DET - ITI Admission

Understanding CNC machine tools, G codes and M codes, machining parameters like speed, feed and depth of cut, cycle time calculation, and cost-effective machining strategies.
Using CAM software to create 2D sketches, 3D models, import and modify CAD models, define stock setup, and perform 3D roughing and finishing operations including raster milling and spiral milling.
Generating, verifying, and validating CAM programs to detect errors and collisions, post-processing for specific CNC machine controllers, and optimizing tool paths using CNC simulators.
Performing complex CAM programming for aerospace components, medical implants, PCB drilling, mold cavity making, die casting, plastic injection molds, and stamping operations.

Ability to generate precise tool paths, simulate machining strategies, and ensure efficient utilization of resources using advanced CAM software in manufacturing environments.
Proficiency in translating engineering design specifications and CAD models into practical CNC machining programs with correct geometric dimensions, tolerances, and symbols.
Competence in performing advanced CAM operations including 3D mold cavity making, die machining, contour programming, accelerated finishing, and dynamic motion tool path generation.
Skills in interacting with CNC operators and quality departments, implementing corrective measures, maintaining manufacturing documents, and ensuring customer quality requirements are met.

Can work as a CAM Programmer or CNC Programmer in aerospace and aviation industries producing turbine blades, engine parts, and other high-precision complex components.
Can find employment in automotive manufacturing units handling CAM programming for engine blocks, transmission components, and molds for vehicle body panel production.
Can join medical device manufacturing companies creating implants, surgical instruments, and precision medical equipment using high-accuracy CAM programming techniques.
Can work in electronics, tool and die, mold making, furniture, and woodworking industries or become a self-employed CAM programming entrepreneur supporting multiple industries.

Can pursue a Diploma or Degree in Mechanical or Industrial Engineering from AICTE recognized institutions to gain deeper theoretical and technical manufacturing knowledge.
Can join the Crafts Instructor Training Scheme (CITS) to become a certified ITI instructor in the Computer Aided Manufacturing Programmer trade under DGT.
Can undergo specialized 10-day factory training by CAM machine manufacturers to gain hands-on expertise in the latest CAM software tools and machining technologies.
Can pursue advanced certifications in CAD/CAM software like Mastercam, SolidWorks CAM, or Siemens NX to meet global manufacturing industry standards and improve career prospects.

Computer Aided Manufacturing(CAM) Programmer