Mechanical diploma students
Build the 3D design skill that design and production departments expect from freshers.
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Model real mechanical parts, put them together in working assemblies and produce drawings a machinist can follow — learned hands-on in the techcadd Computer Institute Jalandhar CAD lab using components like the ones made in local industry.
techcadd Computer Institute's SolidWorks course in Jalandhar is for mechanical students and working technicians who want to design parts the way manufacturing companies do — as parametric 3D models that drive the drawings, bills of material and changes.
You begin with fully defined sketches and constraints, then build parts with extrudes, revolves, sweeps, lofts, patterns and fillets. Assemblies and mates come next, including interference checks and exploded views. Sheet metal and weldments cover the fabricated parts common in local workshops, and a short surface-modelling module shows how curved shapes are made. The course ends with detailing — views, sections, dimensions, tolerances and BOMs.
Every module ends with a model or drawing you build yourself and a trainer reviews for design intent, so you finish with a portfolio of parts, assemblies and manufacturing drawings to show at an interview.
Design intent from day oneYou should be comfortable with a computer and be able to read an engineering drawing. Knowing AutoCAD helps but is not required.
Build the 3D design skill that design and production departments expect from freshers.
Model your final-year project properly and walk into campus interviews with a portfolio.
Move from reading drawings to creating the models and drawings yourself.
Model jigs, fixtures and parts in-house and move towards a design role.
Design your own products and share clear drawings with vendors and machinists.
Take on part modelling and drawing work for fabricators and product makers.
Students reach the Jalandhar centre from Model Town, Urban Estate and Basti Bawa Khel, and working technicians come in from the Focal Point and Leather Complex industrial areas and from Phagwara and Kapurthala. Morning, evening, weekend and 1-on-1 slots fit around college and factory shifts.
SolidWorks is widely used by machine builders, fabricators and product companies for parts, assemblies and drawings.
You learn to model so a change to one dimension updates the whole part, assembly and drawing correctly.
Views, sections, tolerances and BOMs are taught as seriously as modelling, because that is what the shop floor receives.
The same models feed CAM toolpaths, so CNC Programming & CAM is a natural next course.
The course follows the design workflow: sketch, part, assembly, special features, then the drawing that goes to manufacturing.
Build clean, fully defined sketches that behave when dimensions change.
You work in SolidWorks on your own workstation, with the supporting tools used when designs move to drawings and manufacturing.
SolidWorksParts, assemblies & drawingsSolidWorks Sheet MetalBent parts & flat patterns
AutoCADDWG export & 2D edits
MS ExcelDesign tables & BOMsComplete the course and your modelling assignments to receive a techcadd certificate you can attach to job applications — verifiable online.
Indicative starting pay for fresher roles in Punjab. Actual offers depend on the employer, your qualification, your portfolio and how you interview.
Machine builders and product companies
Modelling and drawings for production
Sports goods, tools and consumer products
Detailing and drawing revisions
Yes. Design, production and quality departments all work with 3D models and drawings. SolidWorks plus a good portfolio makes you a stronger candidate for these roles.
SolidWorks is common in machinery, tooling and general manufacturing. CATIA is more common in automotive and aerospace design. For most local jobs, SolidWorks is the practical first choice.
No. It helps with drawing reading, but SolidWorks is taught from sketching upwards.
CNC Programming & CAM to take your models to the machine, or CATIA if you are aiming at automotive design.
Each module ends with a model or drawing you complete yourself. Together they form your design portfolio.
Parametric models of a spanner and plier with configurations for different sizes.
All parts of a bench vice modelled, assembled with mates and shown in an exploded view.
An electrical enclosure with flanges, cut-outs and a flat pattern ready for laser cutting.
A machine stand built as a weldment, with cut list and a full manufacturing drawing set.
Every feature is taught inside a real part, then checked for design intent.
The trainer builds the feature on a live model on the big screen.
e.g. Revolving a shaftYou build the same idea on a different part while the trainer checks your screen.
e.g. Modelling a flangeYour model is changed on purpose to see if it updates correctly.
e.g. Changing the bolt PCDWhat makes a SolidWorks course useful is how much time you spend modelling real parts, and whether someone checks that your models hold up when changed.
Tools, fittings, brackets and frames like those made in local units.
You model every minute of lab time — no watching.
Small enough for the trainer to review every model.
Views, tolerances and BOMs, not just 3D shapes.
Resume help, portfolio review and job drives with 500+ hiring partners.
25,000+ students trained across Punjab, rated 4.9★ on Google.
Questions worth asking before you join any SolidWorks course, including this one.
| Feature | techcadd Computer Institute | Typical institute |
|---|---|---|
| Practice time | One workstation per student, every class | –Shared systems or demo-only |
| Batch size | Small batches with model reviews | –Large batches, little feedback |
| Syllabus | Parts, assemblies, sheet metal, weldments, surfaces, drawings | –Often parts and assemblies only |
| Practice parts | Industry-style components | –Textbook shapes |
| Drawings | Tolerances, sections and BOMs | –Basic views only |
| Timings | Morning, evening, weekend, 1-on-1 | –Fixed single slot |
| Portfolio | Models and drawing set you built | –Usually none |
| Certificate | Verifiable certificate + placement support | –Varies |
The right-hand column describes what is commonly offered in the market, not any particular institute.
Rated 4.9★ on Google by students of every age and background.
“The vice assembly and sheet-metal box were the best part. I showed both in my interview and they asked a lot about the drawings.”
“Modelled my final-year project in SolidWorks after this course. Configurations and design tables saved a lot of time.”
“Joined in the evening batch after work. Weldments and cut lists are now part of my daily job.”
“I can now model fixtures myself instead of explaining them on paper. Practical and to the point.”
“Small batch and the trainer checked every model. Learned why fully defined sketches matter.”
“Moved from 2D to 3D in two months. The drawing module with tolerances was very useful.”
Still unsure? A counsellor can walk you through batches, fees and the syllabus in one short call.
📞No. SolidWorks is taught from sketching upwards. Being able to read an engineering drawing is enough.
The course runs for 2 months. Morning, afternoon, evening and weekend batches are available, plus 1-on-1 slots on request.
Yes. Both have their own module, along with a short introduction to surface modelling.
The focus is modelling, assemblies and drawings. Basic motion and interference checks are included; full FEA is not part of this course.
Yes. You receive a techcadd certificate on completing the course and modelling assignments, which can be verified online.
Yes. Book a free demo class, see the CAD lab and meet the trainer before you decide.
CNC Programming & CAM to machine your designs, or CATIA if you are targeting automotive design work.
Talk to a counsellor today. One conversation is usually enough to identify the right learning path, career direction, and training roadmap.
Book a free demo class and see the lab before you decide.