CAMMP day - mathematical modeling day
| What: | Learners experience authentic application of mathematics, gain insight into current research fields, and model mathematically. The workshops offer an action-oriented look at problem-solving strategies in numerous STEM professions and fields of study. See below for a detailed description of the topics offered. |
| Who: | Middle or high school classes/courses (depending on topic choice). See the table below for information on necessary prior school mathematics knowledge. |
| When: | 2 - 4 double sessions, block session (can be spread over several days upon request). |
| Where: | Online, at school or university |
| How: | Work in small groups, interim discussions in plenary, supervision by research assistants |
| Contribution to expenses: | Free of charge |
| Registration: | Dates and concrete planning can be arranged individually via this form. |
| Access: | Would you like to conduct a CAMMP workshop yourself in class? We will provide you with the teaching and learning material at any time for use in your own lessons. Here you will find all information about the use of the material. |
Support innovative material development with your school classes
We are currently looking for teachers who are willing to participate with their school classes in one of three new developed workshops on various AI topics. The workshops are supported by an accompanying evaluation. Through your participation, you actively contribute to the evidence-based further development of innovative teaching concepts in the field of AI. If you would like to receive more information or participate in a workshop with your school class, please feel free to send us an email at cammp∂scc.kit.edu or use our registration form directly at: https://www.cammp.online/206.php.
Highlights
| Topic | From class | Previous knowledge | central contents | |
 |
Image classification and machine learning | 10 | Vectors | vectors, scalar product, distance point to planes in normal form, artificial intelligence |
 |
Netflix and artificial intelligence | 10 | concept of functions, differential calculus, systems of linear equations | handling of data, artificial intelligence |
 |
Solar energy |
8
|
pairs of angles, ray theorems, function concept |
Geometry, trigonometry, angle relations in triangle, renewable energies, integration, optimization |
 |
Social networks | 7 | tree diagrams (sum and path rule) | measures of location, measures of dispersion, boxplots, two-stage random experiments, probability theory, handling data and social media |
 |
Word suggestions and artificial intelligence | 10 | absolute and relative frequencies, probabilities and random experiments | stochastic processes, conditional probabilities, weighted average, language and artificial intelligence |
all workshops
| Theme | From class | Previous knowledge | central contents | |
 |
Activity recognition and artificial intelligence | 11 | Euclidean distance (3D), vectors, magnitude of a vector | metrics, acceleration, artificial intelligence |
 |
Automatic composition | 10 | absolute and relative, conditional probability, probability distributions | concept of probability, stochastic processes, artificial intelligence |
 |
Encoding | 7 | Prime numbers, variables, written division/division with remainder | Caesar encoding, RSA encoding, prime numbers, modulo arithmetic, sensitive handling of data |
 |
Fitness tracker | 9 | Concept of functions | Function equations, trigonometric functions |
|
Image classification and artificial intelligence | 10 | Vectors, planes in R3 | vectors, scalar product, distance point to planes in normal form, artificial intelligence |
|
Netflix and artificial intelligence | 10 | Concept of functions, differential calculus, systems of linear equations | handling of data, artificial intelligence |
 |
Shazam | 9 | Function concept | Function equations, trigonometric functions, signal processing |
|
Solar energy |
8
|
Angle pairs, ray theorems, function concept |
Geometry, trigonometry, angle relations in triangle, renewable energies, integration, optimization |
|
social networks | 7 | tree diagrams (sum and path rule) | measures of location, measures of dispersion, boxplots, two-stage random experiments, probability theory, handling data and social media |
|
Word suggestions and artificial intelligence | 10 | absolute and relative frequencies, probabilities and random experiments | stochastic processes, conditional probabilities, weighted average, language and artificial intelligence |
School year 7
| Topic | From class | Previous knowledge | central contents | |
|
Encoding | 7 | Prime numbers, variables, written division/division with remainder | Caesar encoding, RSA encoding, prime numbers, modulo arithmetic, sensitive handling of data |
|
social networks | 7 | tree diagrams (sum and path rule) | measures of location, measures of dispersion, boxplots, two-stage random experiments, probability theory, handling data and social media |
