Aarón Antonio Valenzuela Irigoyen

The objective of this project was to develop complete 3D models and 2D drawings that ensure the tool’s proper functionality and the accurate control of the APU Doors geometry. These deliverables are essential for maintaining manufacturing quality, ensuring precise datum control, and achieving repeatability throughout the assembly process.

The project scope includes:

Generating FR01 (final requirement vectors and surfaces) for the specified control details to establish reliable datum references for the APU Doors manufacturing process.

Creating complete 3D models and 2D drawings for the jig details listed in the project, including the application of GD&T to ensure proper dimensional accuracy and positional control.

Assigning item numbers to each JIG detail part to enhance traceability and configuration management within the tooling system.

Verifying the functionality of holders, clecos, and their respective locations within the jig to ensure proper alignment and support during the assembly of the APU Doors.

Uploading all generated 3D models and 2D drawings to Enovia, ensuring digital continuity and supporting future engineering changes.

Project Impact

Completing these tasks ensured that the APU Doors jig complies with all functional, dimensional, and quality requirements. The updated tool enhances manufacturing reliability, reduces assembly-related risks, and provides accurate, controlled tooling data that supports consistent production performance on the line.

The purpose of this project was to finalize the installation of provisions, brackets, fittings, and structural components that support all internal systems within the barrel of the Bombardier Global 7000. The scope focused on ensuring that each supporting element meets engineering requirements while providing a robust and reliable integration platform for the aircraft’s internal systems.

The installation concept was adhered to the following criteria:

Ergonomics: The design and placement of all components must support safe, efficient, and operator-friendly installation on the production line.

Locking Fixtures: All provisions and brackets must include secure locking features to guarantee precise and stable positioning aligned with engineering specifications.

Accessibility: The installation must allow easy access for assembly, inspection, and maintenance operations, minimizing time and effort during production.

Modularity: The solution must be adaptable for future system upgrades or improvements without requiring major redesign of the existing structures.

Project Impact:
Successfully completing this project enhanced the structural integration of internal systems within the aircraft barrel, reduce assembly risks, and improve reliability during production. Ergonomic and modular installation concepts supported efficiency on the manufacturing line, ensure compliance with engineering intent, and provide a stable foundation for future program updates or system enhancements.

The objective of this project was to develop complete 3D models and 2D drawings that ensure the tool’s proper functionality and the accurate control of firewall plane geometry. These deliverables are essential for maintaining manufacturing quality, ensuring precise datum control, and securing repeatability in the assembly process.

The project scope includes:
Generating FR01 (Final requirements vectors and surfaces) for the specified control details to establish reliable datum references for the tailcone manufacturing process.

Creating complete 3D models and 2D drawings for the jig details listed in the project, including the application of GD&T to control positioning and dimensional accuracy.

Assigning item numbers to each JIG detail part to improve traceability and configuration management within the tooling system.

Verifying the correct functionality of holders, clecos, and their respective locations within the jig to ensure proper assembly support and alignment on the production line.

Uploading all generated 3D models and 2D drawings to Enovia to maintain digital continuity and support future engineering changes.

Project Impact:
Completing these tasks ensured that the firewall jig meets all functional, dimensional, and quality requirements. It enhanced manufacturing reliability, reduce assembly risks, and provide accurate, controlled tooling data for continuous use on the production line.