- #1
belbasaur
- How did you find PF?
- Google search
◎ As Structural Design Engineer,
Highly-motivated individual with a demonstrated history in Finite Element Analysis to solve complex structural
engineering problems, applying numerical methods approach and view solution results (Post- Processing) to
optimize the design of a Ship to Shore (STS) Crane.
I use FEMAP with NX Nastran software and perform the following FE Solvers:
Non-Linear Static Analysis
Modal Analysis (Eigenmode)
Non-Linear Seismic Analysis
Response Spectrum Analysis
Non-Linear Fatigue Analysis
Panel Buckling Analysis
Marine Transportation Analysis
I also use the following software:
AutoCAD Mechanical
MIFES
NastDBX_V7
CASC_V61
◎ As Simulation Engineer,
I am creating STS Crane Simulation Model through the use Vortex Studio Simulation Platform
Software and Script creation using Python Programming Langauge - To help aspiring crane operators to practice
crane operation on a high-fidelity, physics-oriented PLC-based crane simulation model. See attached simulator for
reference.
Langauge used: Python
Softwares:
Autodesk Inventor
Autodesk 3DS MAX
Simulation Skills:
3D Asset Generation (3D models with applied mechanism and constraints).
Map Modeling using 3DS Max
Texture Creation and Graphics Rendering on 3DS MAX
Highly-motivated individual with a demonstrated history in Finite Element Analysis to solve complex structural
engineering problems, applying numerical methods approach and view solution results (Post- Processing) to
optimize the design of a Ship to Shore (STS) Crane.
I use FEMAP with NX Nastran software and perform the following FE Solvers:
Non-Linear Static Analysis
Modal Analysis (Eigenmode)
Non-Linear Seismic Analysis
Response Spectrum Analysis
Non-Linear Fatigue Analysis
Panel Buckling Analysis
Marine Transportation Analysis
I also use the following software:
AutoCAD Mechanical
MIFES
NastDBX_V7
CASC_V61
◎ As Simulation Engineer,
I am creating STS Crane Simulation Model through the use Vortex Studio Simulation Platform
Software and Script creation using Python Programming Langauge - To help aspiring crane operators to practice
crane operation on a high-fidelity, physics-oriented PLC-based crane simulation model. See attached simulator for
reference.
Langauge used: Python
Softwares:
Autodesk Inventor
Autodesk 3DS MAX
Simulation Skills:
3D Asset Generation (3D models with applied mechanism and constraints).
Map Modeling using 3DS Max
Texture Creation and Graphics Rendering on 3DS MAX
