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Committed to impart better learning through value based education and practical acquisition of knowledge amongst the students.
A unique institution that provides an array of engineering and management courses to choose from.
Creating a world of exploration, critical thinking and discovery for better knowledge and understanding .
With the focus on industry specific knowledge, our students are placed in the top-notch organisations.
At MIET, education is about more than earning a degree. Here, you'll be a part of enduring university traditions and have new experiences that you'll remember for a lifetime.
An environment which is specially created to provide all the state-of-art facilities for optimum comfort like home.
Be a part of MIET because 'Whats starts here changes the world'. Make your mark with us.
Creating a world of exploration, critical thinking and discovery for better knowledge and understanding .
Introduction:
PLC is used in the fully automated industries or plants or process. The actual processes handled and controlled by the controllers which are nothing but the programming logic controllers. Thus, PLC plays a very important role in automation section. It is a heart of control systems and constantly monitors the state of the systems through input devices and generates the control actions according to the logic given in the user program.
Industrial Automation and electric drives technology have made significant developments after several decades of the dynamic evolution of power semiconductor devices, converters, pulse width modulation (PWM) techniques, advanced control and simulation techniques. Recently its applications have been fast expanding in industrial, commercial, residential, transportation, utility, aerospace, renewable energy systems, electric/hybrid vehicles and military environments, primarily due to reductions in cost and size and improvements in performance.
MIET is a pioneer institute for providing Industrial Automation Training in PLC (Programmable Logic Controller), SCADA (Supervisory Control and Data Acquisition), HMI (Human Machine Interface), Motor’s, Drives, Sensors, Actuators and Switch Gears. We help in moderating vitality by executing different vitality effective projects for streamlined execution of the systems and to support the operation and upkeep of the establishment.
Our program looks at Automation systems engineering as a synergistic function between hardware and software. Students learn the essential concepts of Automation systems development through a practical, hands-on approach utilizing relevant software with advanced lab. This course is design & developed in coordination with IATC (Certified Siemens Training Center, Chandigarh). We conduct the basic course in regular curriculum and summer/winter advanced training for interested students. Our course consists of two basic modules. Advanced Training is provided by Siemens certified IATC trainers at or institute after the completion of basic modules
Name of the Centre/Academy: Siemens Automation Lab
Established in Association with: IATC, Chandigarh
Objective : To provide an industry oriented platform in the college imparting technical education on automation and producing self-reliant, self-sufficient automation engineers, capable of meeting new industrial challenges.
SPoC: Masood Anzar (Asstt. Professor, Department of Electrical Engineering)
Faculty members involved in the centre activity.
Masood Anzar (EE)
Avinash Kumar (EE)
Nidhi Aggarwal (EE)
Hitlendra Pratap Singh (EC)
Prashant Kumar (EC)
Varun Singhal (EC)
Mohini Singh (EC)
CURRICULUM COURSE MODULES
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Basic Industrial Automation with PLC, HMI (CM-I) Course Content:
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Basic Industrial Automation with Drives (CM- II) Course Content:
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Course Outcome Engineering Graduates will be able to: CO1: Analyze the working of PLC S7-1200 and its individual components. CO2: Identify, formulate, and analyze industrial automation problems covering the application of PLC & HMI. CO3: Design the human machine interface for digital and analog inputs. CO4: Implement the project with the new tools of automation. |
Course Outcome Engineering Graduates will be able to: CO1: Analyze the role and working of each component of AC/DC drives CO2: Commission and control the working of DC Drive with BOP, Starter and TIA CO3: Identify, formulate, and analyze industrial automation problems covering the application of PLC & HMI. CO4: Develop application based program for I/O of drive |
Students Trained/Under Training
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2016 - 2017 |
2017 - 2018 |
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Odd Semester |
Even Semester |
Odd Semester |
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CURRICULUM MODULE (CM-I) (PLC & HMI) |
ME VII 2014 |
ME VI -2015 |
EC V - 2014 |
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EE VII-2014 |
EC VI -2015 |
ME V – 2014 |
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EE III-2016 |
CH V |
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CURRICULUM MODULE (CM-II) (AC & DC Drives) |
ME VIII -2014 |
ME VII 2015 |
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EE VIII-2014 |
EC VII 2015 |
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EE IV-2016 |
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Activities
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Session (Even/Odd) |
Activity |
Students Involved |
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2016-2017 Odd |
CM –I |
ME VII 2013, EE VII-2013, EE III-2015 |
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2016-2017 Even |
CM –I |
ME VI -2015, EC V A-2015 |
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2016-2017 Even |
CM –II |
ME VIII -2013, EE VIII-2013, EE IV-2015 |
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2016-2017 Even |
Industrial Visit |
For ME VIII & EE VIII students |
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2016-2017 Even |
Summer Training (TM-I) |
4 Students |
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2016-2017 Even |
Basic Certification |
10 Students |
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2017-2018 Odd |
CM –I |
EC VII - 2014, ME VII - 2014 |
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2017-2018 Odd |
CM –II |
ME VII 2015, EC VII 2015 |
