Certificate Course on CNC Technology
Eligibility
- 10+2 (Preferably with Mathematics/ITI (Fitter, Machinist and Turnertrades),
- 18 years of age
- On-the-job Training for 4 weeks, Theory component: 30%, Practical component: 70%
Duration
6 months
No. of seats : 25
Procedure
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Registration:
Applicants must register on the admission portal and pay a registration fee of âš300.
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Document Verification:
Once the documents are uploaded, the applicant's details will be verified.
After verification, the applicant will be called for an offline counselling session. -
During the counselling, the original documents, including mark sheets, must be presented for verification.
Fee Payment: -
Upon successful document verification, the applicant can proceed to pay the admission/course fee of âš14,100.
Final Admission: -
After the payment is completed, the admission process will be finalized, and the applicant can officially join the classes.
Programmes Outcomes
- Equip students with essential skills in operating and maintaining CNC machines, including setup, tooling, and workpiece handling.
- Provide students with a fundamental understanding of CNC technology, machine types, and machining processes, emphasizing safety protocols.
- Enable students to handle and prepare workpieces for CNC machining, considering material selection, securing workpieces, and machine setup.
- Develop students’ ability to select appropriate tools and toolpath strategies for different CNC machining tasks, ensuring precision and efficiency.
- Train students in quality control and inspection techniques to ensure the accuracy and quality of CNC-machined components.
- Foster problem-solving skills by applying CNC machining techniques to real-world manufacturing challenges across various industries.
- Instill an understanding of safety standards and regulations specific to CNC machining, ensuring a secure and compliant workshop environment.
- Familiarize students with essential CNC programming software, tools and machinery used in precision machining.
- Develop effective teamwork skills for collaboration in a workshop setting, including documentation of work processes and procedures.
- Introduce advanced CNC techniques and technologies, such as multi-axis machining and computer-aided manufacturing (CAM), expanding students' skill set in CNC technology.