The Students of ECE have a Bright Future as the Automation is fast catching up across all the industries, Call it Manufacturing, Automotive, Textile, Civil, Energy, Aero-space, Medical, Home Automation, Security. There is a great demand for Skilled & Knowledge work force. So look out for wonderful opportunities coming towards the passed out students way.
This document contains information about the Electronics and Communication department at GIT R&D Lab including:
1) A list of 14 faculty members in the department.
2) A brief description of the department and the areas of specialization covered including devices and circuits, analog and digital electronics, and communication systems.
3) The mission, objectives, labs, workshops, and activities of the department including industrial visits, seminars, and a conference on microwave devices and components.
This document discusses the career opportunities for students studying electronics and communication engineering. It notes that electronics can be found in many industries like education, healthcare, defense, and more. Communication technologies have also advanced significantly from 1G to 5G mobile networks. The document outlines that job openings in electronics and communication engineering are growing by 7% annually, with opportunities in consumer electronics, telecommunications, healthcare, mobile networks, software development, and more. Public sector organizations like ISRO, DRDO, and NTPC also provide government jobs for graduates in this field. Overall, there is a wide range of high paying career prospects available.
Electronics and communication engineeringM. Raja Reddy
Electronics and Communication Engineering deals with electronic devices, circuits, communication equipment, integrated circuits, analog and digital transmission and reception. It provides a variety of career opportunities in fields like telecommunications, embedded systems, wireless communication, and more. Studying ECE offers benefits like high paying jobs, intellectual development, financial security, and opportunities to work on projects that benefit society. Students are advised to gain practical skills through internships, focus on fundamentals, understand industry trends, assess their aptitudes, and consider higher education options like MTech in related fields. The document provides an overview of the ECE field and advice for students on how to prepare for careers in it.
Scope of electronics and communication engineering.pptRajesh Kumar
Electronics and communication engineering involves applying scientific principles to design, develop, fabricate, repair, and maintain electrical and electronic machines, instruments, and communication systems. It is a branch of engineering that deals with efficient communication. The scope of electronics and communication engineering includes emerging technologies like wireless communication, nanotechnology, embedded systems, wireless sensor networks, fiber optics, robotics, GPS, and more. It has applications across sectors like healthcare, transportation, defense, telecommunications and more. Electronics knowledge is essential for many engineering fields to function effectively.
Scope and applications of electronics and communication engineeringRajesh Kumar
This document discusses the scope of electronics and communication engineering. It defines electronics as the profession of applying scientific principles to design, develop, fabricate, repair, and maintain electrical/electronic machines, instruments, and communication systems. The document notes that opening any modern device will reveal electronic components inside. It provides examples of emerging technologies in the field such as wireless communication, nanotechnology, brain-computer interfaces, and renewable energy applications. Finally, it emphasizes that knowledge of electronics is now essential to many engineering disciplines due to the role of electronics in modern machinery and systems.
The document discusses the history and development of electronics from Thomas Edison's invention of the light bulb to modern integrated circuits and microprocessors. It then covers various applications of electronics in daily life and important topics in electronics like radio waves, transistors, and integrated circuits. Finally, it discusses future developments and opportunities in electronics.
Scope of electronics and communication engineering in india.pptRajesh Kumar
This document provides an overview of the scope of electronics and communication engineering in India. It defines electronics as the application of scientific principles to design, develop, fabricate, repair, and maintain electrical and electronic machines, instruments, and communication systems. The document then discusses the wide-ranging applications of electronics, including in wireless communication, satellite communication, internet telephony, nanotechnology, and more. It also lists examples of government organizations and private sector companies working in electronics fields in India to demonstrate the broad scope and importance of electronics knowledge across many areas of engineering.
Introduction of electronics and communication Branch Pratyush Joshi
Electronics and communication engineering involves applying scientific principles to design, develop, fabricate, repair, and maintain electrical and electronic machines, instruments, and communication systems. Major subjects covered include electronic devices and circuits, digital electronics, analog and digital communication techniques, microwave engineering, microprocessors and controllers, signals and systems, VLSI, and antenna theory. The department has several laboratories covering areas like digital electronics, integrated circuit design, electronic circuits and devices, electronic communication, signal processing, electronics measurement, wireless communication, and antennas and microwave engineering. Students complete live projects. Career opportunities exist in fields like wireless communication, satellite communication, embedded systems, wireless sensor networks, biomedical electronics, fiber optics, robotics, radar, and remote sensing
This document contains information about the Electronics and Communication department at GIT R&D Lab including:
1) A list of 14 faculty members in the department.
