B.E/B.Tech final-year student in Mechanical Engineering or Automobile Engineering.
Interest in product design and CAD.
Basic understanding of engineering drawings and mechanical design.
Moldflow Intern:
B.E/B.Tech in Polymer Engineering, Plastic Engineering, Polymer Technology, or a related field.
Basic knowledge of injection molding and polymer materials.
Familiarity with CAD software.
Exposure to Autodesk Moldflow is a plus.
CAE Structural Optimization Internship:
B.E/B.Tech or postgraduate qualification in Mechanical Engineering or Automobile Engineering.
Interest in structural analysis and optimization.
Familiarity with FEA concepts is beneficial.
CAE/CFD Process Automation using Python and AI/ML:
B.E/B.Tech or postgraduate qualification in Mechanical Engineering or Automobile Engineering.
Strong Python programming fundamentals.
Knowledge of data structures.
Knowledge of Pandas and NumPy.
Basic understanding of AI/ML concepts.
The program expects candidates to have strong fundamentals in relevant engineering disciplines.
Important technical areas include:
Solid mechanics.
Fluid dynamics.
Heat transfer.
Finite Element Method (FEM).
Engineering materials.
Engineering drawing interpretation.
Manufacturing processes.
CAD-track candidates should understand:
3D modelling.
2D drafting.
Engineering drawings.
Fits and tolerances.
BOM preparation.
Design documentation.
Knowledge of tools such as CATIA or NX can be useful for this track.
CAE candidates should be familiar with the basics of finite element analysis, including meshing, loads, boundary conditions, material definitions, optimization objectives, and result interpretation.
For the structural optimization track, familiarity with HyperMesh and OptiStruct is particularly relevant.
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