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Solving problems through use-inspired research

  • Resilience against global turbulence

    In the emerging field of resilience, Northeastern is already an international leader. At the Global Resilience Institute, researchers and policymakers help communities prepare for natural and manmade disasters—and to bounce back even stronger.

  • Ensuring network security

    Safeguarding information networks is a priority for Northeastern. At the Kostas Research Institute for Homeland Security, scientists and engineers in hardware and software work to develop and protect systems vital to national security. At the Cybersecurity and Privacy Institute, experts in cryptology, networks, and algorithms fortify internet systems against hacking and privacy loss, and design techniques to safeguard and share information safely.

  • Sustaining coastal communities

    At the Coastal Sustainability Institute, Northeastern researchers address environmental threats to coastal ecosystems, from Massachusetts’ wetlands to Cuba’s coral reefs. Faculty explore sea-level rise and storm surge, collapsing fisheries, invasive species, pollution, loss of biodiversity, and extreme weather.

  • Forecasting global events and trends

    Researchers at the Network Science Institute identify and explain the patterns and mechanisms underlying complex linked phenomena, from viral pandemics to the spread of political ideas.

  • Building materials at the nanoscale

    From super small components come big ideas for medicine, energy, manufacturing, security, construction, and the military. With nanosized wires, tubes, and particles, researchers are creating faster, stronger materials. In the works are artificial joints and organs, sustainable energy harvesting and storage, and electronics and sensors that boost cost efficiency 100-fold.

  • Delivering better medicines

    At Northeastern, researchers are reimagining drug discovery. Teams are identifying candidate antibiotics to fight drug-resistant bacterial infections. They’re developing targeted therapies for cancer, heart disease, and rheumatoid arthritis to minimize side effects.

ISEC research clusters

  • Molecular, cellular, and tissue engineering

    Engineers and biologists aim to make drug testing faster and study the impact of mechanical forces on cells at the molecular level.

  • Human-centered robotics

    This research group develops robots and assistive devices to empower people. Some machines assist the elderly, improve healthcare, or ensure public safety. Others are bound for harsh environments, including the deep ocean.

  • Synthetic chemistry

    This laboratory cluster is designed to develop complex compounds and materials for drug discovery and engineering.

  • Brain and cognitive health

    Researchers across disciplines—engineering, chemistry, biology, exercise physiology, and more—collaborate to better understand how our lifestyle choices affect brain development and function.

  • Drug delivery and structural biology

    This research team designs small molecules, the basis of new medicines to treat schizophrenia, among other devastating diseases.

  • Translational biophotonics

    This research cluster harnesses visible and near-infrared light rays to examine disease. University researchers collaborate with medical experts at Boston’s world-class research hospitals to develop new optical technologies.

  • Cybersecurity and privacy

    Cybersecurity and Privacy Institute researchers design techniques to safeguard data and strengthen critical wireless and cloud-network infrastructure against attack.