⚙️ VMC CNC Course — Dwarka Mor, Delhi
Best VMC CNC Course in Dwarka Mor Delhi
Learn CNC programming and VMC operation — G-codes, M-codes, work offsets, tool compensation, canned cycles and CAM basics — with hands-on practice and simulation, taught for shop-floor jobs in manufacturing units across Delhi NCR at MMIIT, opposite Dwarka Mor Metro, New Delhi.
Course Overview
Duration3 Months
Eligibility10th / 12th / ITI / Diploma
BatchesMorning / Evening / Weekend
CoversG-code, Offsets, Canned Cycles
AlsoCAM Basics + Inspection
Fee₹17,000 (Instalment Available)
Placement100% Assistance
Rating 4.9/5 (72 reviews)
3Month Programme
G/MCode Programming
VMCSetup & Operation
CAMBasics Included
10th+Eligibility
4.9★Student Rating
100%Placement Assistance
About the Programme
Why Learn VMC CNC at MMIIT Delhi?
CNC machining is the backbone of modern manufacturing. Auto components, moulds and dies, aerospace parts, medical devices and precision engineering items are all produced on CNC machines, and a VMC (Vertical Machining Centre) is the most common machine on the shop floor. Delhi NCR's industrial belt — Manesar, Bahadurgarh, Faridabad, Noida and Okhla — has steady demand for trained CNC operators and programmers.
MMIIT's VMC CNC course in Dwarka Mor Delhi takes you from reading an engineering drawing to proving out and running a program: axes and coordinate systems, G-codes and M-codes, work offsets, tool length and radius compensation, canned cycles, subprograms, CAM basics and inspection with measuring instruments. You practise on a simulator first, so mistakes cost nothing, and then on the machine.
📞 Call for Free Demo ClassUnderstand the Code, Not Just Copy It
Students learn why each G-code and M-code behaves as it does, so they can read, edit and debug any program on any Fanuc-style control instead of memorising a single job.
Simulator Before Machine
Programs are proven out on a simulator first. This builds confidence, avoids tool crashes and lets every student practise far more than limited machine time would allow.
Setup & Inspection Skills
Work offsets, tool length offsets and first-piece inspection with vernier, micrometer and height gauge are what employers test first. The course treats them as core skills.
Built for Shop-Floor Jobs
Training follows what NCR manufacturing units actually expect from an operator or setter: safe machine handling, offset discipline, reading drawings and hitting tolerance.
CNC Programming & VMC Workflow
From Drawing to Finished Part — The Workflow You Will Learn
⚙️ VMC Job Workflow Taught at MMIIT
Read Drawing
→
Process Plan & Tools
→
Write Program
→
Simulate
→
Set Offsets
→
Run First Piece
→
Inspect
Sample Program — Drilling Cycle (you will write programs like this)
% O1001 (DRILL 4 HOLES DIA 10)
G21 G17 G40 G49 G80 G90 (metric, XY plane, cancel offsets and cycles, absolute)
T01 M06 (10 mm drill)
G54 G00 X20. Y20. S1200 M03
G43 H01 Z50. M08
G83 X20. Y20. Z-25. R3. Q5. F120 (peck drilling cycle)
X60. (next hole)
Y60.
X20.
G80 (cancel cycle)
G91 G28 Z0. M05 M09
M30
G21 G17 G40 G49 G80 G90 (metric, XY plane, cancel offsets and cycles, absolute)
T01 M06 (10 mm drill)
G54 G00 X20. Y20. S1200 M03
G43 H01 Z50. M08
G83 X20. Y20. Z-25. R3. Q5. F120 (peck drilling cycle)
X60. (next hole)
Y60.
X20.
