Research Topics

Align Yourself with Our Research Areas

The Draper Scholars Program emphasizes empowering students in 14 key research areas to make the greatest impact. We encourage applicants to align their research with these topics.

Artificial Intelligence and Machine Learning

Draper uses Artificial Intelligence and Machine Learning to provide critical capabilities to our advanced systems in the national security, biosecurity, space, and military domains; however, an overarching challenge of developing new ML models in these domains is sparse, irregular, non-representative, or incomplete training data sets. Another challenge is building calibrated trust between the AI systems and users to prevent critical errors and increase adoptability into operations.  Draper seeks methods to advance the state of the art in this field.

We are typically interested in PhD candidates for the development of novel approaches and MS candidates for the application of existing approaches to solving open problems-of-interest to Draper.

Operational AI leveraging ML from imperfect data sets

Training successful ML algorithms, especially deep learning models, requires large, comprehensive data sets that are similar to those collected in operation use conditions. In many of our domains of interest it is not feasible to generate large sets of training data because there are historically few examples or the events of interest are infrequent or unique. Additionally, many missions are extremely fast paced with high levels of uncertainty. Deployed AI systems with ML models must be trusted to operate in way that increases accuracy or efficiency without introducing unnecessary burden to the user or causing critical failures.

Technical Point of Contact

Margaret Duff
617.620.3907
mduff@draper.com

Research Interests

Enabling autonomous systems or agents to perform accurately and robustly in novel, complex, or uncertain situations.
    • Collaborative control, tasking, navigation, or decision making
    • Scene understanding and analysis, including multi-sensor integration, object persistence, contextual reasoning, and threat characterization
    • Mission planning, mission management, and decision support
    • ML models that enable self-assessments of performance in areas such as uncertainty, data quality, or reliability
    • Hybrid AI systems that can integrate ML models with expert systems
Using digital signal analysis to attack, protect, or support sensor, computing, or communication systems.
    • Cognitive electronic warfare
    • Cybersecurity
    • Finding signals in noisy data
Identifying and responding to threats and events that have biological causes or biological consequences.
    • Chemical, biological, radiation, and nuclear event prediction, detection, and mitigation
    • Pandemic detection and response
    • Multi-omic analyses for drug discovery or personalized treatment
Improving manual, resource-intense optimization and manufacturing processes to create electrical, mechanical, or integrated hardware designs.
    • Photonics gratings for miniaturized LIDAR
    • Semiconductors or microelectronics
    • Electromechanical systems
    • Validation and verification

Have Any Questions?

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Undergraduate and graduate students gain valuable hands-on experience through our co-op education and internship programs. Students can receive academic credit and have the opportunity to present their research outcomes.

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