Inception Institute of Industrial Training
Powerful Solutions for Modern Industrial Training
About Us Inception Institute of Industrial Training is one of the leading institutions, providing quality Industrial Training particularly in Industrial Automation, Embedded System & Robotic Vision. It aims at bridging the skill gap between Industries & Engineering students. The emphasis of IIIT is on offering a wide range of high quality innovative industrial training programs with particular focus on automation related industry and also other emerging technologies. The target group envisaged covers all levels of working professionals from industry, faculty, staff and students of engineering institutions and polytechnics.
Vision We believes in Excelling and standing out to become the top-tier among the community of industrial training organizations with focus on offering technology leveraged innovative products and services to industry, degree/diploma students, job seekers etc.
Our team comprises of young and domain specific experienced professionals having 10+ years of experience with top most MNCs, whose expertise can be utilized for fulfilling your needs anytime. Inception Institute of Industrial training have an experience and expertise in delivering Industrial automation solutions, embedded system development, machine vision etc for various industries and colleges.
The mission of IIIT is to emerge as a leader among industrial training organizations, by providing demand-driven, quality and customized training conforming to highest standards of engineering professionalism and rendering extension services and consultancy to industry, technical and vocational education system of a level comparable to international standards.
Technologies We Use
In IIIT, our students see a highly technological culture. We all often see and use technology as a daily experience but these technologies are taken for granted and remains unexplored. The training structure of IIIT allows students to pay attention to these technologies explicitly. We believe that just by learning to use a software or new digital gizmo is not enough. We need to explore technology which self defines as a complex set of values, practices and skills involved in operating linguistically within the context of electronics or electrical environments, including reading, writing and communicating. In other words, our classroom activities considers not just how to use technology but also to pay attention to why we use the technologies we do when we do. Considering all this, Inception Institute of Industrial Training provides practical training training on Delta, Siemens and Allen Bradley kits.
Industrial Training We know what skills industries need today. So the courses are designed for Freshers & working professionals covering Hands-on working knowledge on various automation systems installed in industries. Also, We have team of expert Embedded rofessionals to impart practical oriented training on 8051, PIC, ARM and AVR. We also have courses on image/video processing under robotic vision module.
1: Manual Control 2: Basic Industrial control 3: Real time control (PLC control) 4: Intelligent monitoring using HMI 5: Electrical AC Drives 6: SCADA 7: Panel Designing and Wiring
1: PCB Designing 2: 8051 MICROCONTROLLER 3: PIC MICROCONTROLLER 4: AVR MICROCONTROLLER 5: ARM MICROPROCESSOR
1: Introduction to Programming 2: Programming Environment 3: Graph plots 4: Procedure and function 5: Control statements 6: Manipulating text 7: GUI interface 8: Speech signal analysis
In house Training
Manual control Basic industrial Drawings Industrial symbols Digital electronics basics PI diagrams
Basic Industrial control Identifying Field devices e.g. various inputs and actuators Relays and contactors Relay Logic control (Semi-automatic control) Latching and interlocking circuits AC/DC motor control circuits Study and use of Multi meter Basic troubleshooting techniques
Real time control (PLC control) Limit switches Introduction to PLC (Programmable Logic controller) Various PLC languages (STL, FBD, IL, LADDER LOGIC) Internal Relays, timers and counters instructions Fundamental of Arithmetic commands Interfacing A/D and D/A cards with PLC 4~20mA and 0~10V control signals Exercises on various industrial Application Creating new logic, addressing and saving the program Study and use of Industrial Proximity sensors (3 wires and 4 wires) PLC fundamentals Basic programming instructions Upload, Download and monitoring Force inputs/outputs Sink and Source principle Wiring field devices to PLC
Ladder logic Programming Fault finding and troubleshooting PLC Hardware and architecture PLC Communication setup with software
Intelligent monitoring (HMI-Human Machine Interface) Introduction to HMI software Creating elementary Graphic display Creating applications and tags Establishing communication with PLC Downloading and Uploading Screen and recipe Real time monitoring Using Alarms, Events and Historical Trends Creating Recipes in HMI Monitoring process control variables like temperature, pressure, Level etc. Logging information of the processes Creating multiple control screens Troubleshooting techniques
