SIEMENS NX DESIGNER COURSE
Intricately designed Curriculum to kickstart your career.
NX, formerly known as “Unigraphics”, is an advanced high-end CAD/CAM/CAE, which has been owned since 2007 by Siemens PLM Software.
This course will teach you how to design simple & complex industry relevant parts and assemblies for product visualization. Creation of manufacturing drawing based on the concepts of technical drawing reading & GD&T. This course aims to bridge the gap between academia and the industry for the entry level opportunities in product design & development.
Objectives
- Read & understand engineering drawings
- Create parametric, feature based 3D models from 2D sketch
- Design & visualize assemblies using different approaches
- Create manufacturing drawings of parts & assemblies
We welcome you for this incredible journey from an unskilled world to a skilled realm.
Happy Learning.
Introducing SIEMENS NX: A SaaS based 3D CAD solution
Disclaimer: For educational purposes only. Video courtesy of Siemens NX, All rights reserved.
Next Batch commencing from
2024
Program Duration
60 Days
Program Delivery
Online/Offline
Why Should I learn SIEMENS NX ?
High Paying Job
SIEMENS NX have proven to knowledge and skills with augmented designing and additive manufacturing techniques after initial training and a minimum of three months of regular practice using SIEMENS NX Function Driven Generative Designer.
Skills with high demand
SIEMENS NX proposes hands-on challenges based on industrial use cases that will require you to design, modify and analyse parts and assemblies.
Required mindset
- Grit to become a Design Engineer
- A commitment to attending classes, completing assignments, working with others, and taking part in both in-person and online sessions
- Maintain a positive outlook while making friends with your peers and contributing to class projects and assignments.
- You may think you already know parts of the content, but we assure you that we only spend time on concepts that will help you achieve clarity and confidence in your understanding of the fundamental which will help launch your career as Design Engineer. Open your thoughts, and don't be afraid
Who is this program for?
- Freshers
If you’re looking for the next big thing in world’s leading solutions for product design and experience in multiple industries to develop the products we see and use in our everyday lives and trying to bridge the gap between your existing skill sets and industry expectations, then this course is for you.
- Final Year Engineering graduates
This course would be a game-changer for anyone studying for a degree in Mechanical stream who wants to learn about the most cutting-edge technology available today. Work on cutting-edge projects to distinguish yourself from your friends/seniors and become the top pick for future recruiters.
- Working professionals who wants to upskill and shift to new role
If you’re a working professional looking to advance your career or switch industries, this course is for you. Our SIEMENS NX design course can help you land the career you’ve always wanted and the hiking trip you’ve always wanted.
Our Recruitment Partners
Course Details
Advanced
- Duration (Days) - 30
- Duration (Hours) - 120
- Material Provided - Yes
- Joining kit - No
- Certificate Provide - Yes
- Industrial Prospect's - No
- On Job Training - No
- Mock Interviews - No
- Value Added Sessions - No
- Assessments & Assignments - Yes
- Job Placement Assistance - No
Premium
- Duration (Days) - 60
- Duration (Hours) - 210
- Material Provided - Yes
- Joining kit - Yes
- OEM Certificate Provide - Yes
- Industrial Prospect's - Yes
- On Job Training - Yes
- Mock Interviews - Yes
- Value Added Sessions - Yes
- Assessments & Assignments - Yes
- Job Placement Assistance - Yes
Course
Curriculum
Eligibility
Learners need to possess an undergraduate degree or a high school diploma.
Course Content
Module 1: SKETCH
- Introduction to NX & its interface.
- Navigation into applications (template selection) and display controls.
- CSYS and plane selection for sketch
- Access Sketch and sketch in task environment
- Sketch Curve: Profile, line, arc, circle, fillet, chamfer, rectangle, polygon, studio spline, ellipse, conic, and point.
- Curve edit: quick trim, quick extend, make corner.
- Sketch Constraints: geometric/dimensional, Display sketch constraints, auto constraint, auto dimension, show/remove constraints, animate dimension, convert to reference, alternate solution, inferred constraint & dimensions, create inferred constraints, continuous auto dimensioning.
- Reattach sketch
- Expressions and formulas in sketch
Module 2: PART DESIGN/SOLID MODELING
- Introduction to feature based solid modeling
- Interface customization and navigation.
- Parent child relationship between features (dependencies).
- Use of part navigator and model history
- Design features: Extrude, revolve, hole, rib, thread.
