Organise the design inputs.
Start with the sample brief and build a modelling sequence you can explain.
Mechanical design. From first sketch to finished assembly.
Autodesk Inventor
Course in Sharjah.
Define the part.
Develop the assembly.
Learn Autodesk Inventor with CADD International. Connect parametric modelling, assembly relationships and engineering drawings through guided mechanical design exercises.
- Learning format
- Classroom / Online live
- Practical focus
- Parts, assemblies & drawings
- Starting level
- Discuss your background
Al Majaz 1, Sharjah · Dubai & Abu Dhabi enquiries · GCC online live.
Inventor
AUTODESK · MECHANICAL CAD
Learning workspace
PART → ASSEMBLY → DRAWING
Interactive preview
01 / PART MODELLING
Build a part with design intent.
Start with a sketch, add features and see how the housing relates to the assembly.
Autodesk Inventor
Mechanical design & documentation
Parametric CAD workflow
Parts, assemblies & drawing outputs
CADD International
Autodesk Academic Partner
Mechanical design & digital prototyping
Build the model.
Explain how it works.
Inventor connects part geometry with assembly relationships and drawing information. Practise a modelling approach that makes your design decisions easier to review and revise.
Our Autodesk Inventor course in Sharjah is suited to mechanical engineers, product designers, CAD draftspersons and graduates. Discuss a starting level and project scope that match your intended design work.
Consider the complete assembly.
Use the agreed component relationships and review checks to develop the learning project.
Present a coherent design pack.
Connect your models, drawing outputs and review notes in one clear presentation.
Your Inventor learning path
From sketch constraints
to an organised design pack.
Explore the proposed modules below. Admissions will confirm the software release, training hours, included tools and practical project requirements for your batch.
01 · Projects, sketches & design intent
- Organise the project setup, file locations and sample design brief.
- Review sketch dimensions, geometric constraints and work geometry.
- Explain how the sketch supports the intended part changes.
02 · Part modelling & reusable features
- Develop sample parts using extrudes, revolves, sweeps and lofts.
- Work with selected holes, fillets, patterns and reference geometry.
- Introduce reusable features and part variants within the agreed scope.
03 · Assemblies, constraints & joints
- Organise a sample assembly and its component references.
- Practise selected constraints and joints and review their effects.
- Introduce interference checks and explain the assembly relationships.
04 · Sheet metal & flat-pattern outputs
- Develop a folded sheet-metal exercise.
- Review thickness, bend settings and selected flange features.
- Prepare a flat-pattern output and record the assumptions used.
05 · Frame Generator & tube-and-pipe introduction
- Use a sample layout to introduce structural frame members.
- Review selected end treatments and frame documentation.
- Discuss introductory tube-and-pipe workflows and included tools.
06 · Parameters, model states & iLogic introduction
- Relate parameters to controlled design changes.
- Introduce model states and variants for the learning exercise.
- Explore a simple iLogic rule or form within the agreed course scope.
07 · Drawings, parts lists & presentations
- Prepare selected drawing views, sections and annotations.
- Organise a sample parts list and item references.
- Explore an exploded presentation for communicating the assembly.
08 · Stress-analysis introduction & applied project
- Discuss the included analysis tools and licence requirements.
- Introduce materials, loads, supports and mesh concepts for a sample study.
- Review the assumptions and selected results with your trainer.
- Present the agreed model, drawing and project-review outputs.
Put the learning to work
A design project
you can explain.
Follow an agreed brief through the selected modelling and documentation tasks. Present the changes you made and the reasoning behind your approach.
Discuss a mechanical component, small assembly, sheet-metal enclosure or frame exercise. Your trainer will confirm the project data, review criteria and required outputs.
Discuss your project goals ↗A parametric part study
Present your sketch approach, feature sequence and response to a sample design change.
An assembly review
Explain selected component relationships and the agreed assembly checks.
A drawing pack
Organise selected views, annotations and item information for review.
A project presentation
Connect the brief, model revisions and final learning outputs in one clear presentation.
Choose how you learn
Sharjah classroom.
Online live flexibility.
Discuss your work schedule, commute and preferred language. Our team will confirm current batches and trainer availability.