Electrical AC Drives (VFD-Variable frequency Drives) AC motor operation and limitation Motor starters (DOL, RDOL and STAR-DELTA) Motor Control circuit and interlocking circuit Introduction to AC drives and application Criteria for Drive selection Parameter programming Designing Drive control Panel VFD frequency control through PLC Master/Slave operation Feedback control of VFD using A/D and D/A cards Synchronization of 2 or more VFDs Speed selection using HMI Speed control and monitoring using HMI Inbuilt PLC parameters, 2 wire control - 3wire control Multi-function speed commands and multi-function relay outputs Fault finding and troubleshooting
SCADA (supervisory control and data acquisition) Introduction to SCADA Creating new SCADA project Introduction to graphics and animation Attaching controls to graphic objects Creating database of Tags Real time & Historical Trends Using alarms & events Application of scripts Communication with PLC Communication with Microsoft applications Fault finding / Troubleshooting
Panel Designing, Wiring & AutoCAD Introduction to switch gears and accessories Basics of Control Drawing and Power Drawing General protection and safety in Panels Studying NEMA (National Electrical Manufactures Association) standards for Panel Designing Indication in panels (Voltmeter, ammeter etc.) Load management (Connected load, running load and load factor) Device arrangement diagram and bus bar sizing Electrical protection Preparing Power and Control circuit using AutoCAD General wiring guidelines and precautions Fault finding and troubleshooting of control circuits in panels
Modules 1,2,3 and 4 + Projects
Modules 1,2,3,4,5 and 6 + Projects + unlimited Practicals
All Modules + Projects + unlimited Projects + Industrial Visit
Schematic Circuit Designing DRC error checking Net list generation ECO Layout Designing Post process setting Gerber file generation
PCB designing Working of a Transistor Use of transistor and Darlington pair in integrated circuits power supply designing Embedded C programming Introduction to programming environment (Eclipse IDE) Introduction to 8051 controller LCD interfacing Stepper motor interfacing Concept of H-bridge Dc motor interfacing
Interrupts Seven segment interfacing Serial port interfacing (RS-232 standard) R.F module interfacing Pin configuration of 8051 Pin as input/output Port as input/output Led interfacing Switch interfacing Timer/Counters I2C communication Relay interfacing Circuit simulation and testing ADC interfacing
PIC MICROCONTROLLER PCB designing Working of a Transistor Use of transistor and Darlington pair in integrated circuits power supply designing Embedded C programming Introduction to programming environment (MICRO C) Introduction to PIC controller
Pin configuration of PIC 16F72 Pin as input/output Port as input/output Led interfacing Switch interfacing LCD interfacing Stepper motor interfacing Concept of H-bridge Dc motor interfacing In-built ADC programming Timer/Counters
I2C communication Relay interfacing Circuit simulation and testing Interrupts Seven segment interfacing Serial port interfacing (RS-232 standard) R.F module interfacing
AVR MICROCONTROLLER PCB designing Working of a Transistor Use of transistor and Darlington pair in integrated circuits power supply designing Embedded C programming Introduction to programming environment Introduction to AVR controller 8515 Pin configuration of AVR 8515 Pin as input/output Port as input/output Led interfacing Switch interfacing
LCD interfacing Stepper motor interfacing Concept of H-bridge Dc motor interfacing Inbuilt ADC programming Timer/Counters I2C communication Relay interfacing Circuit simulation and testing Interrupts Seven segment interfacing Serial port interfacing (RS-232 standard) R.F module interfacing
ARM MICROPROCESSOR • Introduction to ARM Microprocessor • General architecture • Pin as input/output • Port as input/output • LCD interfacing • Stepper motor interfacing • Concept of H-bridge • Dc motor interfacing
6 Weeks Modules 1,2 & 3 + Projects
• Inbuilt ADC programming • Timer/Counters • I2C communication • Relay interfacing • Circuit simulation and testing • Interrupts • Seven segment interfacing - Serial port interfacing (RS-232 standard) • R.F module interfacing
3/4 Months Modules 1,2,3 & 4 + Projects
6 Months All Modules + Projects + unlimited Projects + Industrial Visit
ROBOTIC VISION Robotic vision is the technology and methods used to provide imaging-based automatic inspection and analysis for applications as automatic inspection, process control and robot guidance in industry. A common output from machine vision systems is pass/fail decisions. Inception institute offers training modules which focuses on both defining and creating vision solution and technical process that occurs during the operation of the process.
