Robotics & Automations
Interior Design
Architecture
CADD
Automotive
Aerospace
Technology

In today’s tech­no­log­i­cal era, Com­put­er-Aid­ed Design (CAD) has become an essen­tial part of the engi­neer­ing indus­try. CAD has rev­o­lu­tion­ized the way engi­neers and design­ers cre­ate and visu­al­ize mechan­i­cal com­po­nents and sys­tems. CAD soft­ware allows engi­neers to cre­ate 2D and 3D mod­els of mechan­i­cal com­po­nents, ana­lyze them, and opti­mize their design. The impor­tance of CAD in the engi­neer­ing indus­try can­not be over­stat­ed.

Mechan­i­cal Engi­neer­ing is a high­ly com­pet­i­tive field that requires tech­ni­cal knowl­edge, prob­lem-solv­ing skills, and cre­ativ­i­ty. At [Shesh­nag Tech­nolo­gies], we offer com­pre­hen­sive train­ing pro­grams to equip our stu­dents with the nec­es­sary skills to suc­ceed in their careers. Our pro­grams are designed to cater to the needs of engi­neer­ing com­pa­nies, auto­mo­tive com­pa­nies, aero­space com­pa­nies, tex­tile indus­tries, and engi­neer­ing col­leges. In addi­tion to our train­ing pro­grams, we also offer resume build­ing and pro­fes­sion­al groom­ing ses­sions to help our stu­dents land their dream jobs. In this arti­cle, we will dis­cuss the impor­tance of mechan­i­cal engi­neer­ing, our train­ing pro­grams, and our addi­tion­al ser­vices in detail.

CATIA V5 helps in the process of prod­uct devel­op­ment. This process includes devel­op­ment, con­cept mak­ing, design­ing, engi­neer­ing, and man­u­fac­tur­ing. It is used in mechan­i­cal engi­neer­ing, sys­tem engi­neer­ing, elec­tri­cal sys­tems & flu­id sys­tems.

Cur­rent­ly, there are many job open­ings for CATIA-cer­ti­fied stu­dents. with pow­er­ful mod­el­ing capa­bil­i­ties. CATIA mechan­i­cal Design­er helps you man­age the end-to-end mechan­i­cal process includ­ing part design, Assem­bly cre­ation, Mech­a­nism Motion, 3D Mock-up review and draw­ing gen­er­a­tion.

Solid­works is a  3D mod­el­ing CAD soft­ware is used heav­i­ly in the mechan­i­cal engi­neer­ing and design indus­tries. It is the indus­try stan­dard for prod­uct devel­op­ment.

Solid­works soft­ware is apow­er­ful 3D CAD ( Com­put­er Aid­ed Design) Pro­gram design­ers and prod­uct engi­neers use for the prod­uct devel­op­ment and design. it helps them cre­ate mod­els, draw­ings and sim­u­la­tions quick­ly and eas­i­ly. Fur­ther­more. It allows engi­neers to design com­po­nents and assem­blies in 3D accu­rate­ly. 

With the job mar­ket for engi­neer­ing, design and archi­tec­ture being so com­pet­i­tive. Solid­works skills are there­fore extreme­ly valu­able and sought-after

Hyper­me­sh is a solver neu­tral envi­ron­ment with the broad­est set of direct inter­faces to com­mer­cial CAD and CAE sys­tems and a rich suit of easy-to-use tools to build and edit CAE mod­els. The advanced geom­e­try and mesh­ing capa­bil­i­ties pro­vide an envi­ron­ment for rapid mod­el gen­er­a­tion.

Altair Hyper­me­sh is used in var­i­ous sec­tors like the Avi­a­tion and Aero­space indus­try for the analy­sis of local struc­tures and the iden­ti­fi­ca­tion and removal of redun­dant mate­r­i­al
Diplo­ma in Mehan­i­cal Design

Overview

The Diplo­ma  Course is to pro­vide stu­dents with a strong foun­da­tion in 3D CAD mod­el­ing, mechan­i­cal design, and engi­neer­ing draw­ing using CATIA V5, Solid­Works & Auto­CAD, enabling them to cre­ate and mod­i­fy basic indus­try-ori­ent­ed com­po­nents and assem­blies.

Who Should Attend ?

This Diplo­ma Course is suit­able for Diplo­ma / BE/B.Tech Mechan­i­cal Engi­neer­ing Stu­dents and Pro­fes­sion­als with or with­out the knowl­edge of Draw­ing read­ing are eli­gi­ble.

This course will guide you from ear­ly design stages to Prop­er CAD Out­comes

After com­ple­tion of the course, Stu­dents and Pro­fes­sion­als will be build­ing the begin­ner lev­el projects

Pre-req­ui­sites:

Basic Com­put­er Skills, Essen­tial Win­dows Fea­tures.