2) A brief description of the department and the areas of specialization covered including devices and circuits, analog and digital electronics, and communication systems.
3) The mission, objectives, labs, workshops, and activities of the department including industrial visits, seminars, and a conference on microwave devices and components.
This document discusses the career opportunities for students studying electronics and communication engineering. It notes that electronics can be found in many industries like education, healthcare, defense, and more. Communication technologies have also advanced significantly from 1G to 5G mobile networks. The document outlines that job openings in electronics and communication engineering are growing by 7% annually, with opportunities in consumer electronics, telecommunications, healthcare, mobile networks, software development, and more. Public sector organizations like ISRO, DRDO, and NTPC also provide government jobs for graduates in this field. Overall, there is a wide range of high paying career prospects available.
Electronics and communication engineeringM. Raja Reddy
Electronics and Communication Engineering deals with electronic devices, circuits, communication equipment, integrated circuits, analog and digital transmission and reception. It provides a variety of career opportunities in fields like telecommunications, embedded systems, wireless communication, and more. Studying ECE offers benefits like high paying jobs, intellectual development, financial security, and opportunities to work on projects that benefit society. Students are advised to gain practical skills through internships, focus on fundamentals, understand industry trends, assess their aptitudes, and consider higher education options like MTech in related fields. The document provides an overview of the ECE field and advice for students on how to prepare for careers in it.
Scope of electronics and communication engineering.pptRajesh Kumar
Electronics and communication engineering involves applying scientific principles to design, develop, fabricate, repair, and maintain electrical and electronic machines, instruments, and communication systems. It is a branch of engineering that deals with efficient communication. The scope of electronics and communication engineering includes emerging technologies like wireless communication, nanotechnology, embedded systems, wireless sensor networks, fiber optics, robotics, GPS, and more. It has applications across sectors like healthcare, transportation, defense, telecommunications and more. Electronics knowledge is essential for many engineering fields to function effectively.
Scope and applications of electronics and communication engineeringRajesh Kumar
This document discusses the scope of electronics and communication engineering. It defines electronics as the profession of applying scientific principles to design, develop, fabricate, repair, and maintain electrical/electronic machines, instruments, and communication systems. The document notes that opening any modern device will reveal electronic components inside. It provides examples of emerging technologies in the field such as wireless communication, nanotechnology, brain-computer interfaces, and renewable energy applications. Finally, it emphasizes that knowledge of electronics is now essential to many engineering disciplines due to the role of electronics in modern machinery and systems.
The document discusses the history and development of electronics from Thomas Edison's invention of the light bulb to modern integrated circuits and microprocessors. It then covers various applications of electronics in daily life and important topics in electronics like radio waves, transistors, and integrated circuits. Finally, it discusses future developments and opportunities in electronics.
Scope of electronics and communication engineering in india.pptRajesh Kumar
This document provides an overview of the scope of electronics and communication engineering in India. It defines electronics as the application of scientific principles to design, develop, fabricate, repair, and maintain electrical and electronic machines, instruments, and communication systems. The document then discusses the wide-ranging applications of electronics, including in wireless communication, satellite communication, internet telephony, nanotechnology, and more. It also lists examples of government organizations and private sector companies working in electronics fields in India to demonstrate the broad scope and importance of electronics knowledge across many areas of engineering.
Introduction of electronics and communication Branch Pratyush Joshi
Electronics and communication engineering involves applying scientific principles to design, develop, fabricate, repair, and maintain electrical and electronic machines, instruments, and communication systems. Major subjects covered include electronic devices and circuits, digital electronics, analog and digital communication techniques, microwave engineering, microprocessors and controllers, signals and systems, VLSI, and antenna theory. The department has several laboratories covering areas like digital electronics, integrated circuit design, electronic circuits and devices, electronic communication, signal processing, electronics measurement, wireless communication, and antennas and microwave engineering. Students complete live projects. Career opportunities exist in fields like wireless communication, satellite communication, embedded systems, wireless sensor networks, biomedical electronics, fiber optics, robotics, radar, and remote sensing
Simple description about the analog and digital signals
and a description about analog to digital conversion &
digital to analog conversion..............
RF Carrier oscillator
To generate the carrier signal.
Usually a crystal-controlled oscillator is used.