Introduction to Programming
Components of a computer Working with numbers Machine code Software hierarchy
MATLAB window A first program Expressions, Constants Variable and assignment statements Arrays
Graph plots Basic plotting Built in functions Generating waveform Sound replay, load and save
Procedure and function Arguments and return values M-files Formatted console input/output String handling
Conditional statements (if, else, if-else) Repetition statement (While, For)
Writing to a text file Reading from a text file Randomizing and sorting a list Searching a list
Speech signal analysis
Attaching buttons to actions Getting inputs Setting outputs
Fundamental Frequency estimation Frequency Domain Fundamental Frequency estimation Time Domain
IN-HOUSE TRAINING Industries
Human capital is the most important asset of any organisation. They need to be technically competent, productive & focused. Investment in productive training yields better ROI. Apart from that, it also brings numerous benefits for both individual employees and company as a whole. Inception institute of industrial training offers customized training to the industries which works in favor of both individual and industry as a whole. Benefits of In-house training: Cost efficient as compared with external training courses. Customized content to meet the specific training and business needs. Convenience as you can choose a time, location and pace to suit your colleagues. Consistent quality as employees may prefer learning with their colleagues which makes you sure of their learning and development. Team Building as having a room full of delegates from different departments and levels can encourage team work. Travel Cost saving as employees don't have to travel any further than their office and incure extra costs.
Inception Institute of industrial training conducts in-house 2/4/6 weeks training for engineering students of ECE, EE, EIE, EEE and ME departments. In-house training brings numerous benefits to the students as an individual and college as a whole. IIIT conduct In-house training's/workshops in Engineering colleges: 2/4/6-weeks 3/6-months Project oriented training/workshop 1-3 days Workshop/Seminar/Expert Lecture in Engineering colleges/Diploma institutions.
INDUSTRIAL AUTOMATION: Manual Control, Basic Industrial Controls, Real time control using PLC, HMI, VFD. EMBEDDED SYSTEM: PCB DESIGNING, 8051, PIC, AVR, ARM. ROBOTIC VISION: Graph plots, Control statements, Manipulating text, GUI interface, Speech Signal analysis
Goal of IIIT is to provide a platform to all engineering students of electrical, electronics, instrumentation and mechanical branches which focuses on the hands-on-team-based practical training allowing and making students capable of transforming their ideas and imaginations into a product that can prove beneficial to the society and to involve the students at a much more intimate level than the typical lecture. Our projects in inception institute are categorized into 3 fields:
TRAINING METHODOLOGY 10% Theoretical Lectures 70% Practical Training 20% Personality Developement Group Discussion Project Presentation Intellectual Seminars
FOLLOWING CAN DO THESE TRAININGS ITI Diploma B.Tech
M.Tech Working Engineers
Comprehensive Product Training on DELTA/ALLEN BRADLEY Small Batches One to One Interaction Individual Focus Visit to Industrial Units 90% Practical’s on Industrial Projects Unlimited Practical’s
Free Study Material, Books & Software cd’s Qualified & Experienced Faculty Seminars & Group Discussions Interview Presentation Multimedia System & Fully AC Class
Inception Institute of Industrial Training S.C.O. 2405-06 Level-1, Sector 22-C Chandigarh (160022) 0172-3018111 9646513010 7837123323 9814131435 inceptioninstitute.com
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