TRASI course code 70391 Physics Easy Java Simulation (Part 1 & 2) 

sign up https://traisi.moe.gov.sg/Utility/UT_Default.asp
http://iresearch.edumall.sg/iresearch/slot/u110/edulab/html/images/EA.pdf

corrected description

Physics Easy Java Simulation (Part 1 & 2)
(70391)
Course Description	Org Agency	Duration	Classes Available (Please Click on a Date)	Max Class Size	Course/ Class Fee	Comments
Objective: By the end of the session, participants should be able to:(1) download, launch and able to navigate the authoring toolkit to start designing simple physics model such as spring mass system. (2) able to download open source codes in authoring toolkit from Digital Libraries, Open source Physics website and NTNU Java Virtual Lab.(3) publish their own computer model in NTNU Java Virtual Lab Preferred Participants: Science Teachers Other Requisites: Participants are strongly encouraged to both the sessions as Part 2 will be a continuation from Part 1. However, if you cannot attend Part 1, you can still choose to attend Part 2 as the Part 1 materials will be posted on the Web for your reference	Media Dsgn & Tech For Learning,ETD,MOE	2 Hr(s)	30/10/2012-30/10/2012 (PM Session)05/11/2012-05/11/2012 (PM Session)	30 30	\(0.00 \)0.00	undefined

Correct description should be
70391 (Physics Easy Java Simulation)

By the end of the session, participants should be able to: (1) download, launch and able to navigate the authoring toolkit to start designing simple physics model such as spring mass system. (2) able to download open source codes in authoring toolkit from Digital Libraries, Open source Physics website and NTNU Java Virtual Lab. (3) publish their own computer model in NTNU Java Virtual Lab

Slide by engrg1:
https://docs.google.com/a/moe.gov.sg/presentation/d/13EwnvayzPHvdX5sT7AlLsGm8vZgiAD_IYvgmwMV6tnw/edit#slide=id.p14
website:
http://iwant2study.org/workshop/?tag=ejs . 

Day1: 30 Oct  (Tue)
Time: 3 p.m. to 5 p.m.
to bring: Please remember to bring your (1)     Civil Service Card to clear security  (2)    Thumbdrive to store the Easy Java Simulation-related resources.
Venue: eduLab@AST, Academy of Singapore Teachers (AST), 2, Malan Road, Singapore 109433 
Block J (next to Block B), Level 4.
Direction: You can walk towards the canteen, and climb stairs to highest floor. Follow the green signage to eduLab@AST<br< a="">>MRT: The nearest MRT station is Labrador Park (Circle Line - CC27)
Carpark 1st choice: There are limited carpark slots in AST.  In the event that you can’t find carpark slots in AST,  these are the suggested carparks that you might want to consider:
Carpark last choice: Opposite AST PSA Building (with Alexandra Retail Centre, ARC) 460, Alexandra Road, Singapore 119963, Parking Rate: $1.61/hr

(1) Introduction of Easy Java Simulation (EJS) toolkit and the Digital Libraries.
 http://www.um.es/fem/EjsWiki/Main/Download
 http://www.compadre.org/osp/search/browse.cfm?browse=gsss
 http://www.phy.ntnu.edu.tw/ntnujava/index.php?board=28.0
Big picture on EJS by sze yee http://iwant2study.org/workshop/?p=21
https://docs.google.com/presentation/pub?id=13EwnvayzPHvdX5sT7AlLsGm8vZgiAD_IYvgmwMV6tnw&start=false&loop=false&delayms=3000 

(2) Launch EJS and trouble shooting
following the worksheet
Modeling Science Textbook Chapter 2: Introduction to Easy Java Simulations by Wolfgang Christian and Francisco Esquembre 

(3) Build and edit existing template of simple spring mass system
the files can be found for example C:\LooKang\EJS_4.3.7_120920\EJS_4.3.7\workspace\source\ModelingScience\Ch02_Intro/MassAndSpring.xml
the final finished simulation is  C:\LooKang\EJS_4.3.7_120920\EJS_4.3.7\workspace\source\ModelingScience\Ch02_Intro\MassAndSpringComplete.xml
my finished simulation is here
http://www.phy.ntnu.edu.tw/ntnujava/index.php?topic=758.0 require login to download the jar file.

(4) Look at the spring mass system model source code to learn basic user and pedagogical design

some of things i learnt are:

1. simple view and control
2. as many features as required for the students, too many features complicates learning, too little cannot explore exploit student directed inquiry.
3. worksheet design using 5E could be useful

Day 1 Participants:
Updated: 07Feb2015 emails deleted

Day2:
(1) Sharing of tips to easily adapt codes from other simulations into a new model 
(2) Participants self direct and download a simulation that is personally motivating to them from OSP Digital Libraries, that they want to edit and improve on even after the workshop, in collaborative group of 2-3. 