Buffer amplifier
Low gain, high input impedance linear amplifier.
To isolate the oscillator from the high power amplifiers.
Modulator : can use either emitter collector modulation
Intermediate and final power amplifiers (pull-push modulators)
Required with low-level transmitters to maintain symmetry in the AM envelope
Coupling network
Matches output impedance of the final amplifier to the transmission line/antenn
Applications are in low-power, low-capacity systems : wireless intercoms, remote control units, pagers and short-range walkie-talkie
Modulating signal is processed similarly as in low-level transmitter except for the addition of power amplifier
Power amplifier
To provide higher power modulating signal necessary to achieve 100% modulation (carrier power is maximum at the high-level modulation point).
Same circuit as low-level transmitter for carrier oscillator, buffer and driver but with addition of power amplifier
A simple N-channel MOSFET can be used as a diode, Switch and Active resistor. This presentation is a part of course of Analog CMOS Design, based on textbook of same title by Allen Holberg.
A Gunn diode is a type of diode that uses the Gunn effect to generate microwave frequencies when a voltage above a threshold is applied. It consists of a single piece of N-type semiconductor like gallium arsenide and has a negative differential resistance region in its current-voltage characteristics that allows it to function as an oscillator. Gunn diodes are used to generate microwave signals from 10 GHz to THz and have applications in radar, sensors, and microwave transmission.
This document presents an overview of operational amplifiers (op-amps). It begins with an introduction to op-amps, followed by their circuit symbol, pin diagram, important terms and equations. It describes the ideal properties of an op-amp, as well as non-ideal behaviors. Applications discussed include analog to digital converters, current sources, and zero crossing detectors. Advantages are listed as versatility and uses in various circuits. Disadvantages include limitations in power and load resistance.
This document discusses various digital modulation techniques. It begins by defining modulation as adding information to a carrier signal. It then distinguishes between analog and digital modulation. Digital modulation modulates an analog carrier signal with a discrete signal, and can be considered as converting digital-to-analog and vice versa. Some key digital modulation techniques discussed include amplitude shift keying (ASK), frequency shift keying (FSK), phase shift keying (PSK), quadrature amplitude modulation (QAM), and differential phase shift keying (DPSK). Metrics for comparing digital modulation techniques include power efficiency, bandwidth efficiency, and implementation cost-effectiveness.
Plasma displays use small cells filled with electrically charged gas that illuminate pixels when an electric current is applied. They can produce large, bright displays over 30 inches and have wide viewing angles and deep blacks. However, they use more power than LCDs and may cause noise or radio interference. While thicker than LCDs, some modern plasma TVs are as slim as 2.5 cm. Competing display technologies include LCD, OLED, and LED screens.
This presentation discusses the basics of Pass Transistor Logic, its advantages, limitation and finally implementation of Boolean functions/Combinational Logic circuits using Pass Transistor Logic.
A Klystron is a vacuum tube that can be used either as a generator or as an amplifier or as an oscillator, at microwave frequencies.The Klystron is a linear beam device; that is, the electron flow is in a straight line focused by an axial magnetic field.
By completing this presentation will be have a clear idea about Antenna's working principles, Antenna's Types & Antenna's Parameters. At the end to this document you'll have a brief idea about Antenna's Tilt vs Distance Calculation & Cluster wise optimum Antenna Selection procedure. Impact of antenna PIM & VSWR have been described elaborately in this document as well.
Design & Study of Microstrip Patch Antenna.The project here provides a detailed study of how to design a probe-fed Square Micro-strip Patch Antenna using HFSS, v11.0 software and study the effect of antenna dimensions Length (L), and substrate parameters relative Dielectric constant (εr), substrate thickness (t) on the Radiation parameters of Bandwidth and Beam-width.
MicroStrip Antenna
Introduction .
Micro-Strip Antennas Types .
Micro-Strip Antennas Shapes .
Types of Substrates (Dielectric Media) .
Comparison of various types of flat profile printed antennas .
Advantages & DisAdvantages of MSAs .
Applications of MSAs .
Radiation patterns of MSAs .
How to Optimizing the Substrate Properties for Increased Bandwidth ?
Comparing the different feed techniques .
This document provides information about electronics components. It discusses that electronics uses controlled electron flow and its applications include communication, entertainment, industry, and medicine. The document separates components into active and passive. Passive components cannot amplify or process signals and include resistors, capacitors, and inductors. Active components can amplify or process signals and include transistors and logic gates. The document also discusses semiconductors like silicon and germanium, PN junctions, Zener diodes, and LEDs.
