Vida

Degree Project 2024

Vida is a compact ecosystem designed to assist same-sex couples, single women, HIV serodiscordant couples, and heterosexual couples with low sperm counts in early at-home insemination treatments. The project involved consulting experts and users of various insemination methods, with feedback guiding an iterative design process—experimentation with bio-based materials and mechanics aimed to humanize the experience. Vida provides essential equipment for effective sperm delivery, safe transport of sperm donations, and communication between donors and recipients via a digital companion. The system supports both frozen and fresh sperm and offers sperm washing to enhance fertilization. Biomaterial reactions provide user feedback, improving the experience. Vida offers an intimate, safer, and clinically grade insemination process at home, making it easy, accessible, and affordable for users to begin insemination treatments.

Project Overview

Vida is a compact ecosystem designed to assist users such as same-sex couples (cisgender women and queer couples), single women, HIV serodiscordant couples, and heterosexual couples with low sperm counts who are trying early insemination treatments at home but lack access to sperm.

Method

For this project, I consulted experts and both former and current users of various insemination methods, including at-home insemination. This feedback was crucial for validating the information gathered during my desktop research. The design evolved through multiple iterations, guided by input from users and experts. Additionally, I experimented with bio-based materials and mechanics to make the experience more human and less technical.

Outcome

This concept addresses the issues faced by millions of couples and individuals during at-home insemination. For instance, it provides the necessary equipment to perform insemination tasks effectively, ensuring the sperm reaches the cervix and increasing the chances of fertilization. Additionally, it allows for the safe transportation of sperm donations. The digital companion facilitates communication between sperm donors and recipients, sharing ovulation peak information so both parties can coordinate and share the sperm sample on time. The system also offers the option of using either frozen or fresh sperm for insemination. Users who prefer fresh sperm can take advantage of sperm washing (sperm filtration), which increases the chances of fertilization. Furthermore, Vida incorporates the use and application of biomaterials reactions, implementing analog and natural systems to provide feedback to the user, enhancing the overall experience and effectiveness of the insemination process. Finally, Vida provides an intimate and safer insemination treatment at home using intuitive tools with clinical-grade technology. This makes the process easy, accessible, and affordable for users in the early stages of insemination treatment.

Indalecio Gaytan

Master's Programme in Advanced Product Design
Indalecio Gaytan Portrait
Bio-Based materials research and iterations.

Bio-Based materials research and iterations.

Bio-based materials reactions and applications in analog feedback.

Bio-based materials reactions and applications in analog feedback.

Development and exploration of form and language.

Development and exploration of form and language.

Compliant mechanisms, implementations, and testing for anatomical solutions.

Compliant mechanisms, implementations, and testing for anatomical solutions.

User testing and validation with potential users.

User testing and validation with potential users.

General diagram os use. Collapsable disc and pill.

General diagram os use. Collapsable disc and pill.

Digital companion.

Digital companion.

Detach of filter and container after filtration.

Detach of filter and container after filtration.

Applicator once is ready to use.

Applicator once is ready to use.

VIDA - Ecosystem (Filter+Applicator).

VIDA - Ecosystem (Filter+Applicator).