- Sweep: Sweep along guide, swept, tube
- Mesh surface: Ruled, through curves
- Combine: Unite, subtract , intersect, trim body
- Datum/Point: Datum plane, datum axis, datum CSYS, point
- Associative Copy: Pattern feature, pattern geometry, mirror feature, mirror geometry.
- Detail Features: Edge blend, face blend, chamfer, draft
- Offset/scale: Shell, thicken, scale body
- Feature creation order, reordering the tree structure, dynamic sectioning.
- Concept of data migration, conversion to NFF (IGES, STEP etc.), import and export
- Layers: move, copy, settings, category, visibility control
- Feature editing
- apply material, screenshot capture.
- Expressions, formulas & attributes
- Automatic feature replay
- Utility tools: measure
- Analysis: draft analysis
Module 3: SURFACE DESIGN
- Introduction to surface design & NX modeling interface.
- Introduction to different types of continuity.
- Surface design workflow.
- Wireframe creation: 3D curve and derived curves
- Basic surface creation tools: Extrude, revolve, sweep, mesh surface
- Extract geometry, offset surface, fillets, flange surface
- Trim: trimmed sheet, trim & extend, un trim, delete edge
- Fill: through curve mesh, N sided surface, bounded plane
- Join: Sew, un sew
- Solid creation from surface: thicken & closed solid (sew)
Module 4: ASSEMBLY DESIGN
- Introduction to assembly concepts (top down, bottom up, product structure) & NX assembly interface.
- Components: add component, create new parent, replace component, make unique, pattern component, mirror assembly, suppress/ unsupress
- Component position: Move component, assly constraints, show/hide constraints, show degrees of freedom
- Validation: compute interference
- exploded views
- Documentation: BOM, balloons, Dependencies, Mechanical structure,
- Annotations, Save Management
- Top down design: create new component, create new parent, WAVE Geometry linker, Inter part link browser, promote bodies
Module 5: DRAFTING
- Introduction to drafting (Interactive, Generative) & NX drafting interface.
- Preference settings
- Sheet setup, sheet background -Frame & title block, revision block creation(template)
- Views: Projections – orthographic, isometric, sections, details, broken views, clipping, view creation wizard, view related modifications
- Dimensioning – Dimension, Dimension edition, tolerances and Dimension properties.
- Drawing – Add Sheets, new view, update.
- User defined symbols
- Annotations – GD&T, note, balloons, symbols, tables, welding & surface roughness symbols.
- Interactive drafting: Graphic properties, Geometry creation toolbar, Geometry modification
- Assembly Documentation – BOM, Exploded view, Balloon Generation.
- Link Management
- Data Management – Save Management/Print.
Module 6: SHEETMETAL DESIGN
- Introduction to sheet metal, basic concepts of sheet metal.
- Introduction to sheet metal workbench interface.
- Primary wall creation: Tab, Flange, contour flange, lofted flange, hem flange, bend, jog, SM from solid
- Corner: Closed corner, three bend corner, break corner, chamfer
- Punch: Dimple, louver, drawn cutout, bead, solid punch, gusset
- Cut: Extrude, normal cutout , bend taper
- Resize: Resize bend radius, bend angle, neutral factor
- Form: Unbend, rebend
- Design Feature: Hole, pattern, mirror, trim, unite
- Convert: Convert to sheetmetal, edge rip
- Flat pattern: Flat solid, flat pattern, export flat pattern
Value Addition
- Engg Drawing Reading
- GD&T
- Resume building
- Mock Interview – 1
- Project – 1
Module 1: SKETCH
- Introduction to NX & its interface.
- Navigation into applications (template selection) and display controls.
- CSYS and plane selection for sketch
- Access Sketch and sketch in task environment
- Sketch Curve: Profile, line, arc, circle, fillet, chamfer, rectangle, polygon, studio spline, ellipse, conic, and point.
- Curve edit: quick trim, quick extend, make corner.
- Sketch Constraints: geometric/dimensional, Display sketch constraints, auto constraint, auto dimension, show/remove constraints, animate dimension, convert to reference, alternate solution, inferred constraint & dimensions, create inferred constraints, continuous auto dimensioning.
- Reattach sketch
- Expressions and formulas in sketch
Module 2: PART DESIGN/SOLID MODELING
- Introduction to feature based solid modeling
- Interface customization and navigation.
- Parent child relationship between features (dependencies).
- Use of part navigator and model history
- Design features: Extrude, revolve, hole, rib, thread.
