Technical marketing copywriting for software-defined radio start-up.
Preferred learners
- Canada
- Academic experience
Categories
Skills
Project scope
- What is the main goal for this project?
-
Qoherent aims to publish a series of short-form (300 word) articles on opportunities and challenges of AI/Software-defined radio within various industries.
We hope to find students who will research, then summarize and compile findings into draft marketing copy for posting to various channels such as LinkedIn, Medium and more.
One example includes this article.
Our goal for this project is 3 draft articles, which we would then edit and post, while crediting the student.
We have several topics in mind, but if students wish to propose their own after orientation, we are open to that.
Example topics include:
- AI-based radios in drone detection, defense, maritime, connected vehicles, telecom, etc.
- MLOps opportunities and challenges
- Software-defined radio in drone detection, defense, maritime, connected vehicles, telecom, etc.
Qoherent will begin the project with an orientation of its current business, its target markets, and any necessary coaching to complete the project.
- What tasks will learners need to complete to achieve the project goal?
-
Students will be tasked with:
Research
- Researching a market segment for opportunities and trends.
- Reviewing relevant survey literature (e.g. IEEE proceedings) for technical opportunities and challenges.
- Perform analysis on findings.
Compilation & Writing
- Summarize findings, rank them then perform additional research to support the creation of an article
- Organize them into an outline for an article
- Drafting the article
Students should spend up to 25 hours per article for a total of 3 articles.
- What is the main goal for this project?
-
Qoherent aims to publish a series of short-form (300 word) articles on opportunities and challenges of AI/Software-defined radio within various industries.
We hope to find students who will research, then summarize and compile findings into draft marketing copy for posting to various channels such as LinkedIn, Medium and more.
One example includes this article.
Our goal for this project is 3 draft articles, which we would then edit and post, while crediting the student.
We have several topics in mind, but if students wish to propose their own after orientation, we are open to that.
Example topics include:
- AI-based radios in drone detection, defense, maritime, connected vehicles, telecom, etc.
- MLOps opportunities and challenges
- Software-defined radio in drone detection, defense, maritime, connected vehicles, telecom, etc.
Qoherent will begin the project with an orientation of its current business, its target markets, and any necessary coaching to complete the project.
- What tasks will learners need to complete to achieve the project goal?
-
Students will be tasked with:
Research
- Researching a market segment for opportunities and trends.
- Reviewing relevant survey literature (e.g. IEEE proceedings) for technical opportunities and challenges.
- Perform analysis on findings.
Compilation & Writing
- Summarize findings, rank them then perform additional research to support the creation of an article
- Organize them into an outline for an article
- Drafting the article
Students should spend up to 25 hours per article for a total of 3 articles.
About the company
- https://qoherent.ai
- 2 - 10 employees
- Telecommunications, Technology, It & computing, Airlines, aviation & aerospace, Defense & security
Qoherent is an early-stage start-up that is driving the creation of AI-based radio technologies.
Qoherent provides solutions and a platform for integrating machine learning into software-defined radios, for the purpose of building robust, aware, and adaptive radio communication systems.
Qoherent’s current focus is on providing customers with software solutions for recognizing wireless activity with machine learning, as well as building a platform of software development tools to aid in creating machine learning models, deployable to heterogenous systems, that recognize radio waves.