Startup Website Design for a Bio-Ink Biotechnology Co.

Closed
The GelMA Company Biotechnology
Kelowna, British Columbia, Canada
CEO
(6)
3
Project
Academic experience
100 hours per Student
Student
Anywhere
Intermediate level

Project scope

Categories
Communications Marketing strategy Information technology Visual arts
Skills
wireframing biotechnology
Details

Based on our industry’s standards, we would like to design and build an affordable website that will rank well in search engines and that can scale with our business as we grow.


We believe this project could include:

  • Assessing our industry’s landscapes and competitor websites for user and design insights.
  • Compiling a list of our required features and design preferences.
  • Designing multiple wireframes of potential homepage designs for us to assess.
  • Creating a website prototype, based on wireframe feedback.
  • Developing a fully-functioning website on our server.

We will provide you with the written and visual content for the new website, payment for a selected theme, and domain and hosting credentials.

We want to have a beautifully-designed, fast, and functional website that stands out from our competitors, is user-friendly, and that can scale with us as we grow.

Deliverables
No deliverables exist for this project.
Mentorship
No mentorship exists for this project.

About the company

Company
Kelowna, British Columbia, Canada
2 - 10 employees
Science, Education, Hospital, health, wellness & medical, Academic association, Cosmetics & beauty

While many patients in need of transplants suffer from a shortage in donors for replacing damaged tissues or organs. 3D Bio-printing is a promising approach for producing tissues and organs in the lab using bio-inks. Additionally, Bio-printed organs in a dish platform can be used for testing drugs’ toxicity and efficacy in the pharmaceutical and cosmetics industry.

We offer "Okagel" a GelMA bio-ink that is affordable, in customized forms (liquid/solid), overnight processed (1-2 days), sterilized, pure, and hazard-free to be used in 3D bioprinters.

Our vision is a universal accessible bioprinting technology for a better quality of life.