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CAM, 5-Axis CNC & Additive Manufacturing

Additive Manufacturing & Design for 3D Printing (DfAM)

Transition from subtractive to additive engineering. Master generative lattice structures, SLA/SLS/DMLS printing protocols, orientation optimization, and post-processing.

4.88 (1,420 reviews)
45 Hours
Authorized Certification

About this Certification

Executive Program Summary

Additive manufacturing produces mission-critical aerospace brackets and patient-specific medical implants. This course covers Design for Additive Manufacturing (DfAM) principles to minimize support structures while maximizing strength-to-weight performance.

Key Learning Outcomes

  • Material selection: Thermoplastics, engineering photopolymers, and metal laser sintering powders.
  • Lattice structure creation and generative lightweighting.
  • Slicing optimization, thermal distortion control, and post-curing workflows.

Curriculum & Syllabus

5 Sections Included
Industrial tool settings, dimensional constraints, parametric workflows, and hands-on portfolio projects.
Industrial tool settings, dimensional constraints, parametric workflows, and hands-on portfolio projects.
Industrial tool settings, dimensional constraints, parametric workflows, and hands-on portfolio projects.
Industrial tool settings, dimensional constraints, parametric workflows, and hands-on portfolio projects.
Industrial tool settings, dimensional constraints, parametric workflows, and hands-on portfolio projects.

Frequently Asked Questions

Graduates receive an authorized, verifiable industrial credential from Caddex India, validating technical proficiency for engineering consultancies and design teams.
Yes. Click on the WhatsApp counseling button to connect directly with our academic advisor and schedule a live orientation session.
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