Amine Kartit

ㆍSupported mechanical part and subassembly design modifications for the Gulfstream G700 nacelle program, working closely with cross-functional manufacturing and production teams. ㆍUtilized CATIA to update engineering documentation and create change notices for existing designs. ㆍAssisted in identifying root causes of production issues on the manufacturing floor and collaborated with senior engineers to recommend corrective actions. ㆍGained hands-on familiarity with aerospace manufacturing environments, including exposure to engineering change management and quality control processes. ㆍCollaborated with engineers, providing technical communication and applying problem-solving skills to troubleshoot and resolve challenges in nacelle integration. ㆍDeveloped and followed Standard Work documentation and detailed operation sequences. Applied blueprint reading skills to interpret technical drawings for manufacturing processes. ㆍGained hands-on experience with quality control and compliance with aerospace standards by performing dimensional inspection procedures on nacelle components, including precise measurements of thrust reverser doors to identify minor deviations (~10^-3). ㆍWorked on composite materials (Carbon Fiber, Fiber glass, HoneyComb, etc) and manufacturing processes for nacelle production.

• BOM Management: Produced technical equipment submittals and Bills of Materials (BOM) for large-scale infrastructure, ensuring 100% compliance with safety requirements. • Mechanical Drafting: Developed detailed 2D mechanical schematics and 3D models in AutoCAD and Revit to align with thermal load requirements. • Process Improvement: Modified designs based on manufacturing capabilities to identify and mitigate thermal bridges, improving overall cooling efficiency. • Assisted in the design and selection of critical cooling systems (AHUs, chillers, ducting) for commercial projects, aligning with Basis of Design (BOD) requirements. • Performed Pipe Stress Analysis considerations and thermal modeling using Ansys to optimize airflow and cooling efficiency. • Drafted Statements of Work (SOW), equipment submittals, and Total Cost of Ownership (TCO) reports for medical-grade ventilation. • Developed 2D/3D mechanical schematics in AutoCAD and Revit (BIM) to coordinate with plumbing and fire suppression layouts. • Verified facility compliance with ASHRAE, LEED, and IBC performance regulations. • Prepared life cycle cost analysis (LCCA) reports and equipment submittals for laboratory and medical-grade ventilation projects.

ㆍDevelopment of a graphical user interface in Python for data visualization. ㆍInvolved in electronics design and software development for FPGA, ARM processors, GPU, microcontrollers. ㆍTroubleshot in-flight issues by interpreting data and applying analytical skills to quickly diagnose and resolve faults.