Soft­ware cov­ered:

  • Catia V5/ Uni­graph­ics NX
  • Solid­Works / Creo Para­met­ric
  • Auto­CAD

Course Overview: 

Catia V5: 

  • Basic Engi­neer­ing Draw­ing The­o­ry.
  • Work­ing with coor­di­nate sys­tems
  • Intro­duc­tion to Catia V5.
  • User Inter­face.
  • Set­tings & Con­fig­u­ra­tions.
  • Sketch­er Work­bench — Exer­cis­es & Assess­ments.
  • Part Design Exer­cis­es & Assess­ments
  • Assem­bly Design — Exer­cis­es & Assess­ments.
  • Draft­ing work­bench — Exer­cis­es & Assess­ments.
  • Basic GD&T appli­ca­tions. Project — 1

Solid­Works: 

  • Basic Engi­neer­ing Draw­ing The­o­ry.
  • Work­ing with coor­di­nate sys­tems
  • Intro­duc­tion to Solid­Works.
  • User Inter­face.
  • Set­tings & Con­fig­u­ra­tions.
  • Sketch­er Work­bench — Exer­cis­es & Assess­ments.
  • Part Design Exer­cis­es & Assess­ments
  • Assem­bly Design — Exer­cis­es & Assess­ments.
  • Draft­ing work­bench — Exer­cis­es & Assess­ments.
  • Basic GD&T appli­ca­tions. Project — 1

Auto­CAD — 2D:

  • Work­ing with coor­di­nate sys­tems
  • intro­duc­tion to Auto­CAD Mechan­i­cal.
  • User inter­face.
  • Set­tings & Con­fig­u­ra­tions.
  • Lim­its — Units & Dimen­sions.
  • Cus­tomiz­ing the Tool­bars.
  • Basic Draw­ing Com­mands.
  • Basic Mod­i­fi­ca­tion Com­mands.
  • Work­ing with Blocks — Dynam­ic blocks — Tool Pal­lets.
  • Draft­ing Work­bench.
  • Page set­up man­ag­er
  • Plot and pub­lish job.
  • Sketch­er 2D Draw­ings & Exer­cis­es
  • Ortho­graph­ic Drai­wings.
Advanced Diplo­ma in Prod­uct Desing

Overview

The objec­tive of the  Advanced Course is to devel­op advanced skills in 3D mechan­i­cal design, com­plex part mod­el­ing, assem­bly design, sur­face mod­el­ing, draft­ing, and design opti­miza­tion 2D & 3D Cad Mod­el­ing.

Who Should Attend ?

Advanced Diplo­ma Course is suit­able for Diplo­ma / BE/B.Tech Mechan­i­cal Engi­neer­ing, Aero­space Engi­neer­ing, Auto­mo­bile Engi­neer­ing, Pro­duc­tion Engi­neer­ing, Agri­cul­tur­al Engi­neer­ing, Indus­tri­al Engi­neer­ing, Marine Engi­neer­ing Stu­dents and Pro­fes­sion­als with or with­out the knowl­edge of Draw­ing read­ing are eli­gi­ble.

This course will guide you from ear­ly design stages to Prop­er CAD Out­comes

After com­ple­tion of the course, Stu­dents and Pro­fes­sion­als will be build­ing the begin­ner lev­el projects

Pre-req­ui­sites:

Basic Com­put­er Skills, Essen­tial Win­dows Fea­tures, with or with­out the knowl­edge of CAD.

Soft­ware cov­ered:

  • Catia V5/ Uni­graph­ics NX
  • Solid­Works / Creo Para­met­ric
  • Auto­CAD 2D & 3D

Course Overview: 

Catia V5: 

  • Basic Engi­neer­ing Draw­ing The­o­ry.
  • Work­ing with coor­di­nate sys­tems
  • Intro­duc­tion to Catia V5.
  • User Inter­face.
  • Set­tings & Con­fig­u­ra­tions.
  • Sketch­er Work­bench — Exer­cis­es & Assess­ments.
  • Part Design Exer­cis­es & Assess­ments
  • Assem­bly Design — Exer­cis­es & Assess­ments.
  • Draft­ing work­bench — Exer­cis­es & Assess­ments.
  • GD&T (3 to 4 Days The­o­ry).
  • Sheet Met­al Design + Exer­cis­es & Assessemtns
  • Project — 2
  • Sur­face Design + Exer­cis­es & Assess­ments.
  • Pro­fes­sion­al Sur­face design + Exer­cis­es & Assess­ments.
  • Indus­tri­al Part Design 
  • Project — 3
  • Reverse Engi­neer­ing
  • DMU Kinamet­ics
  • On-Job Train­ing.
  • Resume Build­ing

Solid­Works: 

