Workshop Overview
This three-day workshop introduces practical methods for applying Artificial Intelligence (AI), Machine Learning (ML), and multi-source data fusion to enhance situational awareness and operational planning. Participants gain a mission-focused understanding of AI concepts, explore successful defense use cases, and practice developing decision-support strategies. The course emphasizes conceptual understanding, risk awareness, and human–machine teaming rather than programming.
Learning Objectives
- Explain core AI/ML concepts relevant to operational decision support.
- Recognize how data fusion improves the quality and timeliness of decisions.
- Evaluate opportunities, limitations, and risks of AI across mission areas.
- Apply a structured approach to integrate AI tools into planning cycles.
- Design an initial roadmap for adopting AI in a unit or organization.
Prerequisites
- Familiarity with defense or government operations helpful
- No programming or advanced mathematics required
Target Audience
- Officers, analysts, planners, logisticians
- Defense contractors & federal program managers
- Intelligence & mission support personnel
Development Environment
- Slides, mission vignettes, and group worksheets (provided)
- Breakout rooms or online collaboration tools for exercises
Agenda
Day 1: Foundations & Mission Context
- Introduction & Course Orientation (45m): We'll explore how AI fits into the broader landscape of military technology and why it matters for operational effectiveness.
- AI & Machine Learning Essentials (1.5h): Learn how data and algorithms translate into actionable mission outcomes, with real-world examples from defense applications.
- Data Fusion for Situational Awareness (1.5h): Explore methods for handling uncertainty, conflicting information, and time-critical decision requirements.
- Defense Use Cases Deep Dive (2h): Interactive case study discussions covering both successes and lessons learned from field implementations.
- Mission Mapping Exercise (1h): Hands-on group activity where teams analyze a sample mission scenario, identify key decision points, and propose AI support strategies. Teams present their findings and receive peer feedback.
Day 2: Building AI-Enabled Decision Support
- From Mission Needs to AI Requirements (1h): Learn problem framing techniques, data needs assessment, and how to define success measures that align with mission objectives.
- Human–Machine Teaming (1h): Explore explainability requirements, trust-building strategies, and maintaining appropriate commander oversight while leveraging AI capabilities.
- AI System Lifecycle & Assurance (1h): Cover testing methodologies, validation approaches, red-teaming techniques, and continuous monitoring strategies.
- Contested Logistics Scenario Workshop (2h): Teams work through the complete process of outlining an AI-enabled decision-support approach, from problem identification to solution architecture.
- Security & Ethical Considerations (1h): Operational security implications, adversarial AI risks, and DoD AI Ethical Principles in practice. Case studies of security challenges and mitigation strategies for AI-enabled systems.
- Measuring Impact & ROI (1h): Learn to assess improvements in readiness, decision speed, accuracy, and cost-benefit analysis for defense applications.
Day 3: Operationalization & Roadmapping
- Governance & Oversight (1h): Learn to navigate the regulatory landscape and ensure compliance.
- Building an AI-Ready Organization (1h): Practical tools for building internal capabilities.
- Capstone Project (2.5h): Teams work through requirements analysis, solution design, implementation roadmap, and risk assessment.
- Team Presentations & Peer Feedback (1.5h): Structured peer feedback sessions help refine approaches and identify implementation challenges.
- Future Trends & Closing (1h): Discussion of future opportunities, challenges, and how to stay current with AI developments in defense applications.
Materials Provided
- Illustrated slides & glossary of AI terms
- Mission vignettes & data-fusion templates
- Decision-support framework & roadmap checklist
- Recommended reading list
Security & Classification
All materials are unclassified; scenarios are sanitized for training.
Contact
To request dates or a private cohort, contact [email protected].