Designer
abdulrahmanr1
Mechatronics Engineering | CAD | Control
tangible realities. My expertise extends beyond mere design, incorporating in-depth knowledge of stress analysis to ensure structural integrity under diverse conditions. I meticulously consider manufacturing
3D CAD Design
ANSYS
Autodesk Inventor
CAD Design
Control Engineering
Electrical Design
Manufacturing Processes
MATLAB
MATLAB Simscape
MATLAB Simulink
Mechanical Design
Mechanical Design and Analysis
Mechanical Engineer
Mechanical Engineering
Mechatronics
PLC Programming
Proteus Design Suite
Python
Python Programming
Siemens TIA Portal
SolidWorks
Stress Analysis
Designer
Carlos Balderrama
Mechanical engineer and designer
role/career description, lack of professional or economic growth, mismanaged project requirements and other stress generatos. This forced me to look out for a solution to a better work/life balance which led me to
2D to 3D Conversion Services
3D Design Services
3D Modeling
3D Rendering Services
Advanced Surfacing
Aerodynamic Analysis
APQP
Assembly Automation
Assembly Design
Assembly Drawings
Assembly Jigs and Fixture
AutoCAD
Automotive Design
Bill of Materials
BobCAM
BOM
CAD Assembly
CAD Design
CAD Drawing
CAD Drawing Services
CAD Engineering
CAD/CAM
CFD Analysis
CIMCO Software
CNC Design Services
CNC Programming
Design Calculation
Design for Assembly
Design for Manufacturing
Design Optimization
Dynamic Mechanical Analysis
Engineering Design
Engineering Drawing
Engineering Modeling
Engineering Project Management
Engineering Services
FEA
Hydraulic Cylinders Engineering
Hydraulics
Machine Design
Mechanical Animation
Mechanical Design
Mechanical Drafting
Mechanical Engineering
Pneumatics
Programming
SolidWorks
SolidWorks Motion Analysis
SolidWorks PhotoView 360
SolidWorks Simulation
SolidWorks Visualise
SURFCAM
Designer
santoshkrs
Robotics and Controls Industrial Management System Production Operation Management Finite Element Analysis Mechanical Vibration Energy, Resources, and Utilization Engineering Statistics Project Management
2D CAD Design Services
2D to 3D Modeling
3D Logo Design
3D Modeling
3D Solid Modeling
ANSYS
ANSYS Fluent
ANSYS Workbench
Assembly Modeling Services
AutoCAD
CAD Design
CFD Analysis
Computational Fluid Dynamics
Design Engineering Services
Engineering Design
FEA
FEA Finite Element Analysis
Finite Element Analysis
Fluid Dynamics
Heat Transfer
HVAC Design
HVAC Design Services
LabVIEW
Machine Design
MATLAB
Mechanical CAD Design
Mechanical Design Services
Mechanical Drawing Services
Mechanical Engineer
Mechanical Engineering
Meshing
PCB Design Services
Piping Design
Plumbing Design
Robotics
Simulation
Simulink
SolidWorks
SolidWorks Design Services
Static Structural Analysis
Structural Analysis
Thermodynamics
Blog Post
FEA (Finite Element Analysis) Mistakes to Avoid When Hiring FEA Engineering Services
The idea behind FEA (finite element analysis) is to predict how a design or structure responds to various types of physical forces and study the possibility of failure without using a physical prototype
engineering design
FEA
product design and development
Designer
Ashraf waly
CAD Design Professional
square, Heliopolis, Cairo, Egypt Floor 5, Flat 1 OBJECTIVE: To obtain a position within a large dynamic company where there are opportunities for growth and development. CAREER PROFILE: § Excellent interpersonal
API
Assembly Drawings
AutoCAD
Bentley AutoPlant
CAD Design
CAD Drawing
CAM
CNC Programming
Design Engineer
Drafting
Equipment Design
FEA
Finite Element Analysis
Heat Transfer
Instrumentation
Isometric Design
Layout Design
Machine Design
Mechanical Desktop
Piping Design
Piping Engineering
Plant Layout
Programming
Stress Analysis
Thermodynamics
Water Treatment
Welding
Blog Post
What Is FEA (Finite Element Analysis), and How Do Companies Use FEA for Products?
Finite element analysis (FEA) uses a computational mathematical method to subdivide a CAD model of complex geometrical and irregular shapes into individual elements for analytical simulation. A model or
CAD
FEA
product design
product design and development