Advanced Diploma in Building Industrial Automation and Robotics
Course Overview: This career-focused course bridges the gap between academic institutions and industry, enhancing your skills in industrial automation. It offers a thorough introduction and hands-on experience in industrial automation and robotics control technology, widely used in manufacturing processes. With a structure of 70% practical and 30% theoretical content, the course ensures a balanced learning experience. It is ideal for engineers, managers, researchers, supervisors, and technicians in precision engineering, logistics, aerospace, and marine and offshore sectors, providing the skills needed to lead and complete large-scale engineering prototype projects.
Eligibility for Participation: This program is designed for individuals interested in building industrial automation and robotics. Small class sizes ensure excellent teacher-to-student interaction. Eligible participants include:
Students: Pursuing degrees or diplomas in Engineering, MSc, or ITI with specializations in:
Electrical Engineering
Electrical and Electronics Engineering (EEE)
Electronics Engineering
Electronics and Communication Engineering
Instrumentation and Control Engineering
Instrumentation Engineering
Applied Electronics
Mechatronics
Mechanical Engineering
Computer Science
Other relevant branches
Industry Professionals: Employed in the industrial sector, seeking to enhance knowledge and skills in automation controllers.
Research Students: Engaged in research related to industrial automation and control systems.
Academic Professionals: Teaching professionals and faculty members aiming to broaden expertise in industrial automation and robotics.
Course Details:
Duration: 6 months
Schedule: Weekend classes, 10 hours per week
Total Hours: 260 hours
Class Timings:
Saturday: 11:00 AM to 1:30 PM and 2:00 PM to 4:30 PM
Sunday: 11:00 AM to 1:30 PM and 2:00 PM to 4:30 PM
Fees:
Total Course Fee: Rs. 1,25,000/-
Installment Facility Available
Course Outline:
3D CAD Design: Build 3D mechanical designs using Autodesk Inventor.
3D Printing: Create various 3D objects with a 3D printer.
Industrial Electronics & Sensors: Understand electronics and sensors in modern industries.
Testing & Measuring Equipment: Use tools for building automation and robotics.
Embedded Coding: Learn Python and C for microcontrollers in industrial automation.
Electrical Schematics: Draw electrical panel schematics and calculate cable sizes.
Autodesk Eagle: Create electronic schematics and PCBs.
Soldering & PCB Assembly: Learn soldering techniques, PCB assembly, and testing.
CNC Machining: Design and build mechanical parts using CNC laser cutting and bending.
Workshop Tools: Use bench drills, table saws, hydraulic presses, grinders, welders, and threading/tapping tools.
Machine Design: Understand and build machines for automation and robotics.
Motors & Actuators: Use AC/DC motors, actuators, solenoids, and relays.
PLC Programming: Program and use PLCs in industrial automation.
Human-Machine Interface (HMI): Design and build HMI for automation systems.
Motor Drive Control: Learn motor drive control circuits and use variable frequency drives (VFD).
System Fault Resolution: Master techniques to isolate and resolve system faults.
Join us to lead and innovate in the world of industrial automation and robotics!
Enroll Now and Build the Future!