G80 (cancel cycle)
G91 G28 Z0. M05 M09
M30
G00
Rapid positioning
G01
Linear cutting feed
G02 / G03
Circular arc CW / CCW
G54–G59
Work coordinate offsets
G41 / G42
Cutter radius compensation
G43
Tool length offset
G81 / G83
Drilling / peck drilling
M03 / M05
Spindle on / stop
M06
Tool change
M30
Program end and reset
Complete Curriculum
VMC CNC Course Syllabus at MMIIT Delhi
Basics → Drawing → G/M-codes → VMC Setup → Offsets → Cycles → CAM → Inspection & Career
M1
CNC Fundamentals & Machine Basics
- What CNC is, how it differs from conventional machining, and where CNC is used in manufacturing
- Types of CNC machines — VMC, HMC, CNC lathe, turning centre — and when each is used
- Main parts of a VMC — bed, column, table, spindle, tool magazine and ATC, control panel
- Axes and motion — X, Y, Z, spindle direction, right-hand rule and machine home position
- Coordinate systems — machine, work and program zero; absolute (G90) vs incremental (G91)
- Control systems overview — Fanuc, Siemens, Mitsubishi — and the Fanuc-style standard used in class
- Workshop safety — PPE, machine guarding, emergency stop, safe tool and workpiece handling
M2
Engineering Drawing, Tools & Workholding
- Reading engineering drawings — views, dimensions, tolerances, surface finish and basic GD&T
- Cutting tools — end mills, face mills, drills, taps, reamers, boring bars and their uses
- Tool materials and coatings — HSS, carbide, coated inserts — and choosing by workpiece material
- Cutting parameters — speed (RPM), feed, depth of cut, and calculating them from cutting speed
- Workholding — vices, clamps, parallels, fixtures and aligning the workpiece
- Coolant and lubrication, chip control, and common causes of tool wear and breakage
M3
G-Codes & M-Codes — Programming Basics
- Program structure — program number, blocks, words, sequence numbers and end of program
- Motion codes — G00 rapid, G01 linear, G02/G03 circular interpolation with I, J, K and R
- Plane selection G17/G18/G19, units G20/G21, absolute/incremental G90/G91, feed modes
- M-codes — M03, M04, M05 spindle; M06 tool change; M08, M09 coolant; M00, M01 stops; M30 end
- Modal vs non-modal codes and how a control reads a program block by block
- Programming exercises — profiles, pockets, slots and contours from drawings
- Common programming errors and how to read alarm messages
M4
VMC Operation, Work & Tool Offsets
- Control panel — modes (MEM, MDI, JOG, EDIT, HANDLE), cycle start, feed hold and overrides
- Homing, jogging and reference return, and safe approach to the workpiece
- Work offsets G54–G59 — finding X, Y and Z zero with edge finder, dial indicator or probe
- Tool length measurement and entering H offsets; G43 and G49
- Cutter radius compensation G40/G41/G42 and wear offsets for holding tolerance
- Loading a program, dry run, single block, graphic simulation and first-piece proving
- Editing programs at the machine and transferring programs through memory card or DNC
M5
Canned Cycles, Subprograms & Macros
- Drilling cycles — G81 spot drill, G82 dwell, G83 peck, G73 high-speed peck, with R-plane and Q values
- Tapping G84 and boring G85/G86/G76 cycles, and cancelling with G80
- Hole patterns — rows, grids and bolt circles using cycles and repeated positions
- Subprograms — M98 and M99 — to repeat features and reduce program length
- Mirror, scaling and rotation functions and when to use them
- Introduction to parametric (macro) programming — variables, simple calculations and loops
M6
CAD/CAM Basics for CNC
- Why CAM is used — complex 3D surfaces, moulds and dies that are impractical to hand-program
- Importing a CAD model and defining stock, work coordinate system and tools
- 2D toolpaths — facing, contour, pocket, drilling — and 3D roughing and finishing overview
- Choosing speeds, feeds, stepover and stepdown inside the CAM software
- Toolpath simulation, post-processing to a Fanuc-style program and checking the output code
- Editing post-processed code at the machine and common post-processor issues
M7
Measuring Instruments & Quality Control
- Vernier caliper, micrometer, depth gauge, height gauge — correct use and reading
- Dial indicator, bore gauge, thread and radius gauges, and surface plate work
- Tolerances and fits, and inspecting a first piece against the drawing
- Using offset adjustments to correct size errors after measurement
- Inspection reports, rejection analysis and basics of statistical process control
- Surface finish, tool wear and troubleshooting chatter, burrs and dimensional drift
M8
Projects, Interview Preparation & Placement
- Project 1 — Milled plate with pockets, slots and a drilled hole pattern, programmed and proved out
- Project 2 — Contoured component using cutter compensation and subprograms
- Project 3 — CAM-generated 3D part, post-processed and verified in simulation
- Top CNC and VMC interview questions — G/M-codes, offsets, canned cycles, troubleshooting, safety
- Resume preparation for CNC Operator, VMC Operator, Programmer and Machine Setter roles
- Placement support with manufacturing units, tool rooms and job-work shops in Delhi NCR
📄 Download the Full VMC CNC Course Syllabus — free with course enquiry
Skills You Will Master
CNC & VMC Skills Covered
⌨️ G-code & M-code Programming
🎯 Work Offsets G54–G59
📏 Tool Length & Radius Compensation
🔩 Canned Cycles (G81/G83/G84)
🔁 Subprograms & Macros
🖥️ Simulation & Prove-out
🧰 Tools, Speeds & Feeds
🗜️ Workholding & Fixtures
💻 CAM Toolpaths & Post-processing
📐 Drawing Reading & GD&T
🔬 Measuring Instruments
🦺 Shop-floor Safety
Career Opportunities
Jobs You Can Get After VMC CNC Course
⚙️
VMC Operator
₹18K–30K / monthRun VMC machines, load programs, change tools and produce parts to drawing in manufacturing units across Delhi NCR
⌨️
CNC Programmer
₹25K–50K / monthWrite and optimise CNC programs for milling jobs, working from drawings or CAM output
🔧
Machine Setter
₹22K–40K / monthSet work and tool offsets, fixtures and first-piece approval so operators can run production
💻
CAM Operator
₹25K–45K / monthGenerate toolpaths in CAM software and post-process programs for moulds, dies and complex parts
📏
Quality Inspector
₹18K–32K / monthInspect machined parts with precision instruments and report dimensional and finish conformance
🏭
Own Job-Work Unit
EntrepreneurshipWith experience, start a job-work shop taking machining orders from local industry
Eligibility
Who Should Join VMC CNC Course?