  • Basic Engi­neer­ing Draw­ing The­o­ry.
  • Work­ing with coor­di­nate sys­tems
  • Intro­duc­tion to Solid­Works.
  • User Inter­face.
  • Set­tings & Con­fig­u­ra­tions.
  • Sketch­er Work­bench — Exer­cis­es & Assess­ments.
  • Part Design Exer­cis­es & Assess­ments
  • Assem­bly Design — Exer­cis­es & Assess­ments.
  • Draft­ing work­bench — Exer­cis­es & Assess­ments.
  • GD&T (3 to 4 days)
  • Sheet Met­al Design Process — Exer­cis­es & Assess­ments.
  • Project — 2
  • Sur­face Design — Exer­cis­es & Assess­ments
  • Pro­fes­sion­al Sur­face Mod­el­ing 
  • Indus­tri­al Part Design
  • Project — 3
  • Weld­ments
  • Real-Time Projects
  • Resume Build­ing

Auto­CAD — 2D:

  • Work­ing with coor­di­nate sys­tems
  • intro­duc­tion to Auto­CAD Mechan­i­cal.
  • User inter­face.
  • Set­tings & Con­fig­u­ra­tions.
  • Lim­its — Units & Dimen­sions.
  • Cus­tomiz­ing the Tool­bars.
  • Basic Draw­ing Com­mands.
  • Basic Mod­i­fi­ca­tion Com­mands.
  • Work­ing with Blocks — Dynam­ic blocks — Tool Pal­lets.
  • Draft­ing Work­bench.
  • Page set­up man­ag­er
  • Plot and pub­lish job.
  • Sketch­er 2D Draw­ings & Exer­cis­es
  • Ortho­graph­ic Drai­wings.
  • Boughtout items
  • Cre­at­ing Design Con­fig­u­ra­tions
  • Iso­met­ric Draw­ings + Exer­cis­es + Assess­ments
  • Prim­i­tives.
Pro­fes­sion­al Indus­tri­al Prod­uct design Cours­es

Overview

The l Course is designed to devel­op prac­ti­cal skills in 3D mechan­i­cal design using CATIA V5, Solid­Works & Auto­CAD Par­tic­i­pants will learn to cre­ate, mod­i­fy, ana­lyze, assem­ble, and doc­u­ment engi­neer­ing com­po­nents while fol­low­ing struc­tured design method­olo­gies.

a pro­fes­sion­al CAD plat­form wide­ly used for 3D prod­uct and mechan­i­cal design. The course com­bines con­cepts, demon­stra­tions and hands-on exer­cis­es so that learn­ers devel­op both soft­ware knowl­edge and prac­ti­cal mod­el­ing skills.

By the end of the course, par­tic­i­pants should be able to:

  • Under­stand and effi­cient­ly nav­i­gate the 3D Mod­el­ing inter­face and work­bench envi­ron­ment.

  • Cre­ate 2D sketch­es using Sketch­er and apply geometric/dimensional con­straints.

  • Devel­op 3D sol­id mod­els using Part Design fea­tures such as Pad, Pock­et, Shaft, Rib, Groove, Fil­let, Cham­fer and Pat­terns.

  • Cre­ate and man­age assem­blies using Assem­bly Design, con­straints and com­po­nent posi­tion­ing.

  • Cre­ate engi­neer­ing draw­ings, views, dimen­sions, anno­ta­tions and BOM-relat­ed infor­ma­tion.

  • Apply design intent and para­met­ric mod­el­ing tech­niques for easy mod­i­fi­ca­tion and reuse.

  • Mea­sure, inspect and ana­lyze com­po­nents and assem­blies.

  • Devel­op prac­ti­cal CAD mod­els based on engi­neer­ing draw­ings and real-world design require­ments.

These objec­tives are con­sis­tent with Das­sault Sys­tèmes’ CATIA V5 Fun­da­men­tals cur­ricu­lum, which empha­sizes inter­face usage, part cre­ation, assem­bly con­struc­tion and draw­ing pro­duc­tion. 

 

Who Should Attend ?

Advanced Diplo­ma Course is suit­able for Diplo­ma / BE/B.Tech Mechan­i­cal Engi­neer­ing, Aero­space Engi­neer­ing, Auto­mo­bile Engi­neer­ing, Pro­duc­tion Engi­neer­ing, Agri­cul­tur­al Engi­neer­ing, Indus­tri­al Engi­neer­ing, Marine Engi­neer­ing Stu­dents and Pro­fes­sion­als with or with­out the knowl­edge of Draw­ing read­ing are eli­gi­ble.

This course will guide you from ear­ly design stages to Prop­er CAD Out­comes

After com­ple­tion of the course, Stu­dents and Pro­fes­sion­als will be build­ing the begin­ner lev­el projects

Pre-req­ui­sites:

Basic Com­put­er Skills, Essen­tial Win­dows Fea­tures, with or with­out the knowl­edge of CAD.

