Web Site developer - dec 13
The intern will be responsible to create the design of two additional sections to be added to the website in development: 1: the news page 2: the team member page In addition, the intern will produce few posts for our digital medias (LinkedIn, Facebook) on occasion.
Community Engagement
The main goal for this project is to help support engagement and student support & success within our platform.
Content Writing and Editing
To support our writing team by taking previously written content and reformatting it to be stand alone content and still make sense/add value. Topics may include finance, career, mental health, life management, etc. To support our editing team by editing other writer's content and making it clear + concise for our user's journey.
The Dr. Vibe Show™ - Website Manager
The Dr. Vibe Show™ is looking for a website manager with an analytical mind and a detailed understanding of Search Engine Optimization (SEO). The goal is to improve the website's ranking, improve the User Experience of the website Close communication between the Video Audio Editor and Dr. Vibe himself will be required in order to complete projects in a timely manner. Another goal is install Google Ad Manager on The Dr. Vibe Show™ website.
Writing Engaging Blog Posts Based on Video Content for The Dr. Vibe Show™
The goal of this project is to write engaging blog posts based on video content provided by The Dr. Vibe Show™. This content should be written to capture the attention of the show's viewers and followers, and should be optimized for SEO.
Biomedical Engineering / Biological Sciences Project 2
Our biomedical engineering intern will join our development team remotely. The main task of this internship is to review the scientific literature to clarify and validate different crucial aspects of our project which concerns an in vitro study. You will also assist the scientists in the different steps of the development.
Biomedical Engineering / Electrical Engineering Project 4
Our Electrical Engineering Intern will join our development team remotely. The student will be responsible for verifying data that has been obtained concerning conductivity and impedance of tissues. The student will have to apply their knowledge of electric circuit models of human tissue as well as their knowledge of human anatomy to construct and test a feasible electrical model of the hip layers. You will also assist the scientists in the different steps of the development.