10th / 12th Pass Students
A direct route into a skilled manufacturing job without needing a degree. The course starts from the basics of machines and drawings.
ITI Fitters, Turners & Machinists
Trade-certified candidates who want to move from conventional machines to higher-paid CNC and VMC roles.
Diploma & B.Tech Mechanical
Mechanical and production engineers who want the practical programming and setup skills that college rarely provides.
Working Operators & Helpers
Factory staff who run CNC machines on preset programs and want to learn programming and offsets to become setters or programmers.
Small Workshop Owners
Owners who plan to add CNC capability and need to understand programming, tooling and costing before buying a machine.
CAD Designers Moving to CAM
AutoCAD and SolidWorks users who want to turn designs into machined parts by learning CNC and CAM.
Student Reviews
What Our Students Say
★★★★★
"I was an ITI fitter with no CNC experience. MMIIT's VMC CNC course taught G-codes, work offsets and canned cycles step by step, and I could write and prove out programs on the simulator before touching the machine. I joined an auto-component unit in Manesar as a VMC Operator within a month. Best CNC training near Dwarka Mor Metro."
★★★★★
"I am a Diploma Mechanical student and college only gave us theory. Here I learned to set G54 offsets, measure tool length and use cutter compensation to hold tolerance. The inspection module with micrometer and height gauge was very useful because my first interview had a practical test on exactly that."
★★★★★
"I worked as a CNC operator on fixed programs for two years. The course taught me how programs actually work: peck drilling, subprograms and compensation. I can now edit programs at the machine myself, and my employer moved me to a programmer role with a salary increase."
FAQs
Frequently Asked Questions
Have more questions? Call us at +91-7838180031 or visit MMIIT at Dwarka Mor Metro, Delhi. Free counselling & demo class Mon–Sat, 9AM–8PM.
The course is 3 months long, covering CNC fundamentals, axes and coordinate systems, G-codes and M-codes, VMC setup and operation, work offsets, tool length and radius compensation, canned cycles, subprograms, CAM basics, measuring instruments and safety. Morning, evening and weekend batches are available at Dwarka Mor, 2 minutes from Dwarka Mor Metro Station (Blue Line), New Delhi.
A VMC (Vertical Machining Centre) is a CNC milling machine with a vertical spindle, used to machine metal and plastic parts such as moulds, dies and automotive components with high precision. Manufacturing units across Delhi NCR (Manesar, Bahadurgarh, Faridabad, Noida) need trained operators and programmers, so CNC skills lead to stable shop-floor and programming jobs.
Machine axes and coordinate systems (absolute and incremental); G-codes (G00, G01, G02, G03, G17–G19, G90, G91, G40–G42, G43); M-codes (M03, M04, M05, M06, M08, M09, M30); work offsets G54–G59; tool length offset and cutter radius compensation; canned cycles (G81, G83, G84, G73); subprograms and macros; MDI, editing and simulation; CAM basics; measuring instruments; and safety.
No. The course suits 10th and 12th pass students, ITI, Diploma and B.Tech Mechanical candidates, and working fitters, turners and machinists. Basic engineering drawing is taught within the course.
The fee is approximately ₹17,000 for the 3-month programme, with instalment options. Call +91-7838180031 for the latest batch and fee details.
CNC Operator, VMC Operator, CNC Programmer, Machine Setter, Quality Inspector and CAM Operator roles at manufacturing units, auto-component makers, tool rooms and job-work shops in Delhi NCR. Typical starting salaries range from ₹18,000 to ₹35,000 per month, growing with experience.
The course teaches Fanuc-style G-code programming, the most widely used standard, and introduces the differences in Siemens and Mitsubishi controls so students can adapt to the machine their employer uses.
Programming theory, simulation and CAM can be learned online, but machine operation needs hands-on practice. MMIIT offers offline classes at Dwarka Mor and a hybrid format. Call +91-7838180031 to confirm current availability.
MMIIT is at Plot No. 65, Opposite Gate No. 2, Dwarka Mor Metro Station, Uttam Nagar, New Delhi – 110059, a 2 minute walk from Dwarka Mor Metro Gate 2 (Blue Line).
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