Wearable LED and Electronics Module (Design)
In this project, the student will assist the project engineer in designing a wearable LED or similar module for promotion and education applications. Details of the design requirement will be provided to the student once matched. Relevant skills in electronics and solid modelling are important for the successful completion of this project. The student will require knowledge and experience in: electronics circuitry KiCAD PCB layout FreeCAD solid modeling NOTE: knowledge of EagleCAD and SolidWorks or equivalent is acceptable but KiCAD and FreeCAD must be used for this project Deliverables: 1 page summary regarding the design(s) KiCAD design file(s) FreeCAD design file(s)
Wearable LED and Electronics Module (Programming)
In this project, the student will assist the project engineer in the programming of a wearable LED or similar module for promotion and education applications. Details of the design requirement will be provided to the student once matched. Relevant skills in electronics and solid modelling are important for the successful completion of this project. The student will require knowledge and experience in: C programming (in AVR or Arduino environment) Microcontroller Programming Module NOTE: require an understanding of AVR and Arduino libraries (.h .cpp etc.) Deliverables: 1 page summary regarding the design(s) C code(s) for Microcontroller
Website Front-End or Back-End App (Testing and Implementation)
In this project, the student will assist the project engineer in the testing and implementation of an inventory app for the company's website or redesigning the front-end of the company's website. NOTE: This project can only be started after the completion of developing the app or front-end design. Details of the development requirement will be provided to the student once matched. Relevant skills in programming are important for the successful completion of this project. For the front-end website design, the student will require knowledge and experience in: HTML, CSS, JS, JSON Shopify Liquid For the app, the student will require knowledge and experience in: Linux Python (Panda) and Colab Web scraping using HTML and JSON The student will learn and use the Shopify Liquid Language and/or API during this project. Deliverables: 1 page summary of the project (test report) Relevant updated code
Jan 2023 Research Associate - Grad students preferred
The research assistants will support the research initiatives under the guidance of our team in economics, project finance, SPACS, Venture Capital/PE in this climate, and update a variety of reports we have. We are also looking to have them published. Also looking for data scraping for leads in North America with a variety of filters. Graduate students are more suitable for this role.
March 2023 Research Associate - Grad students preferred
The research assistants will support the research initiatives under the guidance of our team in economics, project finance, SPACS, Venture Capital/PE in this climate, and update a variety of reports we have. We are also looking to have them published. Also looking for data scraping for leads in North America with a variety of filters. Graduate students are more suitable for this role.
March 15 2023 Research Associate - Grad students preferred
The research assistants will support the research initiatives under the guidance of our team in economics, project finance, SPACS, Venture Capital/PE in this climate, and update a variety of reports we have. We are also looking to have them published. Also looking for data scraping for leads in North America with a variety of filters. Graduate students are more suitable for this role.
Musculoskeletal Injury Prevention Pilot Project
The main goal of this project is to conduct an integrated evaluation of Vergo's technology, the Rapid Entire Body Assessment (REBA), and other established ergonomic standards in a real-world workplace environment. This involves coordinating and executing the pilot project to assess the effectiveness of Vergo's technology in identifying high-risk postures and preventing musculoskeletal injuries, while also considering its performance in comparison to REBA and other relevant industry guidelines. The project aims to gather data, analyze results, and provide feedback on the platforms' performances, offering insights into their practical utility and impact on workplace safety. This comprehensive assessment will help determine the strengths and weaknesses of each approach and identify opportunities for improvement.
Musculoskeletal Injury Prevention Pilot Project Phase Two
The main goal of this project is to conduct an integrated evaluation of Vergo's technology, the Rapid Entire Body Assessment (REBA), and other established ergonomic standards in a real-world workplace environment. This involves coordinating and executing the pilot project to assess the effectiveness of Vergo's technology in identifying high-risk postures and preventing musculoskeletal injuries, while also considering its performance in comparison to REBA and other relevant industry guidelines. The project aims to gather data, analyze results, and provide feedback on the platforms' performances, offering insights into their practical utility and impact on workplace safety. This comprehensive assessment will help determine the strengths and weaknesses of each approach and identify opportunities for improvement.