Tufts Programs
Undergraduate Program
Boasting one of the oldest Human Factors program in America, Tufts University offers students two undergraduate degrees and one minor related to the field:
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B.S. in Human Factors Engineering from the School of Engineering
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B.S. in Engineering Psychology from the School of Arts & Sciences
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Minor in Human Factors Engineering from the School of Engineering
The programs are close-knit and focused, so students get familiar with faculty and make meaningful connections with their peers. At Tufts, students get experience in all aspects of the user-centered design process, graduating with practical skills and a strong foundation in user research and product design.
The programs also provide students the flexibility to pursue diverse interests. Given the interdisciplinary nature of the programs and the liberal arts background of Tufts University, students are exposed to a multitude of topics such as but not limited to:
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Engineering Forensics
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Product Design
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Consumer Psychology
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Industrial Design
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Human-Machine System Design
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Computer Interface Design
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Human-Computer Interaction
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Assistive Technology
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Medical Technology Development
Combined Degree 5-Year B.S./M.S.
Tufts' School of Engineering offers ambitious undergraduate students the opportunity to a Master of Science degree (M.S.) in addition to their Bachelor of Science degree (B.S.) within 5 years. Students can choose to pursue this program as a thesis or non-thesis program and have the option of choosing from a variety of B.S./M.S. options such as (but not limited to):
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Bioengineering
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Computer Engineering
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Cybersecurity and Public Policy
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Data Science
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Human Factors Engineering
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Human-Robot Interaction
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Materials Science and Engineering
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Mechanical Engineering
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Software Systems Development
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And more....
Tufts undergraduates enrolled in this combined degree program:
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Are not required to pay the application fee or the enrollment deposit
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Are not required to submit GRE scores
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Are only required to submit 2 letters of recommendation
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Can receive a $15,000 tuition scholarship
Learn more here: https://engineering.tufts.edu/undergraduate/combined
Masters (M.S.) in Human Factors Engineering
Tufts' School of Engineering also offers various Masters (M.S.) programs in fields related to Human Factors Engineering:
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M.S. in Human Factors Engineering (Thesis Option)
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M.S. in Human Factors Engineering (Non-Thesis Option)
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M.S. in Human-Robot Interaction
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M.S. in Bioengineering (Biomechanical Systems and Devices Track)
These programs offer specialized courses, training, and research opportunities to allow students to dive deeper and develop expertise in an area of Human Factors such as:
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Medical devices and systems design
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Product design
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Computer-interface design
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Ergonomics
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Workplace safety
Certificate Programs
Medical Devices and Systems Graduate Certificate (4 Courses)
The rate of preventable deaths due to medical error is the 3rd leading cause of death in the US and a large percentage of these deaths are related to poor user interface design. As a result, the Food and Drug Administration (FDA) now requires manufacturers of Class II and Class III devices to apply HFE design principles and validate user safety. This has led to a huge demand for HFE professionals who can design and evaluate medical technology.
With this particular certificate, Tufts prepares students with the necessary skills and expertise needed to enter this exciting field. Learn more here: https://engineering.tufts.edu/me/current/certificate-programs/hf-medical-devices-and-systems
Human-Computer Interaction Certificate (4 Courses)
With the advancement of hardware processing power and software development techniques, companies must now distinguish themselves with user experiences. Excellent user interface design will be the key to whether a product succeeds or fail in the ever-competitive consumer market, and this particular certificate prepares the next generation of computer programmers to be ready for the demands of the future.
Human Factors in Data Science Certificate (4 Courses)
Big Data. Data Mining. Data Processing Pipeline.
The need for practitioners who understand the critical role of human decision making in automated systems is greater than ever and will only increase as engineering solutions turn more and more towards AI. This certificate will prepare students with the knowledge and skills to design human-AI systems based on data science and machine learning applications
Assistive Design Certificate (4 Courses)
For those passionate about community service and are interested in designing for unique populations such as professionals (e.g. veterinarians, firefighters) or individuals with disabilities, this certificate will prepare students to design assistive devices for specialized needs. These skills will be invaluable in the fields of rehabilitation, medical technology, education, and specialty services.