This document provides information about light propagation through optical fibers. It begins by defining an optical fiber as a cylindrical waveguide made of glass that uses total internal reflection to transmit light. It then discusses the fiber's core and cladding layers and the conditions needed for total internal reflection. The key points covered include:
- Light propagation is guided through the fiber core by total internal reflection at the core-cladding interface.
- Only rays entering the fiber core within the acceptance angle will continue propagating through total internal reflection.
- Electromagnetic mode theory is needed to fully understand light propagation in fibers. Discrete modes exist that are solutions to Maxwell's equations.
- The evanescent field that penetrates the cl
The document presented an overview of operational amplifiers (OP-AMPs) given by Group 12. It defined an OP-AMP as an integrated circuit that amplifies input voltage through high gain. It described OP-AMP characteristics like high open-loop gain, large input resistance, and small output resistance. Common OP-AMP applications presented included comparators, integrators, differentiators, filters, and oscillators. Circuit diagrams were provided for low-pass filters, high-pass filters, and band-pass filters built using OP-AMPs.
This document discusses different logic families including Resistor Transistor Logic (RTL), Diode Transistor Logic (DTL), Transistor-Transistor Logic (TTL), and Emitter Coupled Logic (ECL). It provides circuit diagrams and explanations of the working principles for each logic family. Key characteristics like fan-in, fan-out, propagation delay, noise immunity, and power dissipation are compared for each logic family.
Power point presentation on Intergrated Circuits.
A good presentation cover all topics.
For any other type of ppt's or pdf's to be created on demand contact -dhawalm8@gmail.com
mob. no-7023419969
Here are the steps to solve this:
1) VZ = VBE3 (zener voltage is equal to BJT base-emitter voltage)
2) Using KVL: -VZ + VBE3 + IE3RE = 0
3) Simplify: IE3RE = 0
4) IE3 is constant
Therefore, with a zener diode replacing R2, the current IE3 (and thus IT) remains constant regardless of load or temperature variations. The zener diode acts to stabilize the BJT base-emitter voltage, keeping the current constant.
This document provides information on fundamental antenna parameters and concepts. It discusses:
1. How antennas convert guided waves into radiating waves and vice versa.
2. Key antenna parameters including radiation pattern, directivity, radiation resistance, efficiency, gain, bandwidth, reciprocity, effective aperture, beamwidth, and polarization matching.
3. The Friis transmission formula for calculating received power between two antennas in free space based on their gains, wavelength, and distance.
Professionals trained in embedded systems technologies are a rare commodity in the recruitment marketplace. Considering the vast scope of the field, ranging from telecom to consumer electronics to aerospace, the demand for embedded systems engineers for product development and application will continue to grow in the years to come.
Most of the electronic devices around us contain a processor with some embedded software. Unlike desktop computers, this can be programmed to do any general-purpose task; these embedded systems do highly focused and specific jobs
The document discusses the field of electronics and communication engineering. It begins by noting the increasing reliance on electronics in daily life and how the world would come to a halt without electronics. It then defines electronics engineering as a sub-discipline of electrical engineering that uses active components like semiconductors. The document outlines some of the popular areas of study in the field like internet of things, robotics, mechatronics, embedded systems and digital image processing. It concludes by listing some of the key skills needed for electronics engineers like problem solving, critical thinking, math aptitude and communication skills.
Simple description about the analog and digital signals
and a description about analog to digital conversion &
digital to analog conversion..............
RF Carrier oscillator
To generate the carrier signal.
Usually a crystal-controlled oscillator is used.
Buffer amplifier
Low gain, high input impedance linear amplifier.
To isolate the oscillator from the high power amplifiers.
Modulator : can use either emitter collector modulation
Intermediate and final power amplifiers (pull-push modulators)
Required with low-level transmitters to maintain symmetry in the AM envelope
Coupling network
Matches output impedance of the final amplifier to the transmission line/antenn
Applications are in low-power, low-capacity systems : wireless intercoms, remote control units, pagers and short-range walkie-talkie
Modulating signal is processed similarly as in low-level transmitter except for the addition of power amplifier
Power amplifier
To provide higher power modulating signal necessary to achieve 100% modulation (carrier power is maximum at the high-level modulation point).
