I received my PhD degree in electrical engineering from Virginia Tech, specializing in nanoplasmonic devices for pathogen detection. As a postdoctoral associate, I’m excited to use my background to develop translational diagnostic technologies for solving critical societal problems. In my free time, I enjoy watching cricket and exploring new countries and cuisines. 

I completed my PhD degree in mechanical engineering at Johns Hopkins University, using optical tools to study the molecular properties of biological samples. I am a postdoctoral fellow and begin working on developing Raman spectroscopy-based platforms for rapid and accurate diagnostics. In my free time, I enjoy climbing and exploring local ice cream shops!

I received my PhD in Mechanical and Industrial Engineering from Toronto Metropolitan University, Canada, specializing in developing nanosensors for cancer diagnostics. As a postdoctoral associate I will be working on advancing spectroscopy and machine learning-based tools for diagnostic applications. Outside of the lab, I enjoy taking walks and exploring new place

I received my BS from Johns Hopkins University where I studied Biomedical Engineering and Computational Medicine. I am now pursuing my PhD in Medical Engineering & Medical Physics in the Harvard-MIT Health Sciences & Technology program. I’m excited to utilize my background in immune engineering to design immune diagnostics for global health and space medicine applications. In my free time, I enjoy dancing salsa and bachata and thrift shopping.

I am currently working toward my PhD in biomedical product design within mechanical engineering. I am co-advised by Loza Tadesse (Tadesse Lab) and Ellen Roche (Therapeutic Technology Design and Development) and very excited to be working on designing and iterating through methods and physical implementations for automation and biomedical devices! In my free time, I like watching everyone’s movie recommendations and watering dying plants.

I am a first-year PhD Student in the Health Sciences and Technology Program. I am  co-advised by Loza Tadesse and Eleftherios Paschalis (Massachusetts Eye and Ear) and developing a project to create implantable micro-optomechanical sensors for sensing and monitoring pathologies of the eye. Outside of lab, I am passionate about assistive technology, community-oriented design, and mentoring young scientists. On weekends, you can find me reading or trying to learn how to paint.

I am a PhD student in the Department of Electrical Engineering and Computer Science at MIT. I am interested in developing hardware and machine learning techniques to enable wearable spectroscopic devices for health monitoring and diagnostics. I’m looking forward to using my electrical engineering background to create technology that improves people’s lives. In my free time, I like to ride my unicycle and mess around with electronics.

I earned my B.S. in Mechanical Engineering at MIT with a focus in Product Design and an Environment and Sustainability minor. I’m now pursuing my M.S. in Mechanical Engineering with the goal of designing accessible medical device diagnostics for areas in global health and space. I’m thrilled to use my previous mechanical design engineering experience from Apple and Tesla for medical device design applications. I enjoy ultramarathon running, sharing my Colombian culture, and watching soccer. 

I am currently pursuing a B.A.Sc. in Biomedical Engineering at the University of Waterloo with a focus in medical artificial intelligence. I am interested in the intersection of medicine and machine learning to develop transformative precision diagnostic tools in low-resource settings. I enjoy maintaining an active lifestyle and am also excited to explore the culinary world that Cambridge and Boston have to offer.

I am currently an undergrad at MIT, pursuing an S.B. in Electrical Engineering and Computer Science and a BSAD in Art and Design. I am passionate about bringing healthcare and diagnostics to low-resource environments and am excited to bring my past experience in immunology, machine learning, and optics and interest in interdisciplinary approaches to research. In my free time, you can find me building something in a maker space, training for my next marathon, or finding new napping spots on campus.