Soft­ware cov­ered:

  • Catia V5/ Uni­graph­ics NX
  • Solid­Works / Creo Para­met­ric
  • Auto­CAD 2D & 3D
  • Keyshot

Course Overview: 

Catia V5: 

  • Basic Engi­neer­ing Draw­ing The­o­ry.
  • Work­ing with coor­di­nate sys­tems
  • Intro­duc­tion to Catia V5.
  • User Inter­face.
  • Set­tings & Con­fig­u­ra­tions.
  • Sketch­er Work­bench — Exer­cis­es & Assess­ments.
  • Part Design Exer­cis­es & Assess­ments
  • Assem­bly Design — Exer­cis­es & Assess­ments.
  • Draft­ing work­bench — Exer­cis­es & Assess­ments.
  • GD&T (3 to 4 Days The­o­ry).
  • Sheet Met­al Design + Exer­cis­es & Assessemtns
  • Project — 2
  • Sur­face Design + Exer­cis­es & Assess­ments.
  • Pro­fes­sion­al Sur­face design + Exer­cis­es & Assess­ments.
  • Indus­tri­al Part Design 
  • Project — 3
  • Reverse Engi­neer­ing
  • Remas­ter­ing 
  • FTA 
  • Com­pos­ite Mate­ri­als
  • DMU Kinamet­ics
  • NFF Meth­ods

Solid­Works: 

  • Basic Engi­neer­ing Draw­ing The­o­ry.
  • Work­ing with coor­di­nate sys­tems
  • Intro­duc­tion to Solid­Works.
  • User Inter­face.
  • Set­tings & Con­fig­u­ra­tions.
  • Sketch­er Work­bench — Exer­cis­es & Assess­ments.
  • Part Design Exer­cis­es & Assess­ments
  • Assem­bly Design — Exer­cis­es & Assess­ments.
  • Draft­ing work­bench — Exer­cis­es & Assess­ments.
  • GD&T (3 to 4 days)
  • Sheet Met­al Design Process — Exer­cis­es & Assess­ments.
  • Project — 2
  • Sur­face Design — Exer­cis­es & Assess­ments
  • Pro­fes­sion­al Sur­face Mod­el­ing 
  • Indus­tri­al Part Design
  • Project — 3
  • Reverse Engi­neer­ing
  • Weld­ments
  • MBD
  • NFF Meth­ods

Auto­CAD — 2D:

  • Work­ing with coor­di­nate sys­tems
  • intro­duc­tion to Auto­CAD Mechan­i­cal.
  • User inter­face.
  • Set­tings & Con­fig­u­ra­tions.
  • Lim­its — Units & Dimen­sions.
  • Cus­tomiz­ing the Tool­bars.
  • Basic Draw­ing Com­mands.
  • Basic Mod­i­fi­ca­tion Com­mands.
  • Work­ing with Blocks — Dynam­ic blocks — Tool Pal­lets.
  • Draft­ing Work­bench.
  • Page set­up man­ag­er
  • Plot and pub­lish job.
  • Sketch­er 2D Draw­ings & Exer­cis­es
  • Ortho­graph­ic Drai­wings.
  • Boughtout items
  • Cre­at­ing Design Con­fig­u­ra­tions
  • Iso­met­ric Draw­ings + Exer­cis­es + Assess­ments
  • Prim­i­tives.
  • Laser Cut­ting Oper­a­tions.
  • Man­u­fac­tur­ing Draw­ing Method­olo­gies. 
Addion­al Pack­age Includes:
 
  • GD& T (3 to 4 The­o­ry Class­es)
  • Real-Time Projects
  • Design Doc­u­men­ta­tion
  • On-Job Train­ing.
  • Resume Build­ing
  • Projects
Ug NX Foun­da­tion Course
Overview

Uni­graph­ics NX also known as Siemens NX, is a soft­ware pack­age for high-end com­put­er-aid­ed engineering/ com­put­er-aid­ed man­u­fac­tur­ing (CAD/CAM/CAE) pro­grams. ther soft­ware is used for Engi­neer­ing Analy­sis, Design and Man­u­fac­tur­ing mod­ules for Man­u­fac­tur­ing.

NX(Unigraphics) design tools are supe­ri­or in pow­er, ver­sa­til­i­ty and pro­duc­tiv­i­ty. you can work faster and more effi­cient­ly in the full range of design tasks from 2D lay­out through 3D mod­el­ing, assem­bly design, draft­ing and doc­u­men­ta­tion.

👨‍🎓 Who Can Join?

The course is par­tic­u­lar­ly suit­able for:

  • Mechan­i­cal Engi­neer­ing students/graduates

  • Auto­mo­bile Engi­neer­ing

  • Pro­duc­tion Engi­neer­ing

  • Man­u­fac­tur­ing Engi­neer­ing

  • Mecha­tron­ics

  • Aeronautical/Aerospace Engi­neer­ing

  • Indus­tri­al Engi­neer­ing

  • Diplo­ma stu­dents

  • Work­ing CAD/design engi­neers

  • CAD design­ers and drafts­men

  • Man­u­fac­tur­ing pro­fes­sion­als

For a begin­ner-lev­el NX course, pri­or NX expe­ri­ence is not nec­es­sar­i­ly required. Siemens’ own NX CAD Fun­da­men­tal Process­es course lists no pre­req­ui­sites and is designed for engi­neers, design­ers, detail­ers, check­ers, and man­agers.

