The School of Engineering is one of the eight schools and colleges that comprise Tufts University. The school offers undergraduate and professional degrees in several fields of engineering and computer science. Along with the School of Arts and Sciences (A&S) and the Fletcher School of Law and Diplomacy, the School of Engineering is located on the university's main campus in Medford and Somerville, Massachusetts. Currently, the Engineering School enrolls approximately 800 full-time undergraduates and 550 graduate students. The school employs 100 full-time and part-time faculty members. The School has an acceptance rate of 11.7%.

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Tufts University School of Engineering
Tufts University School of Engineering
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  • 3 million Americans have glaucoma – the leading cause of irreversible blindness. Left untreated, you will lose vision 10 times faster than the average person. The most common solution used to detect glaucoma operates like a video game, patients click a button every time they see a light pop up on the screen. This patient input leads to error and variability in test results. We are moving away from...

Tufts University School of Engineering
Tufts University School of Engineering
YouTube Video
  • Despite being treatable and curable, tuberculosis remains one of the top 10 death causes worldwide with millions of new cases every year. Further, the emergence of multidrug-resistant (MDR) and extensively drug-resistant (XDR) strains has increased the difficulty of treating tuberculosis. In developing countries lacking in access to skilled laboratories, a lab-free tool to monitor patients for ear...

Tufts University School of Engineering
Tufts University School of Engineering
YouTube Video
  • This project focuses on building a small and affordable sensing suite that offers farmers and gardeners a quick, convenient and effective way of monitoring the pH, humidity and temperature values of their soil. The device gathers data from pH, humidity and temperature sensors at regular intervals with a Photon microcontroller and forwards that data via Wi-Fi connection to the MongoDB database resi...

Tufts University School of Engineering
Tufts University School of Engineering
YouTube Video
  • Our project focuses on developing an innovative, targeted drug delivery system to improve drug efficacy. The environment of the human digestive system is hugely variable from patient to patient as well as from day to day. Typical capsules are made from gelatin substances that can degrade at a variable rate that depends on a multitude of factors, such as temperature and acidity. Variations in pill ...

Tufts University School of Engineering
Tufts University School of Engineering
YouTube Video
  • The increasing age of the population and the rising costs of healthcare are motivating the use of Wireless Body Area Networks (WBANs) as a means for networking low cost mobile medical monitoring devices. The use of biosensors in a WBAN remote monitoring system allows health care professionals to remotely monitor their patient’s physical & physiological parameters. This method of monitoring will al...

Tufts University School of Engineering
Tufts University School of Engineering
YouTube Video
  • Indoor navigation relies heavily on visual cues, often requiring that low-vision individuals rely on the guidance of a sighted person. The Tufts 2017 senior design team Firebrick designed and built the foundations of a navigational system that will allow a low-vision individual to autonomously navigate indoors. Firebrick’s efforts focused on designing both an Arduino-powered system to find a user’...

Tufts University School of Engineering
Tufts University School of Engineering
YouTube Video
  • Over the past few years the main focus of virtual reality has been visual component, however, the audio component has not been investigated with the same level of rigor. Our group set out to address this disparity, concentrating on creating a 3-D spatially accurate listening experience. There are many techniques, coupled with head tracking, to modify an audio source to make it appear to have a spe...

Tufts University School of Engineering
Tufts University School of Engineering
YouTube Video
  • Traditional synthetic aperture radar imaging requires significant cost and resources, and is typically performed by large aircraft where precise location data is difficult to obtain. In this Tufts University Senior Design project, an accurate and low-cost method of obtaining and generating 3D synthetic aperture radar images was investigated. Using a PulsON P410 monostatic radar, a Piksi differenti...

Tufts University School of Engineering
Tufts University School of Engineering
YouTube Video
  • Look! Sound is an education video game designed to teach children musical concepts. Originally laid out in Professor Eun Young Lee’s thesis, the game and its design have been modified in cooperation with Professor Lee. A hardware controller is used to control the game through keyboard simulation. The game consists of three distinct levels. The first is a landscape with various natural objects such...

Tufts University School of Engineering
Tufts University School of Engineering
YouTube Video
  • Virtual Reality has taken the world by storm and only recently has it started realizing its potential. Its applications range from gaming to 3D video playback. This relatively new technology has the capability to revolutionize how people shop, experience entertainment and learn. With the capabilities of Virtual Reality in mind, Team Yellow designed a platform that allows for 360° video streaming t...