- Sweep: Sweep along guide, swept, tube
- Mesh surface: Ruled, through curves
- Combine: Unite, subtract , intersect, trim body
- Datum/Point: Datum plane, datum axis, datum CSYS, point
- Associative Copy: Pattern feature, pattern geometry, mirror feature, mirror geometry.
- Detail Features: Edge blend, face blend, chamfer, draft
- Offset/scale: Shell, thicken, scale body
- Feature creation order, reordering the tree structure, dynamic sectioning.
- Concept of data migration, conversion to NFF (IGES, STEP etc.), import and export
- Layers: move, copy, settings, category, visibility control
- Feature editing
- Geometry Duplication: Copy, paste of features & bodies within the part or between parts.
- WAVE link geometry for linked copies of models.
- apply material, screenshot capture.
- Expressions, formulas & attributes
- Part families
- Automatic feature replay
- Utility tools: measure
- Analysis: draft analysis
Module 3: SURFACE DESIGN
- Introduction to surface design & NX modeling interface.
- Introduction to different types of continuity.
- Surface design workflow.
- Wireframe creation: 3D curve and derived curves
- Basic surface creation tools: Extrude, revolve, sweep, mesh surface
- Extract geometry, offset surface, fillets, flange surface
- Trim: trimmed sheet, trim & extend, un trim, delete edge
- Fill: through curve mesh, N sided surface, bounded plane
- Join: Sew, un sew
- Solid creation from surface: thicken & closed solid (sew)
Module 4: ASSEMBLY DESIGN
- Introduction to assembly concepts (top down, bottom up, product structure) & NX assembly interface.
- Components: add component, create new parent, replace component, make unique, pattern component, mirror assembly, suppress/ unsupress
- Component position: Move component, assly constraints, show/hide constraints, show degrees of freedom
- Validation: compute interference
- exploded views
- Documentation: BOM, balloons, Dependencies, Mechanical structure,
- Annotations, Save Management
- Top down design: create new component, create new parent, WAVE Geometry linker, Inter part link browser, promote bodies
- Large assly mgmt.
Module 5: DRAFTING
- Introduction to drafting (Interactive, Generative) & NX drafting interface.
- Preference settings
- Sheet setup, sheet background -Frame & title block, revision block creation(template)
- Views: Projections – orthographic, isometric, sections, details, broken views, clipping, view creation wizard, view related modifications
- Dimensioning – Dimension, Dimension edition, tolerances and Dimension properties.
- Drawing – Add Sheets, new view, update.
- User defined symbols
- Annotations – GD&T, note, balloons, symbols, tables, welding & surface roughness symbols.
- Interactive drafting: Graphic properties, Geometry creation toolbar, Geometry modification
- Assembly Documentation – BOM, Exploded view, Balloon Generation.
- Link Management
- Data Management – Save Management/Print.
Module 6: SHEETMETAL DESIGN
- Introduction to sheet metal, basic concepts of sheet metal.
- Introduction to sheet metal workbench interface.
- Primary wall creation: Tab, Flange, contour flange, lofted flange, hem flange, bend, jog, SM from solid
- Corner: Closed corner, three bend corner, break corner, chamfer
- Punch: Dimple, louver, drawn cutout, bead, solid punch, gusset
- Cut: Extrude, normal cutout , bend taper
- Resize: Resize bend radius, bend angle, neutral factor
- Form: Unbend, rebend
- Design Feature: Hole, pattern, mirror, trim, unite
- Convert: Convert to sheetmetal, edge rip
- Flat pattern: Flat solid, flat pattern, export flat pattern
Module 7: PMI (PRODUCT AND MANUFACTURING INFORMATION)
- Introduction to PMI
- Dimension: Rapid, Liear, Radial,Angular,Chamfer, Hole and Thread callout, Ordinate,Thickness,Arc lenth.
- Annotation:Note, Feature control frame,Datum feature symbol,Surface finish,Datum target,Weld symbol,Ballon.
- Table:insert,Edit table, Edit cell
- Supplemental Geometry:Region,center mark, centerline,Bolt circle centerline
- Tools:Section view, compare
- Display:Resize,Position,Sppress PMI object,Edit settings.
Value Addition
- Engg Drawing Reading
- GD&T
- Resume building
- Career counselling
- Placement Assistance
- Mock interview every week
- Interview skills training
- Projects – 3
- Engg topics refresher
Download Brochure