For advanced NX, hav­ing a foun­da­tion in sketch­ing, con­straints, assem­blies, and fea­ture-based sol­id mod­el­ing is use­ful. One advanced NX course offered through NIT Waran­gal, for exam­ple, spec­i­fies a diplo­ma or sec­ond-year degree in rel­e­vant engi­neer­ing dis­ci­plines plus work­ing knowl­edge of NX fun­da­men­tals.

Uni­graph­ics NX, now com­mon­ly referred to as Siemens NX, is a pro­fes­sion­al CAD/CAM/CAE plat­form used for prod­uct design, engi­neer­ing, man­u­fac­tur­ing, and doc­u­men­ta­tion. A typ­i­cal NX CAD course takes learn­ers from sketch­ing and 3D part mod­el­ing through assem­blies, sur­face mod­el­ing, sheet met­al, and draft­ing.

🎯 Course Overview
  • NX inter­face & Basics
  • Set­tings & Con­fig­u­ra­tions
  • Sketch­er work­bench 
  •  Part Mod­el­ing work­bench
  • Assem­bly Work­bench
  • Draft­ing / Engi­neer­ing Draft­ing 
  • Basic Appli­ca­tions of GD&T
  • Project — 1
Recommended eligibility

Min­i­mum: Diploma/engineering stu­dent with basic mechan­i­cal-design under­stand­ing.

Ide­al: Mechanical/Automobile/Production/Manufacturing/Mechatronics grad­u­ate or diplo­ma hold­er who wants to enter CAD design.

UG NX Advanced Course
Objective

The Advanced Uni­graph­ics NX CAD course is designed to devel­op indus­try-ori­ent­ed skills in 3D part design, advanced assem­bly, sur­face mod­el­ing, sheet met­al, and engi­neer­ing doc­u­men­ta­tion using Siemens NX.

Key Course Objectives

By the end of the course, par­tic­i­pants will be able to:

  • Devel­op advanced 3D para­met­ric mod­els using NX mod­el­ing tools and fea­ture-based design.

  • Cre­ate com­plex mechan­i­cal com­po­nents using advanced sketch­es, sweeps, blends, pat­terns, and Boolean oper­a­tions.

  • Apply Syn­chro­nous Mod­el­ing tech­niques for effi­cient design mod­i­fi­ca­tion and edit­ing.

  • Design and man­age com­plex assem­blies, includ­ing assem­bly con­straints, sub­assem­blies, com­po­nent arrange­ments, and assem­bly struc­tures.

  • Cre­ate detailed engi­neer­ing draw­ings from 3D mod­els, includ­ing sec­tion­al views, dimen­sions, anno­ta­tions, BOMs, and GD&T.

  • Devel­op advanced freeform and sur­face mod­els for com­plex prod­uct shapes.

  • Cre­ate sheet met­al com­po­nents, bends, flanges, cor­ner treat­ments, and flat pat­terns.

  • Per­form design val­i­da­tion and mod­el inter­ro­ga­tion using NX analy­sis and check­ing tools.

  • Fol­low design intent, para­met­ric mod­el­ing, and engi­neer­ing best prac­tices used in pro­fes­sion­al CAD envi­ron­ments.

  • Work on indus­try-ori­ent­ed projects that sim­u­late real-world prod­uct design and devel­op­ment.

  • Pre­pare mod­els and draw­ings suit­able for man­u­fac­tur­ing and down­stream engi­neer­ing process­es.

  • Improve pro­duc­tiv­i­ty through effi­cient mod­el­ing work­flows, reusable fea­tures, and design automa­tion con­cepts.

Course Modules:
  • NX User Inter­face & Set­tings
  • Sketch­er Work­bench 
  • Part Design 
  • Assem­bly Design
  • Draft­ing Work­bench
  • Project — 1
  • Sheet Met­al Design
  • Sur­face Mod­el­ing 
  • Shape Stu­dio
  • Reverse Engi­neer­ing
  • Remas­ter­ing.
Additional Package Includes
  • Basic Engi­neer­ing Draw­ing
  • GD&T Theroy class 3 to 4 Days
  • Resume Build­ing
  • Inter­view Preper­a­tion
  • Place­ment Assis­tance.
Advanced Course Outcome

After com­plet­ing the course, learn­ers should be capa­ble of tak­ing a prod­uct from con­cept → 3D part mod­el­ing → assem­bly → detailing/drafting → man­u­fac­tur­ing doc­u­men­ta­tion using Siemens NX.

 
Recommended eligibility

Min­i­mum: Diploma/engineering stu­dent with basic mechan­i­cal-design under­stand­ing.

Ide­al: Mechanical/Automobile/Production/Manufacturing/Mechatronics grad­u­ate or diplo­ma hold­er who wants to enter CAD design.

