Autodesk Inventor Automation & Customization API
Live & Attractive Online Training
✅ Master Autodesk Inventor Automation using API programming with C# .NET. Automate part modeling, assembly generation, and drawing creation for high-efficiency design workflows.
✅ Perfect for mechanical engineers and CAD professionals aiming to move into high-paying roles with advanced Inventor customization and design automation skills.
✅ Transform your career from traditional CAD work to next-level automation, leveraging the power of the Inventor API with C# to build intelligent, rule-driven CAD systems.
✅ Begin with zero programming experience — we start from the basics of computer programming and guide you step-by-step into professional-level API development.
✅ Learn directly from industry experts working on real-world automation projects in top manufacturing and product design companies — with complete career mentoring and portfolio support.
High Salary
“For Autodesk inventor Design Engineers with 4 to 5 years of experience, the average CTC ranges from 5 Lakhs to 10 Lakhs. However, Autodesk inventor Developers with the same experience can command CTCs of 20 Lakhs to 30 Lakhs.”
Good Demand
“While Autodesk inventor Design is a well-known skill among mechanical engineers, there is intense competition for design jobs. On the other hand, Autodesk inventor Automation & Customization is a niche expertise, with only a few engineers.”
Easier To Learn
“While Autodesk inventor Design is generally easier to learn, Autodesk inventor Automation & Customization can be more challenging. With our extensive experience in this field, we aim to simplify the process for you with our step by step training.”
10 Reason to Learn Inventor API
Reduce hours of manual modeling work by automating repetitive tasks like part generation, dimensioning, and drawing creation — saving time and increasing consistency.
Create custom logic-driven applications that respond to user input or data — ideal for product configurators, mass customization, and parametric design automation.
Speed up part, assembly, and drawing creation drastically, helping teams deliver faster to market and handle high-volume projects with ease.
Go beyond regular 3D modeling by understanding Inventor’s internal structure, object models, and how it can be controlled programmatically with C#.
Companies in automotive, aerospace, manufacturing, and industrial design actively look for engineers with Inventor API and C# skills — a rare and in-demand combo.
Build tailored Inventor tools and add-ins that exactly match your organization’s workflow, giving you or your company a significant competitive edge.
Gain software development experience while staying rooted in mechanical design — opening up roles like CAD Developer, Automation Engineer, or Design Technologist.
With the Inventor API and C#, you can create tools that interact with spreadsheets, product databases, or PLM/ERP systems for intelligent data-driven design.
Inventor API skills allow you to offer freelance design automation services or build your own productivity plugins to sell to other engineers and companies.
As industries move toward digital twins, generative design, and intelligent manufacturing, automation skills in Inventor are essential to stay relevant and future – ready.
PLACEMENT RECORD
We’re proud of our alumni who now work at top companies. Although we keep their names private, we’re happy to share details if you request.
Syllabus C#.NET
Environment Setup
Basic Syntax
Program Structure
Data Types
Variables
Constants
Modifiers
Statements
Operators
Using Math Functions
Decision Making (if, switch, etc.)
Loops (for, while, do-while, foreach)
Strings
Date & Time
Arrays (1D, 2D, and 3D)
Defining Functions
Arguments & Return Types
in,out, andrefParameters
List
ArrayList
Dictionary
Hashtable
Struct
Enum
Classes & Objects
Constructor & Destructor
Access Modifiers (Public, Private, Protected, Internal)
Stack vs Heap Memory
Static Classes & Static Methods
Abstract Classes & Methods
Interfaces
Inheritance
Single Inheritance
Multiple Inheritance
Multilevel Inheritance
Polymorphism
Method Overloading
Method Overriding
Exception Handling
Files & Directory Handling
Creating Console Applications
Windows Forms Applications
Form Controls (TextBox, Button, Label, etc.)
Dialog Boxes
Advanced Forms
Event Handling
Class Library & DLL Creation
Interacting with Notepad Files
Reading/Writing Excel Files
Using Visual Studio Features
Build Events, Debugging, IntelliSense
Solution & Project Management
Syllabus Inventor API
Introduction to Inventor Customization
Configuring Visual Studio for Inventor API
Referencing and Linking Inventor Libraries
Debugging Inventor Applications within Visual Studio
Programmatically Create, Open, and Save Inventor Files
Import & Export IGES and STEP Files
Export PDF and DWG Drawings
Batch Processing of Files and Drawings
Displaying Information via Custom UI
Creating User Interfaces for Add-ins and Plug-ins
Handling User Inputs for Sketches and Features
Create Curves and Sketches Based on User Inputs
Create 3D Features (Extrude, Revolve, etc.) Programmatically
Read and Write Model Parameters
Looping Through Features for Automation
Edit Features Conditionally
Object Selection Techniques
Applying Selection Filters
Accessing and Editing Mass Properties
Working with Custom Attributes
Loop Through All Components in Assembly & Sub-Assembly
Show/Hide Components Based on Conditions
Use of Recursive Functions for Nested Assemblies
Edit Assembly Components Programmatically
Looping Through All Drawing Sheets and Views
Editing Drawing Sheets and Views Conditionally
Read/Write Data from Excel
Connect External Data with Inventor Models
Course Details
Programming Language Training (1 Month):
– Learn essential programming languages like C# .NET or C++ to write scripts and interact with CAD software via its API.
CAD Design Training (1 Month):
– Gain fundamental CAD design knowledge, covering topics such as part design, assembly, and drafting, to comprehend CAD software principles.
