Sales Representative - with Commission
Cayop is determined to connect youth to latest opportunities (non-formal education or employment). This includes internships, hackathons, student competitions, funding for youth initiatives, and conferences/forums. As a Sales Representative, your job will be to reach out to organizations and firms that have an active opportunity that they can post on Cayop. This includes internships, hackthons, conferences/forums, funding programs, youth council positions etc. You will also work on developing a proposal for organizations to get annual subscription with Cayop. Orientation and on-going support will be provided. You will also get commission (20% of sales) for any single posts or monthly subscription. Fors monthly/annual subscriptions, the commission only applies for the first month's amount, and is not recurring.
Lotus Addiction Therapy
- create Video Material on Various Types of Addiction & Mental Health Treatments/Topics - Social Media Creations of (posts/planning out social media posts/ and creating ad's) - Sales Lead's Conversions/ Closing Sales Leads/ and reaching out to Detoxes, Insurance Providers, and small businesses
The Shine Network Institute Moodle App
The main goal of this project is to convert our existing Moodle course into a mobile-friendly app. This will involve creating a mobile-friendly version of our course content, testing the course through the app, and creating a how-to guide on how learners can download and install the app.
Funding Opportunities for Lotus Addiction Therapy Inc
The main goal of this project is to generate more funding opportunities for Lotus Addiction Therapy Inc. This will involve researching government grants that the company qualifies for, preparing grant submission documents, and applying for the grants. Additionally, the project will involve researching impact investors who are able to invest in Lotus Addiction Therapy Inc, and then pitching the company's pitch-deck to them and getting funding from them. This may involve using platforms such as Dealium and LinkedIn.
Referral Program for Lotus Addiction Therapy Inc.
The main goal of this project is to find referral's (people who currently refer clients to different addiction rehabs/treatment options) and have them refer our Addiction & Mental health programs for 25% per referral cut back. This will involve several different steps for the students, including: - Researching and identifying potential referral sources. - Developing a strategy to reach out to potential referral sources. - Creating a system to track referrals and payments. - Developing a plan to incentivize referral sources. - Researching and understanding the addiction and mental health treatment industry.
Electrical Circuit Design for a Medical Device
We are developing a biosensor for various chronic diseases. Currently, we are looking for a team of students who can get involved in a smaller part of the project where we need to develop the mechanical assembly along with the required electronics and software. The goal of this project is to improve upon a currently existing and operational (but not optimized) electrical system within a hardware product and assist in the assembly and testing of a new electronic hardware product. The product is a smart injector with sensors and a microprocessor for drug delivery. We hope the student will learn more about electronics design, testing protocols, and quality assurance. The improvements will be evaluated by a number of factors including safety of the design, regulatory compliance, cost reduction, simplification (reduction in component numbers or size), and quality of components/suppliers chosen.
Loki Design Project
The main goal of this project is to design the mobile application for the SP411 App using Figma. The SP411 app is meant for users to find/book/pay/review service providers through a geo location based map view! Ex: If I was looking for a car service I might go on the app and filter to the car mechanics subsection and my map would be fillded with car mechanics nearby so I can see the ratings, reviews, costs, and contact information for each of these mechanics!
R&D Drone Project for Alvia Systems Inc
This project aims for students to design, develop, and build a functional hardware drone, incorporating electrical work, hardware assembly, and research and development. The objective is to provide comprehensive hands-on experience in drone technology, including design, component integration, and testing. By the end of the project, students will have learned the essentials of drone development, showcasing their ability to connect their learning experience with industry skills in electronics, hardware engineering, and R&D.
Embedded Car Scanner Prototype
Project Goal: TauLab is testing a new method for our company to collect IoT data using CAN. The goal of this project is for students to design and build a working prototype that collects CAN data from a vehicles OBDII port, processes it locally, and as a bonus, transmits it wirelessly using LTE for further analysis. This project will be completed remotely and will involve multiple stages, including: Understanding the CAN protocol and how it applies to vehicle/industrial data collection. Developing a simple hardware and software prototype that can collect and transmit CAN data. Testing the prototype using simulated or remotely accessible environments. Iterating and refining based on feedback. Project Tasks (Scoped for 60 Hours, Remote Work): By the end of the project, students should demonstrate: Understanding of CAN communication (10 hours): Researching and learning how CAN data is structured, transmitted, and interpreted in vehicle or industrial applications. Proficiency in ESP32 integration (10 hours): Setting up the ESP32 to communicate with a CAN transceiver. Prototype development (15 hours): Writing firmware to collect, process, and transmit data securely. Testing and validation (10 hours): Ensuring reliable data collection and transmission using remote testing environments or simulations. Iteration and improvement (5 hours): Making optimizations based on testing results. Bonus steps (if time allows): Integrating LTE for data transmission Implementing edge processing to reduce transmitted data volume. Adding security measures such as encryption and authentication.