Advanced Manufacturing & Autonomous Systems Training
Advance Manufacturing & Autonomous Systems provides hands-on education and workforce training in advanced manufacturing, robotics, CNC machining, 3D design, and digital production. In partnership with Earth Systems Management (ESM) and its innovation platform Earthstar.ai, along with other regional collaborators, our program connects training directly to real Eastern Shore needs, such as:
- Environmental & coastal technology
- Robotics and sensor integration
- Marine, construction, and manufacturing applications
- Agriculture and aquaculture innovation
- Local business upskilling and workforce development
Our training is built around real projects, real tools, and real industry challenges—preparing students and adults for high-demand careers in a rapidly evolving technological world.
Core Focus Areas
Advance Manufacturing & Autonomous Systems (AMAS) prepares learners with the core skills and technologies that define modern manufacturing:
AR-guided and mobile-enabled workflows
Students learn how to use mobile devices, digital instructions, and augmented reality tools to complete tasks more accurately and efficiently. These technologies provide step-by-step guidance, real-time information, and visual cues that support hands-on learning and modern technical work.
Additive & subtractive manufacturing
Additive (3D printing) and subtractive (CNC machining) manufacturing teach learners how to turn digital designs into real parts through precision fabrication. Students gain hands-on experience with materials, toolpaths, slicing, and production workflows used across modern industry.
Robotics & collaborative automation
Our robotics training focuses on autonomous and field-based systems such as the HydroDrone, sensor platforms, and emerging marine technologies. Students learn autonomous navigation, data collection, and system integration for real environmental and coastal applications.
3D CAD and digital engineering workflows
Students learn how to design, model, and prepare digital files for fabrication using modern CAD tools. The focus is on design-to-production processes, simulation, and the digital engineering workflows used in today’s advanced manufacturing environments.
Data integration and cybersecurity
Modern manufacturing relies on connected systems, secure networks, and data-driven decision-making. Training includes how data flows through digital production systems and the cybersecurity measures needed to protect equipment, sensors, and automation platforms.
Industrial Internet of Things (IIoT) & predictive maintenance
IIoT teaches how machines, sensors, and networks communicate to support smart manufacturing. Learners explore how real-time monitoring and predictive maintenance improve safety, reduce downtime, and optimize production performance.
AI-enabled quality and production systems
Students learn how AI tools can support problem-solving, data interpretation, and decision-making in modern manufacturing and robotics. Training covers the benefits and limitations of AI, how to use AI responsibly, and how intelligent systems can help improve accuracy, efficiency, and project outcomes.
Who we Serve
Middle and High School Students
College ANd Audult Learners
Locals & Workforce Partners
Learn More About Our Mission and Impact
Understanding the workforce gap, why this training matters, and how our programs strengthen the Eastern Shore is essential to our work.
