Projects

Current Projects

Year: 2020-

Team Leads: Anne Kyung, Kimia Shafighi, & Megan Wai

Subteam Leads: Tahsin Abedi, Justin de Vries, Shagun Sachar, Hasan Sagheer, Victoria Pittard

Algo is a device intended for use in bodies of water with algal overgrowth (algal blooms) where its two-part extraction and treatment will harvest and treat algae. A pump followed by flocculation and centrifugation is to be used for the collection and subsequent mechanical extraction of the algae. Key benefits of this process include the durability and efficiency of cell harvesting, with over 90% cell recovery and compatibility with most algal types. The algae will then be allowed to collect and dewater in a secondary chamber, where a waterproof photo-reflective sensor is located to alert the consumer when the device is almost full through LED indicators. In the future, a web application may be incorporated to convey more detailed information. From this chamber, the algal biomass can be treated to produce a sustainable fertilizer or biofuel through lipid extraction and conversion. See more

Year: 2020-

Team Leads: Bernadette Ng & Tirza Pang

Subteam Leads: Neil Banik, Sebastien Gaviria Velez, Zoe Goldberger, Leah-Kathleen Lavoie, Frank Li, Mary Wan

Our goal is to fight the water crisis, specifically in Honduras. The crisis disproportionately affects developing countries; hence we are creating a water filtration backpack that is low-cost, durable, and eco-friendly. Solar-A not only facilitates safe transportation and provides low-cost filtration, but also uses the mechanical walking movement from traveling to the water source to power a sensor capable of detecting when the water is potable. See more

Year: 2020-

Team Lead: Mary Wan

Subteam Leads: Maria Calderbank, Katia Rosenflanz, Jada Thompson, Charlotte Volk

Hello! Welcome to micROS—a collaboration between McGill Biodesign and the McGill Rocket Team! Together, we are investigating the changes in levels of reactive oxidative species in microgravity and hypergravity environments. Our McGill Biodesign team is focused on designing 1) the microfluidic chip composed of channels for the flow of reagents and a microwell holding the cells, in which the reaction will take place, 2) the perfusion system for timely and efficient delivery of reagents to the microwell containing the cells, and 3) the hydrogel that the cells will be embedded in to be kept alive throughout the experiment. See more

Year: 2020-

Team Lead: Anne Kyung

Subteam Leads: Lan Ann Hyunh & Zahra Panju

Our team seeks to design a microneedle patch that can fluorescently detect sodium levels in the body, allowing for simple and non-invasive monitoring. See more

Past Projects

BluBand

Year: 2019-2020

Team Lead: Kimia Shafighi


BluBand is a transmitter capable of transforming a short-wave radio frequency signal into a cellular signal. It can attach to the glucose sensors worn by diabetic children attending Camp Carowanis and continuously monitor their blood sugar levels both day and night. BluBand is waterproof and easy to wear, making it ideal for children at the camp.

Baculovirus Gene Therapy

Year: 2019-2020

Team Lead: Elizabeth O'Meara


The Baculovirus team worked to develop a transient gene therapy delivery system using baculoviruses. Particular focus was given to growth factors critical to the healing process and lacking in many chronic wounds, such as diabetic foot ulcers. Unfortunately, this project was halted by the COVID-19 pandemic.

ActivAid

Year: 2018-2020

Team Lead: Anne Kyung


ActivAid is a novel interactive bacterial cellulose wound dressing targetting venous ulcers. It includes innovative components that help maintain an ideal wound environment in order to prevent infection and accelerate healing. Although COVID-19 prevented the creation of a prototype for ActivAid, the design was submitted to Venturewell's DEBUT competition in June 2020.

MAAscreen

Year: 2018-2019

Team Lead: Ella Reifsnyder



MAAscreen is an eco-friendly and biodegradable sunscreen. Conventional sunscreens utilize chemical UV filters that threaten the marine environment, while MAAscreen extracts mycosporine-like amino acids (MAAs) from algae as a more sustainable alternative.