Programme · D-22 · Authorised Pearson Partner

Advanced Manufacturing

3D printing, laser cutting and hybrid manufacturing are changing how things are made. This programme covers the tools and techniques of next-generation manufacturing.

5–6 mo
Duration
Graduate
Entry level
On-campus
Format
Pearson
Standard
Industry overview

About this field

Advanced manufacturing includes additive manufacturing (3D printing), subtractive processes (CNC, laser), hybrid techniques and new materials processing. These technologies enable rapid prototyping, low-volume production and complex geometries that traditional methods cannot achieve. This programme covers FDM, SLA, SLS and metal printing, CNC programming, laser processing and design-for-manufacture principles.

Career pathways

Roles you'll be ready for

Additive Manufacturing TechnicianOperates 3D printers — FDM, SLA, SLS — manages print parameters, material handling and post-processing.
CNC Programming TechnicianWrites and optimises CNC programs using CAM software, sets up tools and validates parts against CAD models.
Rapid Prototyping SpecialistTakes designs from CAD to physical prototype using multiple technologies, optimising for speed and quality.
Advanced Process TechnicianOperates laser cutting systems, manages hybrid manufacturing cells and troubleshoots process parameters.
Skills you'll build

What you'll be able to do

01FDM, SLA and SLS 3D printing operation02Metal additive manufacturing basics03CAD-to-print workflow and slicer settings04CNC programming (G-code, CAM basics)05Laser cutting and engraving06Material selection for additive processes07Post-processing and finishing techniques08Design for additive manufacturing (DfAM)
Hands-on projects

Real builds, not slideware

PRJ-01
Functional Prototype

Design and 3D-print a multi-part functional prototype, optimise print orientation, support structures and post-process for assembly.

PRJ-02
CNC Part Program

Program a three-axis CNC mill to machine an aluminium part from a CAD model, including tool selection and fixture design.

PRJ-03
Hybrid Part Production

Produce a part that combines additive (3D-printed base) and subtractive (CNC-machined features) processes in one workflow.

Equipment & software

You'll work on the real thing

Equipment

FDM 3D printerSLA resin printerCNC milling trainerLaser cutter/engraverPost-processing workstation

Software

Cura / PrusaSlicer for 3D printingFusion 360 / CAM softwareCAD design toolsPrinter management software

* Specific brands and software listed per actual lab inventory.

Certification

Recognised, competency-based

Finish the programme and you get a Veritas by IQgrads certification, with your learning aligned to Pearson's internationally recognised standards — real proof of what you can do.

* Confirm exact certification and Pearson wording before publishing.

Fees & payment

Pay half now — the rest when it pays off

PDelivered to globally recognised Pearson standards
Total programme fee*₹1,40,000
Stage 1 · 50%
₹70,000
At enrolment

Paid upfront to secure your place.

Stage 2 · 50%
₹70,000
On offer or certification

Paid upon job offer or certification completion.

* Illustrative. Scholarships and financing available — confirm exact fees in your consultation.

After Veritas · study abroad

A springboard to a Master's degree in Europe

For a lot of people, Veritas is just step one. The hands-on, globally-recognised experience makes your profile stronger if you want to study abroad later — and these happen to be the exact skills European employers are short on.

Primary pathway
A Master's degree abroad — Europe in focus

Automation, robotics, semiconductors, EV, Industry 4.0 — these skills are in real demand across Europe right now.

GermanyNetherlandsIrelandNordicsWider EU
ALSO
Global-standard foundation

Pearson-aligned learning that complements an international application.*

ALSO
Stack a specialisation

Add advanced tracks before applying abroad.

ALSO
Professional certifications

Industry certifications that travel internationally.

* Study-abroad outcomes depend on admissions, language, funding and visas, which Veritas does not control. Confirm guidance and any partnerships, and verify demand claims, before publishing.

Hiring industries

Who hires for these skills

AerospaceAutomotiveMedical devicesDefenceTool and die makingRapid prototyping servicesResearch labs

Indicative sectors hiring for these skills — verify before publishing.

Authorised Pearson Partner
Programme · D-22

Advanced Manufacturing

Duration5–6 mo
Entry levelGraduate
FormatOn-campus
StandardPearson
Apply now

Free consultation first — no commitment to apply.

Indicative salaries

Entry (0–2 yr)₹3.5–6 LPA
Mid (3–5 yr)₹7–12 LPA
Senior (5+ yr)₹14–24 LPA

Indicative — verify before publishing.

Ready to start?

Advanced Manufacturing — book a free consultation.

Talk to a counsellor about whether this programme is right for you.

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