✅Advance Diploma Certification In Industrial Automation

➡️ PLC ( Programmable Logic Controller) 

➡️ SCADA

➡️ HMI (Human Machine Interface) 

➡️ VFD (Variable Frequency Drives) 

➡️ Motors 

➡️ DCS (Distributed Control System) 

➡️ IIOT (Industrial Internet Of Things) 

🔝BRANDS - SIEMENS, ALLEN BRADLEY, ABB, SCHNEIDER, DELTA

Recently placed Students at Adani Group, Rockwell Automation, NMDC Jagdalpur, Tata Projects, SSM Infotech, MG Automation & many more.. 

100% PLACEMENT GUARANTEE**

FAQs

1. Who can take up this course?

The course is specifically designed for:

● Engineering students doing bachelor's and master degrees who wish to expand their knowledge

in Automation

● Industrial persons and faculty members who would like to develop capabilities in Automation

● Individuals seeking careers in domains in Industrial automation applications

● Graduates who seek jobs in electrical, instrumentation, automation domain

The basic requirements to opt for this course are as follows: One should be familiar with the basics of

electronics. The knowledge of basic power electronic can be beneficial.

2. TOP RECRUITERS FOR THIS DOMAIN SKILL SETS NEEDED FOR STUDENTS TO GET PLACED WITH

THESE RECRUITERS

1 ABB/Hitachi India Design and maintenance of PLC & its operation,

understanding of inverter topologies, development of

control schemes for various applications

2 Alstom Design and maintenance of PLC & its operation,

understanding of inverter topologies, development of

control schemes for various applications

3 Siemens, CG drives, General electric Design and maintenance of PLC & its operation,

understanding of inverter topologies, development of

control schemes for various applications

3. What is included in your course?

This course is designed to include all requirements for a power electronic / Automation engineer or those required for research-level jobs. It starts with an introduction to basic Instrumentation, and inverters and then explains the applications, programming, and diagnostics of PLC, HMI, SCADA & DCS systems. which will be directly helpful to opt for a job in this field or also to do research or post-graduation in the relevant field.

4. What will the student gain from your course?

With the evolution of automation technologies, the importance of Instrumentation, Control and Automation usage is increased significantly. Therefore, an electrical / instrumentation engineer needs to understand this field thoroughly. In this course, students will get detailed theoretical knowledge and design insights with their control schemes. With this knowledge, students will be able to design, simulate, and analyze the machine or process better. Further, with the knowledge of advanced

control schemes covered in this course, any new configuration for advanced state-of-the-art applications can be designed efficiently.

5. What software skills are you teaching and how well are these tools used in the industry?

This course covers relevant software tools viz MATLAB / Ltspice, relevant programming software of PLC/HMI & SCADA. MATLAB is predominantly used in the industry for the analysis of power electronic circuits. While, Ltspice is an open-source software tool, which is exactly similar to Pspice/Simetrix used in most of industries. Thus, students will be trained in multiple software tools. They will also be given mini projects involving designing and analysis of the circuits using these software tools in order to develop proficiency in these software tools. Students can use this knowledge in any industry.

6. What is the real-world application for the tools and techniques will you teach in this course?

The course content is designed to cover real-world applications of PLCs in simple machine applications to complex process automation. In this course, students will be learning various applications used every day in real life. The analytical methods and software tools taught in this course can be directly applied to the architecture in these applications.

7. How is your course going to help a student's path to MS or PhD?

This course is designed to not only cover the applications of the PLC, SCADA, and DCS Systems but it also emphasizes on the basic concepts in the field of instrumentation and inverter systems. Further, the techniques to explore new configurations are also discussed, which will directly help for the research field. Typically for MS and PhD, these skill sets are required and thus, this course will help students to gain tremendous focus on the research path. As well as it will help to crack any entrance exam questions

related to this field.

8. How is this course going to help a student get a job?

As mentioned earlier, this course is designed to not only cover the basic concepts but also applications in industrial systems. Further, from basic switching mode converter to details on the modulation scheme principle, all basics are covered in detail. Additionally, the techniques to control the industry scale products are also discussed. The challenges and projects given in this course, which students will be solving are indigenously designed to train them in handling any industrial problem. Therefore, the skill sets obtained by the student as a part of this course will help him to not only crack the entrance or technical interview for such jobs but also to lead any industrial challenge as a part of his job profile related to this field.

9. What are the job opportunities in this field?

Today, Automation components are prominently used in almost all industrial systems since the industrial revolution in Industry 4.0 has taken by storm. The major players in this area are ABB, Siemens, Fuji, Rockwell, Emerson, Mitsubishi, Alstom, Hitachi etc. These companies supply and use various products like PLC, DCS, SCADA, HMI, IIoT, Field Instrumentation, Analyzers etc. The techniques taught in this course will be directly applied to design and analyze these systems and thus in above-mentioned industries.