Open Access. Powered by Scholars. Published by Universities.®
Physical Sciences and Mathematics Commons™
Open Access. Powered by Scholars. Published by Universities.®
- Keyword
-
- Charter school (2)
- IMSA (2)
- Illinois (2)
- Illinois Mathematics and Science Academy (2)
- Residential high school (2)
-
- Advanced Chemistry (1)
- Biochemistry (1)
- Chemistry (1)
- Constructivism (1)
- Curriculum (1)
- Gender (1)
- Learning environment (1)
- Motivation (1)
- Motivational factors (1)
- Physics (1)
- Problem solving (1)
- SSLs (1)
- STEM (1)
- Standards of Significant Learning (1)
- Student surveys (1)
- Teaching method (1)
- Transfer skills (1)
- UIUC (1)
- Underrepresented minorities (1)
- University of Illinois (1)
- Women (1)
- Publication
- Publication Type
Articles 1 - 10 of 10
Full-Text Articles in Physical Sciences and Mathematics
Case Study Of A Successful Educational Partnership: University Of Illinois At Urbana-Champaign And The Illinois Mathematics And Science Academy, Dave Devol
Faculty Publications & Research
This article describes partnerships between an NCSSSMST member institution and a research university and the use of student-generated survey data as a means of both professional self-reflection and asking further questions. As a chemist, I have been trained to write in the style of scientists, and in fact I teach a course at the Illinois Mathematics and Science Academy on the methods of science and scientific writing. This article is intentionally not written in a scientific style; rather is written to convey a story of how a partnership between institutions naturally progressed into my current area of research into motivational …
Increasing Interest Of Young Women In Engineering, Diane Hinterlong, Branson Lawrence, Purva Devol
Increasing Interest Of Young Women In Engineering, Diane Hinterlong, Branson Lawrence, Purva Devol
Publications & Research
The internationally recognized Illinois Mathematics and Science Academy (IMSA) develops creative, ethical leaders in science, technology, engineering and mathematics. As a teaching and learning laboratory created by the State of Illinois, IMSA enrolls academically talented Illinois students in grades 10 through 12 in its advanced, residential college preparatory program. IMSA also serves thousands of educators and students in Illinois and beyond through innovative instructional programs that foster imagination and inquiry. IMSA also advances education through research, groundbreaking ventures and strategic partnerships.
Session E-4: Teach Students Robotics!, Pat Patankar
Session E-4: Teach Students Robotics!, Pat Patankar
Professional Learning Day
In this session, we will discuss how to introduce your students to Robotics. We will talk about the programing environment, the hardware that is required, and the resources you'll need to get your program up and running. We will discuss how to acquire them. A number of them are free - and others can be obtained by the students themselves (in fact they may already have what they'll need!).
Session D-4: Teaching Quantum Mechanics, Peter Dong
Session D-4: Teaching Quantum Mechanics, Peter Dong
Professional Learning Day
Quantum mechanics is a part of modern life, playing a major role in chemistry, computing, nanotechnology, cryptography, and even biology. Many students are fascinated by the principles of quantum mechanics - and wave-particle duality is now in the Next Generation Science Standards. This course will present a basic introduction to quantum mechanics, accessible to middle or high school students, that will give students a taste of how strange and wonderful the universe really is (while also meeting the new standard). Teachers will be given slides and materials so they can teach the lesson themselves.
Session F-4: Modeling An Earthquake In Your Classroom, Brian Grublesky
Session F-4: Modeling An Earthquake In Your Classroom, Brian Grublesky
Professional Learning Day
Teachers will model earthquakes using both technology and hands-on inquiry activities. Teachers will have a chance to engineer an “earthquake proof” building and use the engineering process to test and redesign their buildings before being tested on a shake table. We will also discuss how these activities connect not only to the Next Generation Science Standards, but the Common Core State Standards as well.
Session B-2: Build Student Engagement, Mental Math, And Reasoning With "Math Talks", Sendhil Revuluri
Session B-2: Build Student Engagement, Mental Math, And Reasoning With "Math Talks", Sendhil Revuluri
Professional Learning Day
"Math talks" are quick routines that you can implement in your classroom within days. They can raise engagement, build efficient, accurate, and flexible mental math strategies, and help students construct arguments and critique reasoning. We will engage in math talks, analyzing how they can be enacted in the classroom and designed for specific goals or respond to specific misconceptions. Participants will learn about math talks that support understanding of number, algebra, and other domains.
Session B-1: Geometry In Art & Architecture, Julie Dowling
Session B-1: Geometry In Art & Architecture, Julie Dowling
Professional Learning Day
Math is all around us! Discover how to implement geometry lessons using art and architecture that the students see around them every day.
Session B-5: Planetary Science And The Ngss, Eric Hawker
Session B-5: Planetary Science And The Ngss, Eric Hawker
Professional Learning Day
The goal of this session is to use what we understand about other planets and moons in our Solar System in order to get a better understanding of the Earth.
Session A-2: Cycloids!, Ruth Dover
Session A-2: Cycloids!, Ruth Dover
Professional Learning Day
This session includes a hands-on exploration to see graphs of different types of cycloids. Participants will use trigonometry to create the parametric equations for the graphs. This topic lends itself nicely to projects for pre-calculus students. Software will be shown to help see more examples and patterns.
Developing Transfer Skills In A Biochemistry Class, Jeong V. Choe
Developing Transfer Skills In A Biochemistry Class, Jeong V. Choe
Faculty Publications & Research
Students seem to struggle with transferring prior knowledge if the new problem they are given is in a different form from the way they learned the material. The process of transfer can be identified by four components: 1) recognizing the similarity between the old and new contexts; 2) identifying the potential of a certain skill or concept that has worked in the past, to give solutions to new problematic situations; 3) mental testing of the application of the potential solution; and 4) an attempt to apply the skill or concept to a new context (Georghiades 2000). These four components are …