Training

CADELL Technologies set up a dedicated Training division – CADELL Training Learning Centre to provide Professional CAD Training to Engineering Professionals, Fresh Engineering Graduates and to the college students. We have designed our training program in a manner that makes you to understand the concept of designing, use of tools of the different mechanical Software that brings your skills that match with top aerospace, automotive and manufacturing industries requirement

We boost engineering professional with the new technologies in the different domain of mechanical software which makes easy for them for high level career growth which they can feel while working. We assist Fresh engineering graduates and college students and provide CAD training which means to and act as a halogen light to guide the path and brings on the right track and gives the correct shape to career seekers. Our high-quality courseware is designed in such a way to suits the various needs and expertise.

CADELL TLC is the centre of Excellence for enabling every engineer with latest mechanical tools and technologies essential for global engineering today. CADELL gives the unique blend of classroom learning and industry exposure and provides 24X7 labmfacilities to the trainee that enable the best use of time.

Overview of CAD/CAE/CFD:

o Focuses on the creation and modification of 2D and 3D models.
o Enables precise geometric representation of designs.
o Used for product design, drafting, and documentation.

o Involves the analysis and simulation of designs to predict their performance.
o Includes techniques like Finite Element Analysis (FEA) for structural analysis and thermal analysis.
o Helps identify potential design flaws and optimize performance.

o Simulates fluid flow and heat transfer.
o Used to analyze aerodynamic performance, fluid mixing, and thermal behavior.
o Provides insights into fluid dynamics that are difficult to obtain through physical testing.

Key Training Components:

o 2D Drafting: Learning to create technical drawings and schematics.
o 3D Modeling: Mastering solid modeling, surface modeling, and parametric modeling.
o Assembly Design: Understanding how to create and manage complex assemblies.
o CAD Software Proficiency: Gaining expertise in industry-standard software like AutoCAD,
SOLIDWORKS, CATIA or NX.
o Drafting standards: ISO and ANSI standards.

o Finite Element Analysis (FEA): Understanding FEA principles and techniques.
o Structural Analysis: Analyzing stress, strain, and deformation of structures.
o Thermal Analysis: Simulating heat transfer and thermal behavior.
o Modal Analysis: Determining natural frequencies and vibration modes.
o CAE Software Proficiency: Learning to use software like ANSYS, Abaqus, or Nastran.
o Material properties: Usage of correct material properties for simulations.

o Finite Element Analysis (FEA): Understanding FEA principles and techniques.
o Structural Analysis: Analyzing stress, strain, and deformation of structures.
o Thermal Analysis: Simulating heat transfer and thermal behavior.
o Modal Analysis: Determining natural frequencies and vibration modes.
o CAE Software Proficiency: Learning to use software like ANSYS, Abaqus, or Nastran.
o Material properties: Usage of correct material properties for simulations.

o Fluid Mechanics Principles: Understanding fluid flow, heat transfer, and turbulence.
o Mesh Generation: Creating high-quality meshes for accurate simulations.
o CFD Solver Techniques: Learning to use different numerical methods.
o Post-Processing and Visualization: Analyzing and interpreting simulation results.
o CFD Software Proficiency: Gaining expertise in software like ANSYS Fluent & STAR-CCM+.
o Turbulence modeling: Understanding and applying different turbulence models.

CADELL TLC offers CAD training on multiple CAD tools: –

  • CATIA V5/6
  • ANSYS
  • Creo
  • NASTRAN
  • NX
  • HYPERMESH
  • AutoCAD

Why do mechanical engineers should undergo CAD/CAE/CFD Training

CAD/CAE/CFD training equips engineers and designers with the tools and domain knowledge to create, analyze, and optimize designs using computer-aided design & technologies.

How & Where do mechanical engineers can use or apply their skills & knowledge learned at CADELL TLC: –

Reduces errors and improves design quality.

Aircraft design, aerodynamic analysis, and thermal management.

Enables faster design iterations and prototyping.

Vehicle design, crash analysis, and engine cooling.

Minimizes the need for physical prototypes and testing.

Product design, tooling design, and process optimization.

Optimizes designs for performance and reliability.

Structural analysis of buildings and bridges, and fluid flow in pipelines.

Simulations allow for a deeper understanding of how a product will react to different
conditions.

Medical device design, and simulation of blood flow.

Training Delivery Methods:

  • Classroom Training:
    o Traditional instructor-led training.
  • Online Training:
    o Flexible and accessible training through online platforms.
  • Hands-on Workshops:
    o Practical training with real-world applications.
  • Software Tutorials:
    o Self-paced learning with software documentation and tutorials.
  • Certification Programs:
    o Industry-recognized certifications to validate skills.
    By providing comprehensive CAD/CAE/CFD training, organizations can empower their engineers and
    designers to create innovative and high-performing products.