School year 8
| Topic | From class | Previous knowledge | central contents | |
|
Encoding | 7 | Prime numbers, variables, written division/division with remainder | Caesar encoding, RSA encoding, prime numbers, modulo arithmetic, sensitive handling of data |
|
Social networks | 7 | tree diagrams (sum and path rule) | position measures, scatter measures, boxplots, two-stage random experiments, probability theory, handling data and social media |
|
Solar energy | 8 | pairs of angles, ray theorems, function concept | Geometry, trigonometry, angle relations in triangle, renewable energies, integration, optimization |
School year 9
| Topic | From class | Previous knowledge | central contents | |
|
Encoding | 7 | Prime numbers, variables, written division/division with remainder | Caesar encoding, RSA encoding, prime numbers, modulo arithmetic, sensitive handling of data |
|
Fitness tracker | 9 | Function concept | Function equations, trigonometric functions |
|
Shazam | 9 | Function concept | Function equations, trigonometric functions, signal processing |
|
Solar energy |
8 |
pairs of angles, ray theorems, function term |
Geometry, trigonometry, angle relations in triangle, renewable energies, integration, optimization |
|
Social networks | 7 | tree diagrams (sum and path rule) | position measures, scatter measures, boxplots, two-stage random experiments, probability theory, handling data and social media |
School year 10
| Topic | From class | Previous knowledge | central contents | |
|
Automatic composition | 10 | absolute and relative frequencies, conditional probability, probability distributions | concept of probability, stochastic processes, artificial intelligence |
|
Encoding | 7 | Prime numbers, variables, written division/division with remainder | Caesar encoding, RSA encoding, prime numbers, modulo arithmetic, sensitive handling of data |
|
Fitness tracker | 9 | Concept of functions | Function equations, trigonometric functions |
|
Image classification and machine learning | 10 | Vectors | vectors, scalar product, distance point to planes in normal form, artificial intelligence |
|
Netflix | 10 | Concept of functions, differential calculus, systems of linear equations | dealing with data, artificial intelligence |
|
Shazam | 9 | Concept of function | Function equations, trigonometric functions, signal processing |
|
Solar energy |
8 |
Angle pairs, ray theorems, function concept |
Geometry, trigonometry, angle relations in triangle, renewable energies, integration, optimization |
|
Word Suggestions | 10 | absolute and relative frequencies, probabilities and random experiments | stochastic processes, conditional probabilities, weighted average, language and artificial intelligence |
School year 11
| Topic | From class | Previous knowledge | central contents | |
|
Activity recognition and artificial intelligence | 11 | Euclidean distance (3D), vectors, magnitude of a vector | metrics, acceleration, artificial intelligence |
|
Automatic composition | 10 | absolute and relative frequencies, conditional probability, probability distributions | concept of probability, stochastic processes, artificial intelligence |
|
Encoding | 7 | Prime numbers, variables, written division/division with remainder | Caesar encoding, RSA encoding, prime numbers, modulo arithmetic, sensitive handling of data |
|
Fitness tracker | 9 | Concept of function | Function equations, trigonometric functions |
|
Image classification and machine learning | 10 | Vectors | vectors, scalar product, distance point to planes in normal form, artificial intelligence |
|
Netflix | 10 | concept of functions, differential calculus, systems of linear equations | handling of data, artificial intelligence |
|
Solar energy |
8 |
pairs of angles, ray theorems, function concept |
Geometry, trigonometry, angle relations in triangle, renewable energies, integration, optimization |
|
Word suggestions | 10 | absolute and relative frequencies, probabilities and random experiments | stochastic processes, conditional probabilities, weighted average, language and artificial intelligence |
Sources of the images:
| Activity Recognition | https://br.atsit.in/de/wp-content/uploads/2021/05/so-sehen-sie-in-der-fitness-app-fur-das-iphone.jpg |
| Automatic composition | https://pixabay.com/illustrations/musik-anmerkungen-klang-musical-3929277/ |
| Encoding | https://unsplash.com/de/fotos/matrix-film-standbild-iar-afB0QQw |
| Fitness tracker | https://pixabay.com/de/photos/smartwatch-gadget-technologie-smart-828786/ |
| Image classification and machine learning | https://pixabay.com/de/illustrations/tech-kreis-technologie-abstrakt-3041437/ |
| Shazam | https://pixabay.com/de/vectors/equalizer-schlagen-tanz-fiesta-mp3-153212/ |
| Solar energy | https://pixabay.com/de/photos/solarstrom-california-solar-strom-1742186/ |
| social networks | https://pixabay.com/de/photos/menschen-google-polaroid-pinterest-3175027/ |
| Word suggestions | https://unsplash.com/photos/ik_AuIWeBBM |