JW_SCoolLAB_tutorsession_150219

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S’Cool LAB INFO session for future tutors

19/02/2015

Julia.Woithe@cern.ch

Outline CERN S’Cool LAB tutors

What is S’Cool LAB?

Equipment

How will it be used?

How to become a tutor?

Questions

Experiments – Have a look!

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What is S’Cool LAB?

Phase 0 | > 10 years

Phase 1 | 0 3-08 2013

Cleaning up

Phase 2 | 09-12 2013

Construction works

 Phase 3 | 01-06 2014

Finishing construction

Phase 4 | since 07 2014

Development

Phase 5 | 05 2015

Official Start

200 m 2 laboratory space watch the complete story! http://cds.cern.ch/record/1749319

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What is S’Cool LAB?

 S’Cool LAB is a new hands-on teaching facility for modern physics at CERN, the European Organization for Nuclear Research. http://cern.ch/s-cool-lab

 Main target group: High School Students (age group 16-19)

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Equipment

School experiments in relation to CERN and its experiments

 3 identical setups for all different experiments

 Supplier: PHYWE , LD Didactic , 3B Scientific , Jablotron , Netzwerk Teilchenwelt , CERN

Particle Acceleration

Electron tube

Specific charge e/m

Superconductivity

Paul trap model

Basic Principles

Hall-Effect

Rutherford experiment

Spinthariscope

Franck-Hertz

Planck's constant

Radioactivity

Particle Detection

Cloud Chamber

Medipix MX-10

CosMO

KamioKannen

X-ray unit

Gamma-Gamma-Coincidence http://cern.ch/s-cool-lab/experiments

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Equipment

3 different experiments will be grouped to one workshop

 First workshop: “Particle Physics 1”

Cloud chamber X-Ray unit Electron tube

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How will it be used?

Distribution of visiting school groups by country

(data from 01/09/13 – 01/03/14)

 CERN visitors - in total: approx. 80 000 p. a.

CERN visitors - school students: approx. 30 000 p. a.

 Participants of CERN teacher programmes: approx. 1 000 p. a.

 Capacity of S’Cool LAB: approx. 3 600 p. a.

(data from 01/09/13

– 01/09/14)

How will it be used?

► NOT AS VISIT POINT!

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How will it be used?

Visiting School Groups (max. 36 participants)

Application form on our website http://cern.ch/s-cool-lab (OPEN)

Phase 1: Wednesdays from May to July + September

Full-day programme: visits (3h) in the morning / workshop (3h) in the afternoon

Organised by S’Cool LAB team and Visit Service

Condition of participation: preparation material and questionnaires

E

C

… Experiment C max.12 students,

1 tutor

Workshop schedule

E

A introduction

E

B

E

C

E

B

E

A

E

C discussion

E

C

E

B

E

A max. 36 students, 3 tutors

3 hours

E

C

E

C

E

C max. 4 students

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How will it be used?

Official CERN Teacher Programmes

Cloud Chamber Workshops (75 min, max. 36 participants, 1 tutor)

Experiments session (90 min, max. 36 participants, 3 tutors)

If national organisers are interested in this offer, they have to inform the

Teacher Programmes coordinator and nominate tutors 3 month in advance at the latest.

Workshop schedule for experiments session

Introduction

E

A

E

B

Feedback Circus

E

C

Discussion max. 36 teachers, 3 tutors

1.5 hours

E

C

… Experiment C max.12 teachers,

1 tutor

E

C

E

C

E

C max. 4 teachers

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How will it be used?

Alumni of official CERN Teacher Programmes

Cloud Chamber Workshops (75 min, max. 36 participants, 1 tutor)

Only, if the school group has been accepted already by the Visit Service for a group visit

S’Cool LAB needs to be contacted at the latest

2 month in advance

Material (dry ice and Isopropanol) will be provided by S’Cool LAB

All workshops pending availability!

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How will it be used?

Special Visits for school groups organized by CERN members of the personnel

Cloud Chamber Workshops (75 min, max. 36 participants, 1 tutor)

S’Cool LAB needs to be contacted at the latest 2 month in advance.

Tutors have to be nominated by the visit responsible at CERN.

Material (dry ice and Isopropanol) will be provided by

S’Cool LAB

All workshops pending availability!

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How will it be used?

Masterclasses

Bookings of S’Cool LAB for Masterclasses shall only be accepted in the framework of Official CERN Teacher Programmes and the International

Masterclasses.

S’Cool LAB needs to be contacted at the latest 2 month in advance

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How to become a tutor?

YOU ?!

Your profile: you like to discuss physics with pupils and teachers you like to perform experiments you have a physics background or you are interested in physics and willing to learn more you are able to help with S'Cool LAB workshops on Wednesdays 14-17:30 at least once every 2-3 months you are willing to participate in several training sessions (normally on Thursdays

16:30-18:30)

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How to become a tutor?

Workshops can only be led by official S'Cool LAB tutors. To become an official S'Cool LAB tutors the following steps are mandatory: a)

To have taken the following CERN safety courses:

Electrical Hazards COURELE

RP supervised area COURRP

Sensibilisation Risque Chimique COURSRCHIM

Highly recommended: fire extinguisher course

Highly recommended: first aid course

See Safety Information Registration on http://sir.cern.ch

See CERN training catalogue on https://cta.cern.ch

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How to become a tutor?

b) c) d) e) f) g)

To have a personal dosimeter and to wear it during the workshops if ionizing radiation is present.

To have followed the onsite training for general safety in S’Cool LAB.

To have followed the on-site training for the specific experimental setting including specific hazards e.g. Cloud Chamber.

To have been granted access to S'Cool LAB equipment in EDH

Request access to 0143K1-001 (S'Cool LAB experiments)

To have observed ("shadowed") one workshop led by an experienced

S'Cool LAB tutor.

Coming soon: special safety course (1/2 day) for Lasers, Radioactive

Sources, Cryo, High Voltages, Chemicals

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How to become a tutor?

Training sessions: S'Cool LAB category on INDICO

(registration needed)

Material (safety forms, worksheets, …): cern.ch/scoollab-inside

Registration as tutor for a workshop: Visits Agenda

Payment conditions: same as for guides

Shadowing: send an e-mail to scoollab-admin@cern.ch

“Newsletter”: subscribe to e-group scoollab-info@cern.ch

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Questions

Experiments – Have a look!

Particle Physics 1

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