PLC is mainly used in the automated industries or plants or process, the actual processes handled and controlled by the controllers which are nothing but the programming logic controllers that means PLC plays a very important role in automation sector.

The following modules are covered in PLC, SCADA & HMI course,

• Basic Electrical & Electronic Components, Soft wiring concepts & Hard Wiring Concepts.
• Types and Architecture of PLC, Creating Ladder logic Program.
• Integration of SCADA System, Interfacing Sensors and nodal analog points for data retrieval, control logics.
• Integration of HMI with PLC, Configuring HMI, Analog and digital logic creation for HMI & Uploading and downloading of logics.
• Types of Sensors, Integrations of Sensors with PLC, Communication protocols TCP, FTP, MODBUS and Serial Communications.
• Panel Building and Integration with Process Station, on site trouble shooting, uplink and Downlink of programs.

Industry Partners

• SS Technovation, Coimbatore.
• AGIIT, Coimbatore.

MATLAB is a widely used tool in engineering fields such as process control industries, medical instrument industry etc MATLAB is a high-performance language for technical computing. It integrates computation, visualization, and programming in an easy-to-use environment where problems and solutions are expressed in familiar mathematical notation.

The following modules are covered in MATLAB course,

• Introduction to MATLAB, Array, Matrix Formation, Commands, Importance of MATLAB in real time.
• Tools-Overview, Editor Commands, If, Else, While, for Commands, Logic Gates Using Commands, Simulink Introduction.
• Simulink: Logic Gates, Electricity Cost Calculator, Solar Panel Calculation, Battery Capacity.
• Closed loop and open loop operation, Inverter, Rectifier, Multilevel Inverter, Pulse width Modulation Technique.
• Generation of Clock Pulse based on time and external signal, closed loop three phase inverter design.

Industry Partners

• MegaTech Scientific Instruments, Coimbatore.

LABVIEW uses graphical diagrams rather than lines of text which makes it more intuitive for engineers and excellent for parallel programming. Engineers are mostly using it in testing departments as well as for laboratory measurements.

The following modules are covered in LABVIEW course,

• Introduction to LABVIEW, basic Numeric and Boolean palates.
• Developing Modular Application, Data types, Arrays, Clusters.
• File Managing, Structures, Hardware resources, State Machine, Explore State Machine.
• Multiplication table using file Students data, Waveform colour change.
• 7-Segment structure Way traffic light Continuous LED glow.

Industry Partners

• Unilogic Technologies Pvt.Ltd, Coimbatore.

PCB design is techniques involved to solve many issues which help in making the ICs. If you are an electrical engineer who wants to pursue your career in the direction of circuit design, then PCB design will help you a lot.

The following modules are covered in PCB Design course,

• Introduction of PCB, types of PCB, types of electronics components, Software, Introduction of CADSOFT eagle software.
• Layout design, Single layer (Power supply), Component placing Auto Routing.
• Layout practice, multi vibrator, Monostable multi vibrator, Shift Register.
• Double layer, Library creation Symbol, creation Package, Device creation.
• Design roll checker(DRC) PCB Finishing work.
• Hands on training (Hardware) Developing, PCB film, Print PCB, Etching.

Industry Partners

• BECORE, Coimbatore
• Thick India Pvt. Ltd., Coimbatore

ARM processors are extensively used in consumer electronic devices such as smart phones, tablets, multimedia players and other mobile devices, such as wearable.

The following modules are covered in PCB Design course,

• Introduction to Arm processor & Basic programming.
• Keil C Software & Proteus Software.
• Programming in ARM processor.
• Hands on training.

Industry Partners

• Technopac Automation Private Limited, Coimbatore

Industrial automation to improve student work skills and to further their job prospects should go through masters in industrial automation.

The following modules are covered in Industrial automation course,

• Design Engineering, R&D Concepts, ASME Guidelines, Sketching tools, Dimensioning tools and Editing and Modification tools.
• Industry 4.0 with FANUC, Fanuc details, Fanuc products, types of robot brands, simulation software’s, Work envelope, actuator-DC, stepper motor, servo motor, end effectors, types of industrial robots, coordinates and its types, types of motion.
• Introduction to robo guide, selection criteria, views, mouse commands, robot coordinates, joint jog tool, robot override & practice jog movements, Cell browser-fixtures, part, robot controller, tooling, add label and teach pendent.
• Dead man’s switch, teach pendent handling, key’s function, Teach pendent program, Teach Pendent program &tasks.

Industry Partners

• SS Technovation, Coimbatore.

Python can be used in automation, data mining, and big data platforms. Python allows for a more productive coding environment than massive languages like C# and Java.

The following modules are covered in Advanced Python course,

• Introduction to Variable, Operators, Flow Control, for loop, while loop.
• Data types, Numbers, List, Tuple, String, Set, Dictionary, List comprehension.
• Introduction to Calling Function, Function Argument, Anonymous Function, Scope of variables, File Handling & open and closing Files.
• Introduction to Class, Object, Methods, Inheritance, polymorphism, Encapsulation, Abstract class, Static Methods, Exception Handling, and Modules.
• Creating Database Table, INSERT Operation, READ Operation, Update Operation, DELETE Operation.
• Introduction to Flask, Installing Packages, Debug mode, Application, Routing, Variable Rules, URL Building, HTTP Methods, Templates.

CAD/CAM automation software has a game changer in the manufacturing industry which in further helps companies to maximise their production efficiency. The integration of assembly sequence generation methods with computer aided design environment ensures more correctness and flexibility to automate the process.

The following modules are covered in Modelling Practice for Automation Assemblies course,

• Introduction to CATIA, Job opportunities, Companies using CATIA, Development and the design modules of each module.
• Introduction to CATIA tool, Work bench setup for modelling, Part modelled for the related project and part design modules are practiced.
• Designed part is assembled using the assembly design.
• Working with sheet metal design and fabricated model using CATIA.
• Working with spline and aesthetic components using surface design.

E-CAD allows for greater modelling and provides a basis for virtual networking. Software is used to create and modify both diagrams and layouts, including both 2D and 3D, in order to design, assess and document electronic Printed Circuit Boards.

The following modules are covered in E-CAD course,

• Project based concepts, Feature based concepts.
• Types, Applications and Usage.
• Symbol Building, Circuit Building, Developing.
• Wire / Wire Number Ladder Tools.
• Programmable Logic Controllers, Panel layout Design.
• Project report generation.