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Discover the Dartmouth Difference

Dartmouth Researchers Receive Funding Awards to Develop New Vaccines

Professor Margaret Ackerman will co-lead recipients of funding from the Biden-Harris Administration's Advanced Research Program for Health to support innovations in pandemic preparedness and vaccine generation.

Dartmouth Engineering Applies Human-Centered Design to the Challenge of Illegal 3D-Printing of Machinegun Conversion Devices

An ongoing partnership between the Design Initiative at Dartmouth and the US Department of Justice is leveraging the design thinking process to address an increasingly complex and deadly problem.

Dartmouth Engineering Earns DOE's Zero Energy Design Designation

Dartmouth's undergraduate engineering programs have earned the US Department of Energy's (DOE) special designation for exemplary project-based curriculum in sustainable design.

Innovating for Women

Dartmouth Engineering Professor Britt Goods Th'11 studies systems biology with a focus on women's health issues, which historically have been woefully underexamined.
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Program Areas

Biological/Chemical

Biomedical

Electrical/Computer

Energy

Materials Science

Mechanical/Operations/Systems

Doctoral Degrees

PhD

Doctor of Philosophy

Offers flexibility within and across research/program areas and prepares you for either a professional or academic position.

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PhD-I

PhD Innovation Program

Supplements the doctoral engineering curriculum with entrepreneurial studies—the first of its kind in the nation.

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Master's Degrees

MEng

Master of Engineering

Provides specialized depth in your field of choice through either full-time or part-time coursework.

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MEM

Master of Engineering Management

Combines graduate level engineering courses with management classes at Tuck School of Business.

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MS

Master of Science

Emphasizes engineering research, applied mathematics skills, and depth with breadth across disciplines.

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Bachelor's Degrees

AB

Bachelor of Arts

Offers a unique undergraduate major in engineering sciences grounded in the liberal arts.

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BE

Bachelor of Engineering

Provides a professional accredited engineering degree in addition to the Bachelor of Arts.

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Dual

Dual-Degree Program

Gives students at partner schools a path to study engineering at Dartmouth.

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Research Quick Takes

Gabby Moss headshot

Nanoparticle-Based Biosensors

PhD candidate Gabby Moss and Professor Sol Diamond co-authored "Effects of Salt Concentration on a Magnetic Nanoparticle-Based Aggregation Assay with a Tunable Dynamic Range," published in Sensors. The team experimentally demonstrated the effects of salt concentration on magnetic nanoparticle (MNP) biosensing efficacy and mathematically modeled MNP stability in solutions with different salt concentrations. "Our work can be leveraged to design an in vivo nanoparticle-based biosensor with enhanced efficacy in the event of varying salt concentrations," says Moss.

Professor Geoffrey Luke

NIH Cancer Imaging Award

Professors Geoffrey Luke and Kim Samkoe were awarded a $2.2 million four-year grant from the National Institutes of Health (NIH). "The project is focused on combining ultrasound imaging with tumor-targeted nanodroplets to detect the presence of oral cancer in lymph nodes," says Luke. The research could lead to better diagnosis and fewer surgeries.

UAM Network

INFORMS AAS Best Paper Award

Professor Vikrant Vaze received the INFORMS AAS Best Paper Award as co-author of, "Vertiport Planning for Urban Aerial Mobility: An Adaptive Discretization Approach" published in Manufacturing & Service Operations Management. The paper optimizes the number, locations, and capacities of vertiports for electric vertical-takeoff-and-landing (eVTOL) vehicles in urban aerial mobility (UAM) systems while capturing interdependencies between vertiport deployment, tactical operations, and passenger demand.

Comparison of TEG modulus

Metamaterial Designs for Better Energy Harvesting

PhD students Ya Tang, Huan Zhao, and Xiangbei Liu, alum Jace Henry '24, and Professor Yan Li co-authored "Design of metamaterial thermoelectric generators for efficient energy harvesting," published in Energy Conversion and Management: X. The team demonstrated that thermoelectric generators (TEGs) incorporating metamaterial designs offer significant potential to enhance energy harvesting efficiency and broaden application possibilities. "By capturing waste heat from industrial processes, vehicles, and electronic devices, these metamaterial-based TEGs can contribute to energy conservation and promote environmental sustainability," says Li.

More Quick Takes

Events

Oct

17

PhD Thesis Proposal: Larson Kaidel

Oct

17

PhD Thesis Proposal: Steven Ionov

Oct

18

PhD Thesis Proposal: Pushpendra Singh

Oct

18

Jones Seminar: Enabling the Surgeon of the Future—Technologies for enhanced surgical navigation

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