Lernziele:

1. Assemble mechanical components with precision using calibrated tools and validate assembly accuracy through simulation-based diagnostics.

2. Integrate electrical circuitry according to detailed schematics and verify system integrity using simulation-enhanced troubleshooting checklists.

3. Test pneumatic systems under simulated load conditions, using calibrated sensors and simulation data to document system responses.

4. Troubleshoot and resolve subsystem malfunctions by combining hands-on diagnostics with simulation error tracing, recording corrective actions comprehensively.

Module

Lernziele:

1. Program robust sensor integration routines employing VEXcode and simulate environmental interactions to confirm system response.

2. Implement advanced control algorithms, such as PID controllers, within simulation environments and document iterative improvements.

3. Deploy autonomous operational routines in both physical setups and simulated environments for holistic performance testing.

4. Apply systematic debugging strategies using simulation cycles to identify and record code modifications and performance enhancements.

Module

Lernziele:

1. Develop simulation models using tools such as MATLAB Simulink or comparable platforms to replicate robotic system behaviors accurately.

2. Analyze simulation output data to identify design inefficiencies and predict performance bottlenecks.

3. Optimize system parameters through iterative simulation cycles, documenting adjustments and resulting improvements systematically.

4. Validate simulation predictions with controlled experiments and refine simulation models based on empirical feedback.

Module

Lernziele:

1. Coordinate team efforts using digital project management platforms and simulation data sharing to ensure unified project execution.

2. Assign clear roles and schedule simulation-based testing phases to align with project milestones and deliverables.

3. Facilitate structured problem-solving sessions to analyze simulation results and adapt project strategies accordingly.

4. Document team meetings and decisions, integrating simulation feedback to iteratively refine project outcomes.

Module

Lernziele:

1. Produce comprehensive technical reports that integrate detailed CAD schematics, simulation graphics, and design narratives.

2. Develop and deliver digital presentations incorporating simulation visualizations that clarify complex technical concepts to diverse audiences.

3. Present empirical simulation analysis using data-driven visualizations and interactive elements to facilitate stakeholder understanding.

4. Solicit and integrate peer and expert feedback on simulation outcomes, documenting iterative enhancements and communication improvements.

Module

Lernziele:

1. Collect and analyze empirical performance data alongside simulation results to quantify system efficiency.

2. Benchmark system performance against industry standards and simulation outputs to identify improvement opportunities.

3. Implement iterative optimization cycles based on simulation feedback, documenting performance enhancements through structured logs.

4. Synthesize analytical findings from simulation and benchmarking studies to inform evidence-based design revisions.

Module