information, including suggestions for reducing this burden, to the National Institute of Standards and Technology, Attn: Susan Heller-Zeisler, [email protected], 301-975-3111.  
NIST Summer Institute: Post-survey for Non-participants

Teacher Consent Form


As part of the evaluation of the NIST Summer Institute, Westat, the program’s external evaluator, is conducting this survey to document the teaching practices and beliefs of program applicants.

Participation in this activity is voluntary, but the information gained from the survey will be of great value to NIST as it refines its program to best meet the needs of middle school science teachers. Information collected through the survey will be strictly confidential and used solely for research purposes. Only aggregate findings will be included in the final report. No findings will be connected to individual teachers. The information collected will not be shared with other school personnel or used as part of a performance evaluation.

1. If you agree to participate in the survey, please check the following box and complete the survey.

fec

I have read the information on this screen and understand what my participation involves. I consent to participating in the survey as part

of the NIST evaluation.

NIST Summer Institute:  Post-survey for Non-participants

---------------------------------


2.Please enter your ID number in the space below (your ID number can be found  in the email with the link to this survey).


ID Number:

NIST Summer Institute:  Post-survey for Non-participants





3. In what grade did you spend the majority of your time teaching science during the current school year? (Select one.)

mlj
6th grade

mlj
7th grade

mlj
8th grade


4. If you taught science to more than one grade during the current school year, select all
additional grades that apply.


fec
6th grade

fec
7th grade

fec
8th grade

fec
I did not teach science to any additional grades
NIST Summer Institute:  Post-survey for Non-participants





5. Which subject areas did you cover in your science classes during the current school
year? (Mark one response on each line.)



Subject covered
Subject not covered
a. Biology
nmlkj
nmlkj
b. Earth Science
mlj
mlj
c. Space Science
nmlkj
nmlkj
d. Physics
mlj
mlj
e. Chemistry
nmlkj
nmlkj
f. Weather
mlj
mlj
g. Metrology*
nmlkj
nmlkj









*Metrology: is the science of measurement, embracing both experimental and theoretical determinations at any level of uncertainty in any field of science and technology. Scientific or fundamental metrology concerns the establishment of quantity systems, unit systems, units of measurement, the development of new measurement methods, realization of measurement standards and the transfer of traceability from these standards to users in society. Applied or industrial metrology concerns the application of measurement science to manufacturing and other processes and their use in society, ensuring the suitability of measurement instruments, their calibration and quality control of measurements. Legal metrology concerns regulatory requirements of measurements and measuring instruments for the protection of health, public safety, the environment, enabling
taxation, protection of consumers and fair trade.

NIST Summer Institute:  Post-survey for Non-participants





6. How prepared are you to link scientific concepts to real­world applications for each of
the subject areas listed below. (Mark one response on each line.)



Not prepared
Somewhat prepared
Moderately prepared
Very well prepared
a. Biology
nmlkj
nmlkj
nmlkj
nmlkj
b. Earth Science
mlj
mlj
mlj
mlj
c. Space Science
nmlkj
nmlkj
nmlkj
nmlkj
d. Physics
mlj
mlj
mlj
mlj
e. Chemistry
nmlkj
nmlkj
nmlkj
nmlkj
f. Weather
mlj
mlj
mlj
mlj
g. Metrology*
nmlkj
nmlkj
nmlkj
nmlkj













*Metrology: is the science of measurement, embracing both experimental and theoretical determinations at any level of uncertainty in any field of science and technology. Scientific or fundamental metrology concerns the establishment of quantity systems, unit systems, units of measurement, the development of new measurement methods, realization of measurement standards and the transfer of traceability from these standards to users in society. Applied or industrial metrology concerns the application of measurement science to manufacturing and other processes and their use in society, ensuring the suitability of measurement instruments, their calibration and quality control of measurements. Legal metrology concerns regulatory requirements of measurements and measuring instruments for the protection of health, public safety, the environment, enabling
taxation, protection of consumers and fair trade.

NIST Summer Institute:  Post-survey for Non-participants





7. How important are each of the following teaching practices to you as a science teacher.
(Mark one response on each line.)





