Aerospace Manufacturing A Part

OUSMAN SEBI

***** ***** *** ** ****, WA ***** · 253-***-****

************@*****.***

Motivated and skilled machining student seeking a job at to further develop experience in operating and maintaining industrial-grade machinery to contribute to aerospace manufacturing processes.

EXPERIENCE

FALL 2022 – SPRINT 2024

MACHINE

Proficient in operating and maintaining Manual/CNC machines, lather, and milling machines.

Able to set up machines according to specifications, including loading materials, adjusting settings, and calibrating equipment.

Skilled in achieving precise measurement and product specifications.

Ensured safety protocols were followed at all times to maintain a safe working environment.

Experience using a computer such as internet navigation, email, Microsoft Office and other specialized

Able to read, understand and interpret engineering drawing

Experience using Mastercam for 3-axis mill/lathe Machine, 2D and 3D design, wireframe ad solid modeling, and creating toolpaths.

EDUCATION

FALL 2022 TO SPRINT 2024

MFG, Green river colloge

Associate Degree in Machine & Manufacturing Technology (Jun 2024)

SKILLS

Strong attention to detail

Ability to work effectively in a team environment

Proficient in reading and interpreting technical drawings

Proficient in Mastercam

Familiar with G and M code Programming

Basic knowledge of welding techniques

Proficient in reading and interpreting technical drawings

ACTIVITIES

As a machinist, we created a part from rod material based on a blueprint provided. The project involved producing a part measuring 1.975” x 0.3125’ with 75 holes, made from 6061 aluminum. The operations were performed on manual mill machine, the process involved obtaining the rod material specified in the blueprint, selecting the required tools, loading the rod material and tools into the machine. The process began facing to achieve precise dimension, followed by spot drilling, drilling through holes using an undersized drill bit, reaming to a diameter of 0.3125, and chamfering the all edges by 0.125”. The project was completed successfully with precision.

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