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Mobile Robot Development Training

With IPTIF, you will be able to design, simulate and control mobile robots using Fusion 360, ROS 2 and Gazebo. Explore tech development through hands-on, industry-mentored training that will equip you with skills to land on the dream job.

Course Type

Hnads-On Training

Course Duration

5 days

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Mobile Robot Development Course Overview

Entri's Mobile Robot Development Training takes you from CAD design in Fusion 360 to ROS 2 simulation and control. Build a career in robotics with

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Industry-expert mentorship

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Hands-On Training

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Live sessions

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Course Completion Certificate

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Fab Lab for Rapid Prototyping

Skills Covered

Build core robotics skills used by real product design and simulation teams.

Tools Covered

Get hands-on with the same tools robotics teams use to take a design from sketch to simulation:

Autodesk Fusion 360 ROS 2 Humble Hawksbill Gazebo (Classic 11) RViz Ubuntu 22.04 LTS Visual Studio Code

Job Roles

After completing the Mobile Robot Development Training, you can explore roles such as:

Robotics Design Engineer

Builds and refines mechanical CAD models for robots and automation equipment.

Robot Simulation Engineer

Sets up and tests robot behaviour in Gazebo before real-world deployment.

ROS Developer

Writes ROS 2 nodes and packages that power robot perception, control and navigation.

Mechatronics Engineer

Bridges mechanical design and software control for robotic systems.

Autonomous Systems Engineer

Develops navigation and control logic for mobile and autonomous robots.

CAD Design Engineer (Robotics)

Prepares robot assemblies and exports models for simulation pipelines.

Robotics R&D Engineer

Prototypes new robot designs, testing CAD-to-simulation workflows in labs.

Controls Engineer

Configures ros2_control and kinematics for real-time robot motion.

Mobile Robot Development Training Curriculum Section

A structured and hands-on curriculum that covers Fusion 360 CAD design, URDF conversion, ROS 2 and Gazebo simulation.

Eligibility

Open to students, engineers and robotics enthusiasts, no prior ROS 2 or CAD experience required.

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Education

B.Tech and Diploma students/graduates from technical or circuit branches are eligible to enroll.

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Python or C++ Basics

Basic programming knowledge is recommended for the ROS 2 modules

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Interest in Robotics

A willingness to learn hands-on with CAD, ROS 2 and Gazebo tools.

Why On-Campus Session

Hands-On Lab Access

Work directly with hardware, sensors and lab systems in real time.

Instant Instructor Support

Get on-the-spot help while building and testing your robot.

Focused Learning Environment

Learn without daily distractions, fully immersed in robotics.

Peer Collaboration

Build, troubleshoot and demo projects alongside fellow learners.

Faster Skill Application

Apply CAD-to-ROS 2 concepts immediately with guided practice.

Live Sessions

Key Learning Outcomes

Fusion 360 Mastery

Design robot parts and assemblies with parametric CAD.

CAD-to-ROS 2 Workflow

Convert Fusion 360 models into ready URDF files.

ROS 2 Proficiency

Build workspaces, nodes, topics and launch files.

Robot Simulation

Simulate and visualize robots in Gazebo and RViz.

Live Sessions

Frequently Asked Questions - Mobile Robot Development Training

It is a 5-day, hands-on Electric Vehicle Course run at IPTIF, IIT Palakkad Campus, covering EV architecture, battery technology, BMS, motor drives and testing.
The programme is delivered by Entri in collaboration with the IIT Palakkad Technology iHub Foundation (IPTIF), using their Battery Testing Lab, EV & Motor Testing Setup and Fab Lab.
The programme is conducted on-campus at IPTIF, IIT Palakkad campus, giving students direct access to industry-grade EV testing infrastructure.
This is an offline, on-campus program held at IIT Palakkad Campus, combining classroom sessions with hands-on lab work.
The program runs for 5 intensive days, moving from core concepts to application and hands-on testing.
B.Tech, ITI, or Diploma students and engineering graduates with an interest in electric vehicles, batteries or power electronics can apply. Anyone with an engineering background or ready to learn and apply.
No prior EV-specific knowledge is required. A basic understanding of engineering fundamentals is enough to get started.
EV architecture and power flow, lithium-ion battery technology, Battery Management Systems, motor drives and power electronics, and battery testing and diagnostics.
Yes. The programme is built around hands-on sessions in IPTIF's Battery Testing Lab, EV & Motor Testing Setup and Fab Lab.
You'll gain EV system-level understanding, battery testing fundamentals, motor-drive basics and practical engineering exposure.
Roles such as EV Systems Engineer, Battery/BMS Engineer, Power Electronics Engineer, Battery Test Engineer and EV Prototyping Engineer.
Yes, you'll receive a certificate of completion for the EV Technology program conducted at IPTIF,IIT Palakkad campus.
Sessions are conducted in-person at IPTIF, IIT Palakkad campus, with guided, interactive learning throughout.
Yes, the programme is designed to bridge the gap between academic learning and industry expectations. This makes it beginner-friendly for B.Tech students.
Click the Enrol button on this page to register your interest and get complete programme details.

News

Advantages of Learning from Entri

Elevate Learning Experience

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Student Support

Dedicated academic support

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On-Campus Learning

Learn on-site at IPTIF Lab at IIT Palakkad Campus

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Project-Based Learning

Real hardware, real testing, real projects

Get Industry-ready with Dedicated Career Support

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Certificate of completion from IPTIF.

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Practical exposure to battery, motor and power-electronics testing.

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System-level understanding of EV architecture and diagnostics.

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Confidence to apply EV concepts to real engineering problems.

Who Can Apply for this Course

  • B.Tech students from any branch, esp. EEE, ECE, Mech, Auto.
  • Engineering grads aiming to specialise in EVs, battery systems or power electronics.
  • Students who want hands-on battery, motor, and EV testing.
  • Anyone curious about EVs and system-level concepts.
Who can apply
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