UG NX Pro­fes­sion­al Course

Overview

Uni­graph­ics NX (UG NX), now part of Siemens Design­cen­ter NX, is a pro­fes­sion­al CAD/CAM/CAE plat­form used for prod­uct design, engi­neer­ing, man­u­fac­tur­ing, and doc­u­men­ta­tion. Siemens’ cur­rent NX train­ing cov­ers para­met­ric mod­el­ing, assem­blies, draft­ing, syn­chro­nous mod­el­ing, expres­sions, and relat­ed design work­flows.

 

  1. Course Objective

The NX Pro­fes­sion­al Mod­el­ing Course aims to devel­op indus­try-ori­ent­ed skills in 3D mechanical/product mod­el­ing using Siemens NX.

By the end of the course, par­tic­i­pants will be able to:

  • Under­stand the NX user inter­face, nav­i­ga­tion, mod­el­ing envi­ron­ment and design work­flow.
  • Cre­ate 2D sketch­es with geo­met­ric and dimen­sion­al con­straints.
  • Devel­op accu­rate para­met­ric 3D sol­id mod­els.
  • Use expres­sions and design intent to cre­ate eas­i­ly editable mod­els.
  • Cre­ate com­plex com­po­nents using advanced mod­el­ing fea­tures.
  • Apply Syn­chro­nous Mod­el­ing tech­niques for mod­i­fy­ing existing/imported geom­e­try.
  • Cre­ate and edit datum fea­tures, pat­terns, blends, cham­fers and oth­er fin­ish­ing fea­tures.
  • Work with assem­blies, com­po­nent posi­tion­ing and assem­bly con­straints.
  • Under­stand mas­ter-mod­el-based design work­flows.
  • Cre­ate engi­neer­ing draw­ings from 3D mod­els.
  • Ana­lyze and mod­i­fy exist­ing mod­els and import­ed CAD data.
  • Devel­op com­po­nents based on engi­neer­ing draw­ings and real-world design require­ments.

These areas align with Siemens’ NX fun­da­men­tal train­ing, which includes para­met­ric part mod­el­ing, assem­blies, import­ed-mod­el mod­i­fi­ca­tion, syn­chro­nous mod­el­ing and basic draw­ings. 

  1. Course Overview

The course fol­lows a the­o­ry + demon­stra­tion + hands-on prac­tice + project approach.

Mod­ule 1 — Nx Fun­da­men­tals

Mod­ule 2 — Sketch­er

Mod­ule 3: Part Mod­el­ing

Mod­ule 4: 

Advanced / Pro­fes­sion­al Mod­el­ing

Mod­ule 5 — Assem­bly Mod­el­ing.

Mod­ule 6 — Draft­ing.

Mod­ule 7 — Advanced Sheet Met­al Design.

Mod­ule 8 — Wire-frame & Sur­face Mod­el­ing

Mod­ule 9 — Shape Stu­dio

Mod­ule 10- PMI

Mod­ule 11 — Reverse Engi­neer­ing

Mod­ule 12 — Remas­ter­ing.

Mod­ule 13. Motion Sim­u­la­tion.

Mod­ule 14 — Ren­der­ing

Addtional Package Course Includes

  • On-Job Train­ing
  • Resume Build­ing
  • Per­son­al­i­ty Devel­op­ment
  • Ren­der­ing using soft­ware
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Diplo­ma in CAE — Ansys Work­bench for Begin­ners

Ansys Mechan­i­cal finite ele­ment analy­sis soft­ware is used to sim­u­late com­put­er mod­els of struc­tures, elec­tron­ics, or machine com­po­nents for ana­lyz­ing the strength, tough­ness, elas­tic­i­ty, tem­per­a­ture dis­tri­b­u­tion, elec­tro­mag­net­ism, flu­id flow, and oth­er attrib­ut­es.

Ansys Mechan­i­cal is a finite ele­ment analy­sis (FEA) soft­ware used to per­form struc­tur­al analy­sis using advanced solver options, includ­ing lin­ear dynam­ics, non­lin­ear­i­ties, ther­mal analy­sis, mate­ri­als, com­pos­ites, hydro­dy­nam­ic, explic­it, and more. 

Ansys pre­dom­i­nant­ly offers engi­neer­ing sim­u­la­tion soft­ware and ancil­lary ser­vices. The solu­tions pro­vid­ed by the com­pa­ny are used in a wide range of indus­tries includ­ing Aero­space, Defence, Auto­mo­tive, Bio­med­ical and oth­er indus­tri­al Sec­tors

Advanced Diplo­ma in CAE — Ansys Work­bench
Ansys Pro­fes­sion­al Course
Build­ing & Struc­tur­al Design
Diplo­ma in Arche­tec­tur­al Design­ing Course struc­ture

Overview

The Diplo­ma in Archi­tec­tur­al Design is a prac­ti­cal, career-ori­ent­ed pro­gram designed to devel­op skills in archi­tec­tur­al plan­ning, draft­ing, 2D draw­ings, 3D visu­al­iza­tion, and design doc­u­men­ta­tion. Stu­dents learn indus­try-rel­e­vant CAD tools and work on prac­ti­cal archi­tec­tur­al projects cov­er­ing res­i­den­tial and com­mer­cial spaces.