Not Important
Somewhat
Important
Moderately
Important

Very Important

a. Using real­world examples to introduce science concepts                                     nmlkj                          nmlkj                          nmlkj                          nmlkj b. Using real­world examples to motivate student interest in science                       mlj                          mlj                          mlj                          mlj c. Connecting new science concepts to previous science concepts                           nmlkj                          nmlkj                          nmlkj                          nmlkj d. Creating analogies for scientific concepts                                                               mlj                          mlj                          mlj                          mlj e. Addressing students’ misconceptions                                                                        nmlkj                          nmlkj                          nmlkj                          nmlkj
f. Having students collect data                                                                                      mlj                          mlj                          mlj                          mlj

g. Providing direct instruction to help students understand a scientific concept
h. Asking students to compare the results of an experiment to their original predictions

nmlkj	nmlkj	nmlkj	nmlkj


mlj	mlj	mlj	mlj

i. Asking students to explain their conclusions and/or reasoning                               nmlkj                          nmlkj                          nmlkj                          nmlkj j. Increasing student interest in science careers                                                           mlj                          mlj                          mlj                          mlj k. Increasing student interest in the role of science in everyday life                          nmlkj                          nmlkj                          nmlkj                          nmlkj
NIST Summer Institute:  Post-survey for Non-participants





8. What is your level of preparedness to use the following teaching practices in your
classroom. (Mark one response on each line.)





Not prepared
Somewhat
prepared
Moderately
prepared
Very well
prepared

a. Using real­world examples to introduce science concepts                                     nmlkj                          nmlkj                          nmlkj                          nmlkj b. Using real­world examples to motivate student interest in science                       mlj                          mlj                          mlj                          mlj c. Connecting new science concepts to previous science concepts                           nmlkj                          nmlkj                          nmlkj                          nmlkj d. Creating analogies for scientific concepts                                                               mlj                          mlj                          mlj                          mlj e. Addressing students’ misconceptions                                                                        nmlkj                          nmlkj                          nmlkj                          nmlkj
f. Having students collect data                                                                                      mlj                          mlj                          mlj                          mlj

g. Providing direct instruction to help students understand a scientific concept
h. Asking students to compare the results of an experiment to their original predictions

nmlkj	nmlkj	nmlkj	nmlkj


mlj	mlj	mlj	mlj

i. Asking students to explain their conclusions and/or reasoning                               nmlkj                          nmlkj                          nmlkj                          nmlkj j. Increasing student interest in science careers                                                           mlj                          mlj                          mlj                          mlj k. Increasing student interest in the role of science in everyday life                          nmlkj                          nmlkj                          nmlkj                          nmlkj
NIST Summer Institute:  Post-survey for Non-participants





9. Approximately how often did you have students engage in the following learning
activities during the current school year? (Mark one response on each line.)




Weekly
Monthly
Annually
Never
a. Conduct investigations (e.g., doing lab activities or using manipulatives)
nmlkj
nmlkj
nmlkj
nmlkj
b. Consider a real­world problem relevant to the course and develop a plan to address it
mlj
mlj
mlj
mlj
c. Use technical passages (from news or science journals) to investigate current issues or new developments in science or technology
nmlkj
nmlkj
nmlkj
nmlkj
d. Listen to guest speakers
mlj
mlj
mlj
mlj
e. Go on field trips relevant to the curriculum
nmlkj
nmlkj
nmlkj
nmlkj
f. Investigate possible career opportunities in mathematics, science, or technology
mlj
mlj
mlj
mlj
g. Design and implement their own scientific investigation
nmlkj
nmlkj
nmlkj
nmlkj
h. Use “state­of­the­art” equipment or technologies
mlj
mlj
mlj
mlj
NIST Summer Institute:  Post-survey for Non-participants





10. Consider only science teachers within your school: How often did you do the
following with them during the current school year? (Mark one response on each line.)