Same circuit as low-level transmitter for carrier oscillator, buffer and driver but with addition of power amplifier
A simple N-channel MOSFET can be used as a diode, Switch and Active resistor. This presentation is a part of course of Analog CMOS Design, based on textbook of same title by Allen Holberg.
A Gunn diode is a type of diode that uses the Gunn effect to generate microwave frequencies when a voltage above a threshold is applied. It consists of a single piece of N-type semiconductor like gallium arsenide and has a negative differential resistance region in its current-voltage characteristics that allows it to function as an oscillator. Gunn diodes are used to generate microwave signals from 10 GHz to THz and have applications in radar, sensors, and microwave transmission.
This document presents an overview of operational amplifiers (op-amps). It begins with an introduction to op-amps, followed by their circuit symbol, pin diagram, important terms and equations. It describes the ideal properties of an op-amp, as well as non-ideal behaviors. Applications discussed include analog to digital converters, current sources, and zero crossing detectors. Advantages are listed as versatility and uses in various circuits. Disadvantages include limitations in power and load resistance.
This document discusses various digital modulation techniques. It begins by defining modulation as adding information to a carrier signal. It then distinguishes between analog and digital modulation. Digital modulation modulates an analog carrier signal with a discrete signal, and can be considered as converting digital-to-analog and vice versa. Some key digital modulation techniques discussed include amplitude shift keying (ASK), frequency shift keying (FSK), phase shift keying (PSK), quadrature amplitude modulation (QAM), and differential phase shift keying (DPSK). Metrics for comparing digital modulation techniques include power efficiency, bandwidth efficiency, and implementation cost-effectiveness.
Plasma displays use small cells filled with electrically charged gas that illuminate pixels when an electric current is applied. They can produce large, bright displays over 30 inches and have wide viewing angles and deep blacks. However, they use more power than LCDs and may cause noise or radio interference. While thicker than LCDs, some modern plasma TVs are as slim as 2.5 cm. Competing display technologies include LCD, OLED, and LED screens.
This presentation discusses the basics of Pass Transistor Logic, its advantages, limitation and finally implementation of Boolean functions/Combinational Logic circuits using Pass Transistor Logic.
A Klystron is a vacuum tube that can be used either as a generator or as an amplifier or as an oscillator, at microwave frequencies.The Klystron is a linear beam device; that is, the electron flow is in a straight line focused by an axial magnetic field.
By completing this presentation will be have a clear idea about Antenna's working principles, Antenna's Types & Antenna's Parameters. At the end to this document you'll have a brief idea about Antenna's Tilt vs Distance Calculation & Cluster wise optimum Antenna Selection procedure. Impact of antenna PIM & VSWR have been described elaborately in this document as well.
Design & Study of Microstrip Patch Antenna.The project here provides a detailed study of how to design a probe-fed Square Micro-strip Patch Antenna using HFSS, v11.0 software and study the effect of antenna dimensions Length (L), and substrate parameters relative Dielectric constant (εr), substrate thickness (t) on the Radiation parameters of Bandwidth and Beam-width.
MicroStrip Antenna
Introduction .
Micro-Strip Antennas Types .
Micro-Strip Antennas Shapes .
Types of Substrates (Dielectric Media) .
Comparison of various types of flat profile printed antennas .
Advantages & DisAdvantages of MSAs .
Applications of MSAs .
Radiation patterns of MSAs .
How to Optimizing the Substrate Properties for Increased Bandwidth ?
Comparing the different feed techniques .
This document provides information about electronics components. It discusses that electronics uses controlled electron flow and its applications include communication, entertainment, industry, and medicine. The document separates components into active and passive. Passive components cannot amplify or process signals and include resistors, capacitors, and inductors. Active components can amplify or process signals and include transistors and logic gates. The document also discusses semiconductors like silicon and germanium, PN junctions, Zener diodes, and LEDs.
This document provides information about light propagation through optical fibers. It begins by defining an optical fiber as a cylindrical waveguide made of glass that uses total internal reflection to transmit light. It then discusses the fiber's core and cladding layers and the conditions needed for total internal reflection. The key points covered include:
- Light propagation is guided through the fiber core by total internal reflection at the core-cladding interface.
- Only rays entering the fiber core within the acceptance angle will continue propagating through total internal reflection.
- Electromagnetic mode theory is needed to fully understand light propagation in fibers. Discrete modes exist that are solutions to Maxwell's equations.
