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clix_qbankadmin

clix_ratio-patterns

This activity introduces students to thinking multiplicatively in order to scale the given 2 dimensional pattern proportionally or identify the scaling factor.

clix_research-scripts

Research Scripts Session

clix_rotation_of_earth_animation

In this activity, students use animations to observe, understand, and identify the direction of rotation of the earth from varied perspectives (North pole, South pole and equator).

clix_runkittyrun

clix_solar_system_animation

This interactive Solar System animation, developed by Julian Garnier, enables students to explore the size, distance between the planets and the sun, and the relative orbital speeds of planets.

clix_turtle-blocks

clix_unplatform-ansible

Playbooks for unplatform installation on a server

clix_unplatform-docker

unplatform docker container with syncthing

clix_unplatform_obsolete

Obsolete. A modularized quasi-LMS for use in unconnected learning environments.

clix_unplatform_v2

clix_webpy

web.py is a web framework for python that is as simple as it is powerful.

dlkit

dlkit-doc

Sphinx documentation for DLKit

dlkit-osid-doc

dlkit-tutorial

Jupyter notebook tutorial for DLKit

dlkit_builders

drag-drop-authoring

edx-platform

Open edX, the edX platform that powers http://edx.org

fbw-components

Fly-by-Wire components for building user interfaces

fbw-instructor

Integrated mobile + web for FbW Instructor app

fbw-platform-common

Shared components for FbW apps

fbw-student

FbW Student App for native and web

fbw-utils

Utilities for Fly-by-Wire apps

fbw_dlkit_adapters

Modules that enable the adaptive behavior in DLKit

gaspard_backend

LTI Provider backend for Ortho 3D project

opaque-keys

pk12_algae_in_our_backyard

Students were exposed to different scientific data, from microscopy (using local water samples for observations) to satellite (using downloadable maps of the South China Sea), and learned how these data help us understand local issues that affect the ocean.

pk12_animal_aerodynamics

How can nature influence the way we design aircraft? In this module, students will explore the creation of aircraft inspired by animals. Participants will learn about various types of biomimicry techniques employed by engineers and then devise models of their own using paper and other crafting materials to see how they fly. Additionally, students will build an apparatus to test their designs and gain further understanding about aerodynamics and the ways that we can continue to improve the efficiency of air travel.

pk12_bring_your_own_water

Students explored Hong Kong’s Aquatic Microbiome in a hands-on, experimental, and creative manner using foundational biology techniques.