R&d engineer – mechanical design for additive manufacturing

1- Hot torsion test using Gleeble 3800 physical simulator.
2- Mechanical testing on samples (Torsion, Creep & Compression)
3- Finite element modeling of the hot torsion & Compression tests using DEFORM.
4- Microstructural characterization of deformed samples.
5- Analysis of the results, discussion.
6- Present the research outputs in conferences and seminars.

- Review detailed design specifications and drawings submitted by contractors.
- Prepare and modify the technical layout drawings for submitting to the main client.
- Ensure effective material handling and control & Validate work progress.
- Identify issues that impede project progress and report to Project Managers.
- Engineering study using API, ASME.
- Prepare complete as built drawings & dossiers.
- Ensure pipeline construction, coating and hydrotesting activities are performed in compliance with approved project specification, international standard and codes.
- Involvement in detail design, Front end Engineering Design (FEED).
- Prepare equipment technical specifications and data sheets.
- Prepare the materials take off (MTO), specifications and data sheet for the piping items.
- Alignment sheet development.

RESEARCH DUTIES:

Testing Materials: IN718, AA2024-T3 & Ti-6Al-4V.

1- Hot torsion test using Gleeble 3800 physical simulator.
2- Mechanical testing on samples (Torsion, Creep & Compression)
3- Finite element modeling of the hot torsion & Compression tests using DEFORM.
4- Microstructural characterization of deformed samples.
5- Analysis of the results, discussion.
6- Present the research outputs in conferences and seminars.