Simple example could be:

1. http://www.opensourcephysics.org/items/detail.cfm?ID=10001 Free Fall Model by Andrew Duffy
2. http://www.opensourcephysics.org/items/detail.cfm?ID=7567 Simple Pendulum Model by Wolfgang Christian
3. http://www.opensourcephysics.org/items/detail.cfm?ID=9999 Car Race Model by Andrew Duffy
4. http://www.phy.ntnu.edu.tw/ntnujava/index.php?topic=2601.0  Visualisation of Kinematics graphs for Secondary Combined Science by  This email address is being protected from spambots. You need JavaScript enabled to view it.  ejs_kinematics visualisation 2.jar
   1. adding menu for usability by lookang 
   2. adding table for inquiry pedagogy by engrg1  ejs_kinematics visualisationlsy.jar
   3. adding data analysis tool for inquiry pedagogy by lookang  Download EJS jar file (updated with the version with on spaces between file name for auto-deployment in NTNU forum)

 

(3) Upload to NTNU Java Virtual Lab and sharing on one to 2 groups who have good progress.
on your computer side,

NTNU forum side,
1 register http://www.phy.ntnu.edu.tw/ntnujava/index.php?action=register and login  
2 visit http://www.phy.ntnu.edu.tw/ntnujava/index.php?board=28.0 and start a new post
3 type in a title, body of text and most importantly, the jar file in the check box at the bottom of the input field and select the jar file.

select your newly compiled JAR file and select the checkbox 'upload the new EJS jar file'. the requirement set by NTNU forum is the JAR file must be found in your own workspace say C:\LooKang\workspace\source\users\sgeducation\lookang\ or C:\LooKang\workspace\source\users\sgeducation\engrg1\.

4. on your computer side, create your workspace with the following folder location. for example,
C:\workspace\source\users\sgeducation\victorpang\yoursimulationname.xml. note that yoursimulationname.xml cannot have character like spaces so 'your simulation name.xml' will NOT work! if you must have spaces try  your_simulation_name.xml instead!

(4) Closing discussions by participants with presenters.

Day 1 Participants:

Name    E-mail

 

1. Updated: 07Feb2015 emails deleted

photo gallery day1:

certificate of appreciation

Frequently Asked Questions about Easy Java Simulations (EJS)

• What is Easy Java Simulation (EJS)? EJS is an authoring toolkit that allows users to create interactive computer simulations, particularly in the field of physics. It provides a platform to design, build, and share simulations of physical phenomena, such as spring-mass systems, pendulums, free fall, and many others. It also allows users to download, edit, and build upon open source simulations. The tool is designed to be accessible for educators and learners to engage with physics through modeling.
• What are the key objectives of the EJS workshop described in the source? The workshop aims to equip participants, especially science teachers, with the skills to: 1) Download, launch, and navigate the EJS authoring toolkit to design simple physics models; 2) Download open source code from digital libraries, including Open Source Physics (OSP) website and NTNU Java Virtual Lab, and use them in the toolkit; and 3) Publish their own computer models on the NTNU Java Virtual Lab for sharing with others.
• Where can I find open-source EJS simulations and resources? You can find EJS simulations and related resources from several online digital libraries, including:
• The EJS official website (http://www.um.es/fem/EjsWiki/Main/Download).
• The Open Source Physics (OSP) website (http://www.compadre.org/osp/search/browse.cfm?browse=gsss).
• The NTNU Java Virtual Lab (http://www.phy.ntnu.edu.tw/ntnujava/index.php?board=28.0).
• How can I modify and adapt existing EJS simulations for my use? EJS encourages users to modify existing simulations. Day 2 of the workshop focuses on this skill, providing tips for adapting codes from other simulations into a new model. You can download simulations from the digital libraries mentioned above and use the EJS authoring tool to edit and improve them. The source highlights examples of simulations that participants can use as starting points.
• What are some key design considerations when building an EJS simulation for educational purposes? When creating an EJS simulation for learning, it is important to: 1) keep the view and control simple, 2) include enough features to explore and learn from but not too many that would be overwhelming, and 3) consider designing accompanying worksheets that follow a pedagogical structure like the 5E model (Engage, Explore, Explain, Elaborate, Evaluate). Simplicity, focus, and pedagogical alignment are crucial.
• How can I publish my own EJS simulations so others can use them? To publish your simulations, you will need to:

1. Register and log in to the NTNU Java Virtual Lab (http://www.phy.ntnu.edu.tw/ntnujava/index.php?action=register).
2. Go to the relevant forum section (http://www.phy.ntnu.edu.tw/ntnujava/index.php?board=28.0).
3. Create a new post with a title and text description.
4. Upload your compiled JAR file to the post. The jar file has to be in your specific workspace location to be uploaded. File names should not contain spaces, use underscores instead.

• What kinds of physics topics are typically covered by EJS simulations? The provided resource shows that a wide range of physics topics are covered, including mechanics (e.g., spring mass systems, pendulum motion, projectile motion, circular motion), thermodynamics, electromagnetism, waves (e.g., ripple tank, interference, diffraction), optics, nuclear physics, and even some astronomy-related topics such as satellite motion, Kepler orbits, binary stars, and gravity models. The list shows that both simple and advanced physics concepts can be represented in the form of EJS simulations.
• Are there specific technical requirements for using EJS and creating simulations? Participants need to bring a thumb drive to the workshop to store the EJS-related resources. While the resource mentions Java, the simulations are also often available as JavaScript and HTML5 which are compatible across devices, including laptops, desktops, and some tablets. When creating a simulation, ensure that your XML file names don't contain spaces, and use underscores instead. To publish simulations on the NTNU virtual lab, the jar file must be in your workspace, which should follow a specific folder structure.