Help Build an Online Community

Open
EGIPH
Vancouver, British Columbia, Canada
Gordon Glaze
CEO
(1)
3
Preferred learners
  • Canada
  • Academic experience
Categories
Workplace culture Advertising Talent recruitment Volunteer organizing Community engagement
Project scope
What is the main goal for this project?

Students will be tasked with growing the online community of our company's flagship project "HAP". This project aims to generate new methods to create synthetic medicines via natural (non-GMO) plants. We want to create a community as a source for ideas and resources for creating these medicines. There will be pre-outlined roles in the community that users can play. For a full overview of our community model, visit the link on our website: https://hap.bio/hap-culture/.

The student will be responsible for doing outreach and advertising to attract people who are interested in HAP's goals and can contribute as one of the roles outlined on the website. This includes creating visualizations that can be shared on social media to raise awareness and intrigue about the project.

What tasks will learners need to complete to achieve the project goal?
  • Create visualizations to share on social media
  • do outreach and advertising to recruit new community members
  • Maintain/improve member engagement
How will you support learners in completing the project?
  • We will provide the website and the community platform app
  • We will provide guidance on who we are looking for in the community
  • We will have periodic one on one meetings with the student to help the student stay on track and provide guidance and insight, the student will provide updates on how their project is going
  • Where applicable, we will provide advertising funding for student to utilize paid advertisement streams
  • If student does not already have access, we will provide graphic design software
About the company
  • https://www.hap.bio
  • 2 - 10 employees
  • Hospital, health, wellness & medical, Science, Technology

Our company is engaged in mapping out a new branch of botany called natural enzyme promiscuity (or 'silent metabolism' - see resource file). This is the way plants react when introduced to synthetic chemicals.