 

The objec­tive of this course is to help stu­dents devel­op a strong foun­da­tion in archi­tec­tur­al design and draft­ing. Stu­dents will learn to cre­ate accu­rate floor plans, ele­va­tions, sec­tions, 3D mod­els, and pre­sen­ta­tion draw­ings while under­stand­ing basic archi­tec­tur­al prin­ci­ples, space plan­ning, mate­ri­als, and con­struc­tion con­cepts.

 

Pre­req­ui­sites

  • Basic com­put­er knowl­edge
  • Basic under­stand­ing of math­e­mat­ics and geom­e­try
  • Inter­est in archi­tec­ture, design, and con­struc­tion
  • No pri­or pro­fes­sion­al CAD expe­ri­ence is required
  • Begin­ners can join the course

Software Covered
AutoCAD Civil — 2D
Sketchup Pro

 

Who Can Join?
This course is suit­able for:

  • 10th / 12th pass stu­dents
  • Diplo­ma and ITI stu­dents
  • Civ­il Engi­neer­ing stu­dents and grad­u­ates
  • Archi­tec­ture stu­dents
  • Inte­ri­or Design stu­dents
  • Civil/Architectural draft­ing pro­fes­sion­als
  • Work­ing pro­fes­sion­als look­ing to upgrade their design skills
  • Any­one inter­est­ed in start­ing a career in archi­tec­tur­al design

Key Learn­ing Areas

 

  • Archi­tec­tur­al Design Fun­da­men­tals
  • Build­ing Plan­ning & Space Plan­ning
  • Archi­tec­tur­al Draw­ing & Draft­ing
  • Auto­CAD for Archi­tec­ture
  • Floor Plans, Ele­va­tions & Sec­tions
  • 3D Archi­tec­tur­al Mod­el­ling
  • Inte­ri­or & Exte­ri­or Design Basics
  • Build­ing Mate­ri­als & Con­struc­tion Basics
  • Work­ing Draw­ings & Doc­u­men­ta­tion
  • Prac­ti­cal Archi­tec­tur­al Projects
  • Pre­sen­ta­tion & Port­fo­lio Devel­op­ment
Advanced Diplo­ma in Archi­tec­ture Cours­es

Overview

The Advanced Diplo­ma in Archi­tec­tur­al Design is a com­pre­hen­sive, indus­try-ori­ent­ed pro­gram focused on advanced archi­tec­tur­al plan­ning, CAD draft­ing, 3D mod­el­ling, visu­al­iza­tion, work­ing draw­ings, and project devel­op­ment. Stu­dents gain prac­ti­cal expe­ri­ence in design­ing res­i­den­tial and com­mer­cial projects and prepar­ing pro­fes­sion­al archi­tec­tur­al doc­u­men­ta­tion. nec ullam­cor­p­er mat­tis, pul­v­inar dapibus leo.

Course Objec­tive
The objec­tive of this course is to devel­op advanced archi­tec­tur­al design and tech­ni­cal draft­ing skills. Stu­dents will learn to con­vert design con­cepts into detailed 2D draw­ings, 3D mod­els, pre­sen­ta­tions, and con­struc­tion-ready doc­u­men­ta­tion while devel­op­ing prac­ti­cal project and design coor­di­na­tion skills.

Pre­req­ui­sites

  • Basic com­put­er knowl­edge
  • Basic under­stand­ing of archi­tec­tur­al draw­ing and design
  • Basic knowl­edge of Auto­CAD is rec­om­mend­ed
  • Under­stand­ing of basic math­e­mat­ics and geom­e­try
  • Pre­vi­ous archi­tec­tur­al, civ­il, or inte­ri­or design knowl­edge is an advan­tage
  • Suit­able for learn­ers who have com­plet­ed a basic archi­tec­tur­al design course

Who Can Join?
This course is suit­able for:

  • Diplo­ma / ITI stu­dents
  • Civ­il Engi­neer­ing stu­dents and grad­u­ates
  • Archi­tec­ture stu­dents and grad­u­ates
  • Inte­ri­or Design stu­dents
  • Architectural/CAD draft­ing pro­fes­sion­als
  • Auto­CAD design­ers look­ing to advance their skills
  • Work­ing pro­fes­sion­als seek­ing career advance­ment
  • Stu­dents who have com­plet­ed a Diplo­ma in Archi­tec­tur­al Design
  • Any­one inter­est­ed in devel­op­ing pro­fes­sion­al archi­tec­tur­al design skills

Key Learn­ing Areas

  • Advanced Archi­tec­tur­al Design
  • Advanced Auto­CAD for Archi­tec­ture
  • Res­i­den­tial & Com­mer­cial Plan­ning
  • Detailed Floor Plans, Ele­va­tions & Sec­tions
  • Work­ing Draw­ings & Con­struc­tion Doc­u­men­ta­tion
  • Advanced 3D Archi­tec­tur­al Mod­el­ling
  • Inte­ri­or & Exte­ri­or Design
  • Build­ing Mate­ri­als & Con­struc­tion Con­cepts
  • Archi­tec­tur­al Visu­al­iza­tion & Pre­sen­ta­tion
  • Prac­ti­cal Indus­try Projects
  • Port­fo­lio Devel­op­ment.