1­2 times a week
1­2 times a
month

1­2 times a year	Never

a. Discuss general ideas for how to teach specific science concepts	nmlkj	nmlkj	nmlkj	nmlkj

b. Share a specific science lesson that was very effective for teaching a concept

mlj	mlj	mlj	mlj

c. Share strategies for making science accessible to all students	nmlkj	nmlkj	nmlkj	nmlkj

d. Have my classroom observed by other science teachers to demonstrate how to teach a specific science lesson, activity, or concept
e. Demonstrate a specific science lesson, activity, or concept for students in another teacher’s classroom

mlj	mlj	mlj	mlj


nmlkj	nmlkj	nmlkj	nmlkj

11. Consider only science teachers outside your school: How often did you do the
following with them during the current school year? (Mark one response on each line.)





1­2 times a week
1­2 times a
month

1­2 times a year	Never

a. Discuss general ideas for how to teach specific science concepts	nmlkj	nmlkj	nmlkj	nmlkj

b. Share a specific science lesson that was very effective for teaching a concept

mlj	mlj	mlj	mlj

c. Share strategies for making science accessible to all students	nmlkj	nmlkj	nmlkj	nmlkj

d. Have my classroom observed by other science teachers to demonstrate how to teach a specific science lesson, activity, or concept
e. Demonstrate a specific science lesson, activity, or concept for students in another teacher’s classroom

mlj	mlj	mlj	mlj nmlkj	nmlkj	nmlkj	nmlkj
NIST Summer Institute:  Post-survey for Non-participants





12. When you had a science-content question related to your teaching responsibilities
during the current school year, how often did you use the following information sources to obtain answers? (Mark one response on each line.)





1­2 times a week
1­2 times a
month

1­2 times a year	Never

a. A teaching colleague within my middle school	nmlkj	nmlkj	nmlkj	nmlkj

b. A teaching colleague at another middle school	mlj	mlj	mlj	mlj

c. A science supervisor from within my school district	nmlkj	nmlkj	nmlkj	nmlkj

d. Someone from a professional science teaching organization (e.g., NSTA)

mlj	mlj	mlj	mlj
e. A professional scientist of my acquaintance (e.g., a former professor)                  nmlkj                          nmlkj                          nmlkj                          nmlkj f. My school district’s science website                                                                           mlj                          mlj                          mlj                          mlj g. My state’s science website                                                                                         nmlkj                          nmlkj                          nmlkj                          nmlkj h. A targeted Google search                                                                                         mlj                          mlj                          mlj                          mlj i. A federal agency website (e.g., NSF, NASA, NOAA, NIST)                                    nmlkj                          nmlkj                          nmlkj                          nmlkj j. Specific science websites (e.g., Why Files, Exploratorium)                                     mlj                          mlj                          mlj                          mlj k. Other                                                                                                                            nmlkj                          nmlkj                          nmlkj                          nmlkj

13. If you selected "Other" in Question 12, please specify the "Other" information source(s)
in the space below:

5




6
NIST Summer Institute:  Post-survey for Non-participants





14. Indicate the extent to which you agree or disagree with each of the following
statements for the current school year. (Mark one response on each line.)




Strongly
Disagree

Disagree	Agree
Strongly
Agree

a. The quality of my teaching influences my students’ interest in science                                   nmlkj                    nmlkj                    nmlkj                    nmlkj b. The quality of my teaching influences my students’ achievement in science                         mlj                    mlj                    mlj                    mlj c. I continually find better ways to teach science                                                                            nmlkj                    nmlkj                    nmlkj                    nmlkj
d. I know how to motivate my students to learn science                                                                 mlj                    mlj                    mlj                    mlj

e. I influence the quality of science instruction for students outside of my own classroom
f. I am currently in a position to influence the number of my students that know about science­related careers.
g. I am currently in a position to influence the number of my students that find STEM
subjects interesting.

h. I am currently in a position to influence the number of my students that view science as being relevant to their lives.

nmlkj                    nmlkj                    nmlkj                    nmlkj mlj                    mlj                    mlj                    mlj nmlkj                    nmlkj                    nmlkj                    nmlkj mlj                    mlj                    mlj                    mlj
NIST Summer Institute:  Post-survey for Non-participants
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