Advanced Manufacturing for Attritable Autonomous Systems Training by Tonex
Advanced Manufacturing for Attritable Autonomous Systems Training by Tonex prepares engineering, production, and defense manufacturing teams to build affordable autonomous platforms at speed, scale, and repeatable quality. The course focuses on manufacturable system architecture, modular airframes, automated assembly flow, motor and electronics production, battery pack integration, robotic workcells, digital production twins, and factory acceptance testing for attritable drone-class systems. Participants explore how cost, throughput, reliability, supplier readiness, and quality checkpoints shape production decisions.
Cybersecurity plays a direct role in protecting digital manufacturing data, production twins, firmware loading, test records, and connected production equipment. Secure manufacturing workflows help prevent tampering, counterfeit components, unauthorized configuration changes, and supply chain compromise across autonomous system production.
Learning Objectives
- Apply design-for-manufacturing principles to attritable autonomous system production.
- Plan modular production lines for rapid, high-volume output.
- Use automation strategies to reduce unit cost and improve throughput.
- Establish quality controls for fast-paced defense manufacturing environments.
- Integrate hardware, software, firmware, and test processes at production scale.
- Strengthen cybersecurity across connected production systems, digital twins, component traceability, and test-data workflows.
Audience
- Manufacturing engineers
- Production managers
- Defense contractors
- Robotics integrators
- Industrial engineers
- Quality assurance teams
- Autonomous systems developers
- Supply chain and operations teams
- Cybersecurity Professionals
Course Modules
Module 1: Attritable System Design
- Low-cost autonomous architecture
- Mission-driven design tradeoffs
- Modular subsystem planning
- Airframe simplification methods
- Maintainable component layouts
- Production scalability factors
Module 2: Manufacturability and Assembly
- Design-for-assembly principles
- Part-count reduction methods
- Fastener and joint selection
- Tolerance planning practices
- Assembly sequence development
- Labor and takt considerations
Module 3: Scalable Airframe Production
- Molded structure planning
- Lightweight material selection
- Repeatable part fabrication
- Tooling readiness factors
- Surface finish controls
- Airframe inspection checkpoints
Module 4: Motors and Power Systems
- Motor subcomponent production
- Automated winding workflows
- Rotor and stator handling
- Battery pack assembly flow
- Thermal safety controls
- Power-system quality checks
Module 5: Electronics Production Integration
- PCB assembly planning
- Component placement controls
- Firmware loading governance
- Harness routing practices
- Sensor integration checkpoints
- Secure configuration tracking
Module 6: Digital Factory Operations
- Robotic assembly cell design
- Digital production twin use
- Throughput calculation methods
- Cost driver analysis
- Acceptance testing processes
- Quality data feedback loops
Build scalable, secure, and cost-effective production capability with Advanced Manufacturing for Attritable Autonomous Systems Training by Tonex.