Job
Create a Parametric Digital Twin from 2D PDF Drawings (SolidWorks • STEP AP242 • FEA/Kinematics)
flat patterns).
BOMs: Top-level & purchasing BOM (XLSX/CSV); cut lists.
Simulation: Motion/kinematics check + FEA on critical parts, with short report (assumptions, safety factor).
Exports: Native
3D Model
V6 Engine Designed in SolidWorks
intake/exhaust manifolds Motion Study Compatible: Parts are fully constrained for animation and kinematic analysis Assembly-Ready: Engine is modular, allowing for easy disassembly and part analysis Manufacturing-Style
Designer
Dega Industrial
Quality design
projects) and tooling (sectors: automotion, aeronautic, nuclear, etc.) 2D/3D design, mechanical and kinematic calculations, exploded views, lists of materials, modifications, pneumatic drawings, etc. And we
3D Model
Aircraft elevator hydraulic actuator development
steering wheel to the elevator itself was designed. The project an incorporates an in-depth hydraulic, kinematic, aerodynamic and strength calculations. The 3D design was performed in Autodesk Inventor. The main
Designer
alpcanakalin
Mechanical Design Engineer - Expert in Product Design, CAD Modeling & Reverse Engineering, Surface M
aerospace, and consumer product industries. Whether it’s creating striking concept designs, performing kinematic simulations, or engineering functional parts with manufacturing precision, I bring both creativity
Designer
amanm
Mechanical Engineer with SolidWorks experience
Engineer in an Autonomous Underwater vehicle for 1 year. I have also done projects on the topic, of kinematic and dynamic simulation of mono wiper Mercedes Benz mechanism. My final year MTech thesis was on
Designer
matis_l
Mechanical engineer | F3D | 5+ CAD years | +3 years on airframe structure design
spent on the airframe structure design (AIRBUS) 7+ CAD training courses created on volumic/surfacic/kinematic and kinetic modules (3DExperience) -> given to senior mechanical engineers (avg of 15y of experience)
Designer
Fcopin3000
Mechatronics Engineer | Mechanical Design, CAD Modeling & Prototyping
capable of changing its effective diameter through a controlled linkage system. This project involved kinematic analysis, motion validation, and precise CAD modeling, strengthening my ability to design reliable
Designer
markost
Product&Mechanical Designer
optimization purposes. After that I worked on my thesis at Robotics Group on calculating the inverse kinematic chain of serial metamorphic robots, with the use of artificial neural networks. Now I work as a
Designer
kirtar
Mechanical Design Engineer with Solid background with Creo, Solidwork, Catia
Proficiency in Creo, SolidWorks, and CATIA, along with FEA and motion simulation tools for structural and kinematic analysis. ✅ Collaborating with cross-functional teams to bring mechanical concepts from initial