CAD API Training (Minimum 1 Month):
– Focus on the API of your chosen CAD software, dedicating a minimum of one month to understand CAD automation and customization.
Assignments and Sample Projects:
– Work on assignments and complete a sample project during CAD API training to reinforce practical skills.
Additional Project-Based Training (Recommended):
– Participate in extra project-based training for real-world experience, portfolio development, and hands-on expertise.
For Fees details click here
Morning Batch
7am – 8am (IST)
Evening Batch
9pm – 10pm (IST)
Weekend Batch
11am – 1pm (IST)
Live and Interactive Online Training using any one of these platform
- Zoom
- Microsoft Team
- Google meet
Demo Videos
Before seeking more information on CAD automation and customization, watch introductory videos to understand the basics and assess your interest. Videos provide clarity and awareness of the field’s relevance to your career goals.
CAD Customization & Automation
Real first Day programming class
More Courses
You might also be interested in these courses
NX Open
Learn NX Customization & Design Automation Using NX Open
Learn NX Customization & Design Automation Using NX Open
View CourseCATIA CAA
Learn CATIA Automation & Customization Training
Learn CATIA Automation & Customization Training
View CourseAutodesk Revit BIM
Learn Revit BIM Automation & Customization Training
Learn Revit BIM Automation & Customization Training
View CourseCreo Toolkit
Learn CREO Customization & Automation using Creo Toolkit
Learn CREO Customization & Automation using Creo Toolkit
View CourseAutoCAD .NET API
Learn AutoCAD Automation & Customization Training
Learn AutoCAD Automation & Customization Training
View CourseAutodesk Inventor API
Learn solidworks API Automation & Customization Training
Learn solidworks API Automation & Customization Training
View CourseWhy Learn From FeesWorth?
10 Years of Teaching
For the past decade, we have passionately and consistently specialized in CAD Automation & Customization training. Our unwavering commitment to this niche field has allowed us to accumulate a wealth of experience and expertise. Over the years, we have honed our training programs to perfection, ensuring that our students receive the highest quality education in this vital aspect of CAD technology. This extensive experience has enabled us to provide our students with valuable insights and knowledge that are not just theoretical but also practical, setting them on a path to success in a competitive job market
We work on real projects for MNC
We take pride in our collaboration with renowned companies such as Donaldson in the UAE, Honeywell in the USA, and Proclass in the Netherlands. Over the years, we have successfully undertaken and delivered cutting-edge CAD Automation & Customization projects for these distinguished clients. These partnerships stand as a testament to our capabilities and the trust these global organizations have placed in our expertise. Our commitment to innovation and precision ensures that we continue to provide tailored solutions that meet the unique needs of our clients and make a significant impact in their respective industries.
We have delivered many corporate training
We also take pride in our successful track record of delivering comprehensive corporate training in CAD Automation and Customization. Our tailored programs have been well-received by esteemed companies like Molex, Bradken, Mold-Masters, and Valeo. These collaborations attest to our ability to address the unique needs of leading organizations, providing their teams with the specialized skills and knowledge required to excel in CAD Automation and Customization. This recognition in the corporate world reinforces our commitment to excellence and the valuable impact our training has on both individuals and businesses
FAQ
Frequently asked questions and answers.
Autodesk Inventor is a professional-grade 3D computer-aided design (CAD) software developed by Autodesk. It is used for designing and simulating mechanical and industrial parts, assemblies, and products. Autodesk Inventor offers a wide range of tools for parametric modeling, finite element analysis, rendering, and other design and engineering tasks, making it a versatile solution for product design and engineering.
CAA Developers often receive significantly higher salaries compared to CATIA 3D designers. This is because they create automation tools that can perform tasks that would be challenging for many individuals to accomplish without such tools.
For a detailed explanation, please view the video located at this page.
Absolutely, having CAD design experience is an advantage. It allows you to fully leverage your design skills and familiarity with CAD tools.
You can adeptly assess and make informed decisions about which aspects to automate and the value that automation brings.
In the future, your background can position you to lead teams of both design engineers and developers, bridging the gap between design excellence and cutting-edge automation solutions.
Yes and No.
In the first part of the training, you’ll grasp programming concepts that are foundational for all CAD customizations, creating a strong common foundation.
However, the CAD API knowledge gained in the second part of the training is tool-specific, tailored to a particular CAD software.
To work on various CAD customizations, you would need to familiarize yourself with the APIs specific to each tool. Yet, if you master one API thoroughly, you’ll find it relatively straightforward to adapt and learn others independently with minimal effort.
When it comes to CAD Automation or Customization, FeesWorth is the most experienced institute, with over a decade of expertise in providing this training.
We have a unique ability to teach programming to Mechanical Engineers and CAD to software developers, making our training accessible to a diverse audience.
Our success stories and proven track record demonstrate the effectiveness of our approach, ensuring you receive the best education in CAD Automation and Customization.
No, job guarantee is not provided with this course, but job assistance is provided. This is because securing a job largely depends on your personal abilities and the effort you invest in practicing your CAD skills.
For CATIA CAA Customization and Creo Toolkit Customization, C++ is an excellent choice.
For other CAD tools such as NX, AutoCAD, Solidworks, Inventor, etc., C#.NET or VB.NET are well-suited programming languages.
This skill is quite rare, with a limited number of professionals available in the market compared to the growing demand. Consequently, the job opportunities in this field are in high demand and offer promising prospects.