Autodesk Inventor training in Sharjah
Learn at 208 Reem Plaza, above FAB Bank, Corniche Street, Al Majaz 1, near Al Majaz Waterfront, Sharjah.
Contact details & directions ↗Learn from the UAE or GCC
Enquire about instructor-led online classes, guided exercises, project reviews and included recording access.
Explore online learning ↗Dubai & Abu Dhabi options
Share your preferred branch and schedule. Ask about Business Bay, BurJuman branch availability and Abu Dhabi batches.
Check available batches ↗
Ask about training in
English
العربية
हिन्दी
മലയാളം
தமிழ்
Language, delivery mode and batch availability are confirmed before enrolment.
Your learning, documented
Completion credentials.
Practical project evidence.
Connect your Inventor learning with the applicable completion credentials and an organised portfolio.
Applicable completion credentials
Ask admissions to confirm the Autodesk and CADD course-completion credentials included with your enrolment and their requirements.
Discuss your exam goals
Ask about preparation for Autodesk Certified Professional in Inventor for Mechanical Design. Exam registration, fees and passing requirements are separate from course completion.
A mechanical CAD portfolio
Present your selected models and drawings with an organised record of the learning brief and review comments.
Discuss software setup, educational access eligibility, included resources, recordings and refresher-class terms. Ask about eligible paid KHDA attestation, current fees and available Tabby or Tamara payment options.
Corporate training
Develop your team's
mechanical design workflow.
Discuss Autodesk Inventor training for design, drafting or manufacturing teams. Share your current software release, learner experience and the modelling or drawing workflows you want the programme to address.
Before you join
Inventor training questions,
answered.
Who is this Autodesk Inventor course suitable for?
Mechanical engineers, product designers, CAD draftspersons, students and graduates can enquire. Share your experience and intended work so admissions can recommend a suitable plan.
Can beginners join the Inventor course?
Discuss your computer confidence, engineering drawing knowledge and CAD experience. Admissions can explain foundation training and the prerequisites for advanced exercises.
Which Inventor version will I learn?
Ask admissions to confirm the software release, included tools and access arrangements for your batch. Share the version used at work if compatibility matters to your training.
Does the course include parts and assemblies?
The proposed pathway includes part modelling and assembly exercises. Request the detailed syllabus to confirm the complexity and deliverables for your starting level.
Will I learn sheet metal and Frame Generator?
These topics are included in the proposed modules. Discuss the fabrication or equipment-design work you want to develop so admissions can confirm a suitable exercise scope.
Are tube and pipe, iLogic and model states included?
The proposed pathway introduces these subjects. Confirm the depth, software tools and exercise requirements for your batch, especially if you need a specialist focus.
Will I prepare drawings and parts lists?
The proposed documentation component connects selected model views with annotations and item information. Your course plan will confirm the required drawing outputs.
Does the course include stress analysis?
Discuss the introductory study scope, available licences and included analysis tools. Ask about a separate analysis pathway if you need deeper simulation training.
Does course completion make me an Autodesk Certified Professional?
Course-completion credentials and Autodesk professional exam certification are separate. Ask about exam preparation, registration, fees and the experience expected for your chosen certification.
Can I see a demo before choosing my course?
Ask admissions about a guided demo session and available timings. Share your experience and learning goals so the team can explain the most relevant course scope.
Can I attend online from Dubai, Abu Dhabi or the GCC?
Enquire about instructor-led online training and share your schedule and computer setup. Ask about classroom availability in your preferred UAE location.
What are the duration, fees and payment options?
Request the current training-hour plan, project requirements, total fees and payment terms. Admissions can explain available Tabby or Tamara options and their terms.
Plan your next mechanical design step
Bring your goals.
Find your course plan.
Request the Autodesk Inventor syllabus, fees, demo-session options and available batches. Share your engineering background, CAD or Autodesk Inventor experience, project goals and preferred training format.
208 Reem Plaza, above FAB Bank, Corniche Street, Al Majaz 1, Sharjah.
Enquire about Autodesk Inventor
Share your contact details and learning goals with our admissions team.
Prefer to speak with us? Call admissions or visit our contact page.
Continue your learning
Connect mechanical CAD
with a wider engineering workflow.
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