High School 2D Game Development Curriculum Design
10X Hub aims to develop an engaging and educational course for high school students foused on 2D game development using the Godot 4 engine. The project involves a team of learners from a post-secondary program who will apply their knowledge of game design and educational methodologies to create a comprehensive curriculum. The goal is to make game development accessible and exciting for high school students, fostering creativity and technical skills. The project will require the team to research effective teaching strategies, design lesson plans, and create practical exercises that align with high school learning objectives. By the end of the project, the team will have developed a structured course that can be easily implemented in a high school setting.
High School Game Development Curriculum
Lux Development is seeking to create an engaging and educational course focused on 2D game development using the Godot 4 engine, specifically tailored for high school students. The project aims to make game development both accessible and exciting, fostering creativity and technical skills among young learners. A team of post-secondary students specializing in game design and educational methodologies will undertake this project. Their task is to research effective teaching strategies, design comprehensive lesson plans, and develop practical exercises that align with high school learning objectives. The ultimate goal is to produce a structured curriculum that can be seamlessly integrated into high school programs, inspiring the next generation of game developers.
High School 2D Game Development Curriculum Design
10X Hub aims to develop an engaging and educational course for high school students foused on 2D game development using the Godot 4 engine. The project involves a team of learners from a post-secondary program who will apply their knowledge of game design and educational methodologies to create a comprehensive curriculum. The goal is to make game development accessible and exciting for high school students, fostering creativity and technical skills. The project will require the team to research effective teaching strategies, design lesson plans, and create practical exercises that align with high school learning objectives. By the end of the project, the team will have developed a structured course that can be easily implemented in a high school setting.
Deepseek-Driven Spreadsheet Recommendation System
The project aims to develop a chat bot that utilizes Deepseek technology to provide intelligent recommendations based on spreadsheet data. The primary goal is to enable users to upload spreadsheets and receive actionable insights and recommendations derived from the data. This project will allow learners to apply their knowledge of web development, data analysis, and machine learning. The tasks involved include integrating Deepseek with a web interface, designing a user-friendly interface for data upload, and implementing algorithms to generate recommendations. The project will focus on creating a seamless user experience and ensuring the accuracy of the recommendations provided. By completing this project, learners will gain hands-on experience in applying AI technologies to real-world data challenges.
Create AI Course Materials
10X Hub is seeking a team of learners to assist in the development of innovative AI courses aimed at elementary and high school students. The project involves creating engaging educational content using AI and video editing technologies, with tools and guidance provided by 10X Hub. Additionally, the project aims to identify and establish partnerships with community organizations and businesses interested in participating in these courses. These partnerships will enable students to apply their learning in real-world scenarios, benefiting both the learners and the community. Furthermore, the project includes enhancing 10X Hub's website and marketing strategies to effectively promote the courses and expand their reach. The goal is to create a comprehensive educational program that not only teaches AI concepts but also fosters community involvement and awareness.
Automated Web Data Processing and Summarization
The project aims to develop an automated system for web data extraction, cleansing, and summarization using Python. Lux Development seeks to streamline the process of gathering and processing web data to enhance efficiency and accuracy. The project involves creating two distinct automated processes. The first process will focus on web scraping to extract a list of items from specified websites, followed by data cleansing and curation into a structured CSV format. The second process will utilize AI to generate concise summaries of each website's content, subsequently formatting these summaries into a CSV file suitable for import into a WordPress directory. This project provides learners with the opportunity to apply their knowledge of Python programming, data processing, and AI to solve real-world data management challenges.
Webpage for Profile
About the Project We will be creating a website where we will be doing the following. Change password Load a form and use chatbot to guide users for the form Login page -> Load chatbot Have the different look and feel for the chat bot -> Load chat bot in different windows.
Getting Real Estate Data
We would like to have an in-house tool to easily keep track of all the data we have collected about each property and perform quick calculation analysis on them. Currently, we have a staff performing the following: Look at each property online on realtor.ca Enter each property interested into a spreadsheet. Enter all the additional information about the property in the spreadsheet. If the additional information includes files, put them in a drive somewhere. Manually do the property analysis calculation on the spreadsheet. This process is very labour intensive and tedious. It would be fabulous if we have a tool that acts as a Property CRM for us to easily keep track of the properties we reviewed, researched and allow us to enter all the additional information associated with the property. The Property CRM project will broken into three separate Riipen projects: Project 3 - Getting real real estate data This project is to research and prototype on how to access the IDX data. Store the IDX data into a database Bulk load of new IDX data Scheduler for periodic bulk load
Backend Development - Calling AI Backend
We would like to have an in-house tool to easily call the AI backend. The project involves the following as deliverable Front end website Middle ware to bridge between the front end and the AI backend Invoking the AI Backend Get JSON data back Display to front end Button on front end to train AI backend. Call a training API in the AI Backend.
Front end and Backend development
We would like to have an in-house tool to easily keep track of all the data we have collected about each property and perform quick calculation analysis on them. Currently, we have a staff performing the following: Look at each property online on realtor.ca Enter each property interested into a spreadsheet. Enter all the additional information about the property in the spreadsheet. If the additional information includes files, put them in a drive somewhere. Manually do the property analysis calculation on the spreadsheet. This process is very labour intensive and tedious. It would be fabulous if we have a tool that acts as a Property CRM for us to easily keep track of the properties we reviewed, researched and allow us to enter all the additional information associated with the property. The Property CRM project will broken into three separate Riipen projects: Front end development This is the front end to visual the Property CRM It should contain the following components Map view Property details view Add details view All the backend can be stub out. Backend Development This is the backend to for the front end to access It should content the following components Database API Access to Database to store the property data API access for uploading files
Affordable and Sustainable Urban Planning
Housing is a big issue for younger generations. We have heard many young people complaining about the affordability of housing and that they will never be able to buy anything. It’s very true that house prices have surged to a point that it’s extremely difficult for young people to buy one. As soon as they were able to save up some down payment the house prices had gone up again. It’s like trying to chase and get on a speeding train forever. The Jumpstart Home and Community Project is to explore the feasibility of creating affordable homes with sustainability in mind for young people to jumpstart their real estate ownership journey. The project will explore in multiple facets which include urban planning, architecture, landscape, the feasibility with city urban planning, social aspect and sustainability. Is it possible to create a community of smaller detached homes that are cost efficient, environmentally and socially sustainable which the city will support? That is the goal of the project. Student Suitability: Urban planning Students Architecture Students Study in real estate and planning