Addi­tion­al Pack­age Courese:

On Job Train­ing

Resume Build­ing 

Ren­der­ing using V‑Ray.

Course Overview

The Pro­fes­sion­al Diplo­ma in Archi­tec­tur­al Design is a prac­ti­cal, indus­try-ori­ent­ed pro­gram focused on Auto­CAD 2D plan­ning, 3D archi­tec­tur­al mod­el­ling, SketchUp Pro, and V‑Ray ren­der­ing. Stu­dents learn to devel­op archi­tec­tur­al con­cepts into detailed floor plans, ele­va­tions, sec­tions, 3D mod­els, real­is­tic visu­al­iza­tions, and pro­fes­sion­al pre­sen­ta­tions for res­i­den­tial and com­mer­cial projects.

Course Objective

The objec­tive of this course is to devel­op job-ready archi­tec­tur­al design and visu­al­iza­tion skills. Stu­dents will learn to pre­pare accu­rate 2D archi­tec­tur­al draw­ings using Auto­CAD, cre­ate detailed 3D mod­els using SketchUp Pro, and pro­duce real­is­tic archi­tec­tur­al ren­ders using V‑Ray.

 

Key Learning Areas

  • Auto­CAD 2D Plan­ning
    • Archi­tec­tur­al floor plans
    • Dimen­sion­ing and anno­ta­tions
    • Doors, win­dows and fur­ni­ture lay­outs
    • Ele­va­tions and sec­tions
    • Lay­er man­age­ment and stan­dards
    • Detailed work­ing draw­ings
  • 3D Archi­tec­tur­al Design
    • 3D build­ing mod­el­ling
    • Exte­ri­or and inte­ri­or mod­el­ling
    • Archi­tec­tur­al com­po­nents
    • Mate­ri­als and tex­tures
    • Light­ing and scene set­up
  • SketchUp Pro
    • Pro­fes­sion­al 3D mod­el­ling work­flow
    • Res­i­den­tial and com­mer­cial mod­el­ling
    • Inte­ri­or space mod­el­ling
    • Com­po­nents, groups and scenes
    • Mate­ri­als and tex­tures
    • Pre­sen­ta­tion and walk­through prepa­ra­tion
  • V‑Ray Ren­der­ing
    • V‑Ray mate­ri­als
    • Nat­ur­al and arti­fi­cial light­ing
    • Cam­era com­po­si­tion
    • Inte­ri­or and exte­ri­or ren­der­ing
    • Real­is­tic mate­ri­als and tex­tures
    • Ren­der set­tings and opti­miza­tion
    • Pho­to­re­al­is­tic archi­tec­tur­al visu­al­iza­tion
Additional course package Includes
On-Job Training
Rendering using V‑Ray
Resume Building
Personality Develpment

 

Prerequisites

  • Basic com­put­er knowl­edge
  • Basic under­stand­ing of archi­tec­tur­al con­cepts is help­ful
  • Basic knowl­edge of math­e­mat­ics and geom­e­try
  • No advanced soft­ware expe­ri­ence is manda­to­ry
  • Suit­able for begin­ners as well as learn­ers with basic CAD knowl­edge

Who Can Join?

This course is suit­able for:

  • 10th / 12th pass stu­dents
  • Diplo­ma and ITI stu­dents
  • Civ­il Engi­neer­ing stu­dents and grad­u­ates
  • Archi­tec­ture stu­dents
  • Inte­ri­or Design stu­dents
  • Auto­CAD begin­ners and CAD pro­fes­sion­als
  • Archi­tec­tur­al drafts­men
  • Inte­ri­or design­ers
  • Work­ing pro­fes­sion­als look­ing to upgrade their skills
  • Any­one inter­est­ed in a career in Archi­tec­tur­al Design, 3D Mod­el­ling and Visu­al­iza­tion

Career Opportunities

 

After com­plet­ing the course, stu­dents can explore roles such as Archi­tec­tur­al CAD Design­er, Archi­tec­tur­al Drafts­man, 2D/3D Archi­tec­tur­al Design­er, SketchUp Design­er, 3D Visu­al­iz­er, Inte­ri­or Design Assis­tant, and Archi­tec­tur­al Ren­der­ing Artist.

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Presentation
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Discussion
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Skill Development Program
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