Tufts University School of Engineering
Tufts University School of Engineering
YouTube Video

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  • Rust Team 2016

    Rust Team 2016 Gregory Bento, Daniel Pasternak, Riley Wood Real-time Acoustic Piano to MIDI In large concert settings, pianos cannot be heard over other instruments and the crowd just as they are. Miking the piano is notoriously difficult and often doesn’t get the sound quality desired by the musician. While one option is to use an electronic keyboard which outputs digital sound, many musicians p...

  • Yellow Team 2016

    Yellow Team 2016 Stephen Dennison, Steven Santos, Nicola Thomson Optical Detection Device for the Visually Impaired Our device guide s a visually impaired user through an indoor environment using a sensing device and an Apple iPhone. Visually impaired individuals have difficulty navigating to indoor locations for the first time and current solutions lack independence from unreliable indoor source...

  • Blue Team 2016

    Blue Team 2016 Ian Fletcher, Aaron Forrest, Norihito Naka, Joshua Pfosi, Amanda Savage, Jonathan Tsai, Colin Watts Synthetic Aperture Radar for Unmanned Aerial Vehicles This project focuses on the synthetic aperture radar (SAR) imaging technique and its application on a drone. The main goal of the project was to create a high-resolution 3D SAR image of an object using a drone flying in a 2D aper...

  • Gold Team 2016

    Gold Team 2016 Alex Daniels, Alex Hankin, Posholi Nyamane Autonomous Bridge Inspection UAV This project focuses on creating an autonomous Unmanned Aerial Vehicle (UAV) for bridge inspection in areas where GPS satellites cannot reach the drone, these areas are called GPS-denied areas. Bridge inspection is a costly process which requires substantial time and labor to complete and there are signific...

  • Bouncer: Drink Tampering Detection Device (Green Team 2016)

    Green Team Catherine Kravchenko, Matthew Kwan, Patricia O'Connor Drink Tampering Detection Device In the United States, the past few years have seen an increase in number of drug-facilitated sexual assaults. These are assaults in which perpetrators use drugs to aid them in their attacks, often by slipping the drugs into a victim's drink. The U.S. Department of Justice estimates that in 2007 alone...

  • Orange Team 2016

    Orange Team 2016 Alex Goldschmidt, Jake Hellman, Alexander Yared WiSK – Wireless Security for Keyless-entry WiSK (Wireless Security for Keyless-entry) is a wireless device which adds a layer of encryption on top of standard keyless entry devices in order to protect them against replay attacks. WiSK generates a secure code that can be decrypted on the receiving end. This allows the authenticity of...

  • Cayenne Team 2016

    Cayenne Team 2016 Timothy Charouk, Ferdinand Dowouo, Marc Yassin, with Michael Tran (CS) Recommender System for Disaster Relief Resources Management Often times, disaster relief operations fail not because of the lack of resources, but because of the mismanagement of these resources. To tackle this problem, we are proposing a solution based on a recommender system that will help to aidorganizati...

  • Red Team 2016

    Red Team 2016 Zachary Sogard, Allegia Wiryawan Networked Soil Monitoring Sensors Gardeners and farmers often waste resources in their efforts to attain the best crop yields due to a lack of soil condition data. The goal of this project is to improve water and fertilizer efficiency in gardening and agriculture by creating a system where necessary data is made available, understandable and intellig...

  • Purple Team 2016

    Purple Team 2016 Emily Gill, Tara Watson, with Maggie Chapman (CS) Automated Cough Counting System In 2014, 9.6 million people suffered from tuberculosis (TB), and 1.5 million people died from the disease. Over 95% of cases occur in low and middle-income countries, where access to proper diagnosis and treatment is limited. Standard drugs have been used for decades, and resistance to the medicines...

  • Azure Team 2016

    Azure Team 2016 Pengxiang Hu, Bennedict Kim Fetal Heart Rate and Uterine EMG Monitoring for Fetal Health This project focuses on designing the next generation portable device to monitor fetal heart rate and uterine contractions in order to enable remote diagnosis of fetal health. Signals are picked up from a mother’s abdominal area, filtered, and processed to display EMG and FECG information. The...

  • Vitellary Aeneous 2016

    Tufts University Electrical and Computer Engineering Junior Design 2016

  • Corbeau and Smaragdine 2016

    Tufts University Electrical and Computer Engineering Junior Design 2016

  • Greige Zinnobar 2016

    Tufts University Electrical and Computer Engineering Junior Design 2016

  • Lanthine Rhodopsin 2016

    Tufts University Electrical and Computer Engineering Junior Design 2016

  • Mazarine Erytrhean 2016

    Tufts University Electrical and Computer Engineering Junior Design 2016

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