The Rise of Relativity Space: How CNC Machining & Additive Printing Are Shaping Aerospace
2025 Design Journey Archive
Portfolio 2 - Relativity Space
Orbit Ready: Bite-Sized Lessons in Space Tech Mastery
An immersive educational journey that combines innovative design principles with interactive storytelling to create meaningful learning experiences.
Relativity Space - Machine Shop Training
Transforming aerospace manufacturing through innovative training solutions and cutting-edge technology integration
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Challenge
Diverse Learning Needs
Meet the Machine Shop team's diverse learning needs, including metal additive printing, while upholding Relativity Space's innovative standards.
Skills Gap Analysis
Identified critical gaps in advanced manufacturing techniques, particularly in metal additive printing technologies essential for aerospace innovation.
Innovation Standards
Required training solutions that maintained Relativity Space's cutting-edge reputation while ensuring practical skill development across diverse learning styles.
Team Diversity
Addressed varying experience levels and learning preferences within the machine shop team to ensure comprehensive skill development.
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Solution
Collaborative Training Development
Collaborated with experts and the Talent Development team to deliver tailored training using Articulate Storyline authoring tools and an AI toolkit, incorporating feedback for continuous improvement.
Expert Collaboration
Partnered with industry experts and internal Talent Development specialists to create comprehensive, technically accurate training content.
Articulate Storyline Integration
Leveraged advanced authoring tools to create interactive, engaging learning experiences tailored to aerospace manufacturing requirements.
AI-Enhanced Learning
Implemented AI toolkit features for personalized learning paths and adaptive content delivery based on individual progress and needs.
Feedback Integration
Established continuous feedback mechanisms to refine and improve training effectiveness based on learner performance and engagement metrics.
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Impact
Manufacturing Excellence
Improved manufacturing efficiency through targeted training, enhancing precision, reducing errors, and streamlining workflows.
Enhanced Precision
Achieved measurable improvements in manufacturing precision through targeted skill development and advanced technique training.
Error Reduction
Significantly reduced manufacturing errors and rework through comprehensive training on best practices and quality control measures.
Workflow Optimization
Streamlined manufacturing workflows by training team members on efficient processes and innovative manufacturing techniques.
Innovation Culture
Fostered a culture of continuous learning and innovation, maintaining Relativity Space's position at the forefront of aerospace manufacturing.
Relativity Space
Manufacturing engineers, CNC machinists, and aerospace technicians involved in rocket engine production and additive manufacturing.
To increase precision and efficiency in rocket engine production by equipping teams with up-to-date training on CNC machining and 3D printing technologies.
Content was obtained through direct collaboration with engineering teams, reviewing internal SOPs, and analyzing new manufacturing workflows and aerospace standards.
Used corporate brand guidelines and technical documentation to guide consistency. Templates were created in Storyline 360 and Rise 360, with technical illustrations and animations. Fonts, headers, and layouts followed engineering documentation standards. No voiceover was used, to ensure reusability and modular updates.
Challenge: Translating complex aerospace engineering language into accessible training.
Learned: Collaborating closely with SMEs early in the process reduced rework and ensured accuracy.
Learned: Collaborating closely with SMEs early in the process reduced rework and ensured accuracy.
Approximately 10 weeks from needs analysis to implementation.
Yes, all modules were delivered on schedule, with stakeholder approval at each milestone.
Pre- and post-assessments, error rate reduction metrics, and workflow efficiency benchmarks.
Significant reduction in manufacturing errors and increased adoption of additive manufacturing protocols, which improved production timelines and quality control.
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