- The evanescent field that penetrates the cl
The document presented an overview of operational amplifiers (OP-AMPs) given by Group 12. It defined an OP-AMP as an integrated circuit that amplifies input voltage through high gain. It described OP-AMP characteristics like high open-loop gain, large input resistance, and small output resistance. Common OP-AMP applications presented included comparators, integrators, differentiators, filters, and oscillators. Circuit diagrams were provided for low-pass filters, high-pass filters, and band-pass filters built using OP-AMPs.
This document discusses different logic families including Resistor Transistor Logic (RTL), Diode Transistor Logic (DTL), Transistor-Transistor Logic (TTL), and Emitter Coupled Logic (ECL). It provides circuit diagrams and explanations of the working principles for each logic family. Key characteristics like fan-in, fan-out, propagation delay, noise immunity, and power dissipation are compared for each logic family.
Power point presentation on Intergrated Circuits.
A good presentation cover all topics.
For any other type of ppt's or pdf's to be created on demand contact -dhawalm8@gmail.com
mob. no-7023419969
Here are the steps to solve this:
1) VZ = VBE3 (zener voltage is equal to BJT base-emitter voltage)
2) Using KVL: -VZ + VBE3 + IE3RE = 0
3) Simplify: IE3RE = 0
4) IE3 is constant
Therefore, with a zener diode replacing R2, the current IE3 (and thus IT) remains constant regardless of load or temperature variations. The zener diode acts to stabilize the BJT base-emitter voltage, keeping the current constant.
This document provides information on fundamental antenna parameters and concepts. It discusses:
1. How antennas convert guided waves into radiating waves and vice versa.
2. Key antenna parameters including radiation pattern, directivity, radiation resistance, efficiency, gain, bandwidth, reciprocity, effective aperture, beamwidth, and polarization matching.
3. The Friis transmission formula for calculating received power between two antennas in free space based on their gains, wavelength, and distance.
Professionals trained in embedded systems technologies are a rare commodity in the recruitment marketplace. Considering the vast scope of the field, ranging from telecom to consumer electronics to aerospace, the demand for embedded systems engineers for product development and application will continue to grow in the years to come.
Most of the electronic devices around us contain a processor with some embedded software. Unlike desktop computers, this can be programmed to do any general-purpose task; these embedded systems do highly focused and specific jobs
The document discusses the field of electronics and communication engineering. It begins by noting the increasing reliance on electronics in daily life and how the world would come to a halt without electronics. It then defines electronics engineering as a sub-discipline of electrical engineering that uses active components like semiconductors. The document outlines some of the popular areas of study in the field like internet of things, robotics, mechatronics, embedded systems and digital image processing. It concludes by listing some of the key skills needed for electronics engineers like problem solving, critical thinking, math aptitude and communication skills.
Various industry trends and career opportunities for engineering graduates in...Dr. Shivananda Koteshwar
The document discusses various career opportunities and trends for engineering graduates in India. It outlines focused branches of engineering that include electronics and communication, computer science, information technology, and electrical engineering. Popular industries for jobs include IT services, semiconductor design, electronics, and software. The document provides examples of roles in these industries and discusses skills needed such as knowledge of programming languages, digital design, and communication skills. It also outlines strategies for graduates to increase their employability such as obtaining certifications, internships, and open coursework education.
Manipal University in Jaipur, India offers a variety of undergraduate programs including engineering. Some of the engineering branches offered are electronics and communication, mechanical, computer science, electrical, and civil. Engineering involves creativity and problem solving across many industries. It provides many career opportunities and growth prospects, especially in fields like software, computer science, energy management, and automotive. Students can choose branches based on their interests in areas like circuits, programming, mechanics, or infrastructure development. The university aims to help students succeed in their chosen engineering field through committed faculty and resources.
With this article, we have described the selection of right college is very important that you choose the right college for the stream of your choice as it can make a lot of difference to you in the long run.
Chandigarh, the bustling city known for its urban planning and educational opportunities, hosts some of the best engineering colleges in chandigarh. Among them, Indo Global College stands out for its exceptional programs in Electronic and Communication Engineering. Graduates from this esteemed institution are well-equipped to embark on promising career paths in various sectors. In this comprehensive guide, we delve into the future prospects for careers in Chandigarh after completing Electronic and Communication Engineering from Indo Global College.
The document provides information about electrical and electronics engineering careers. It defines engineering and the roles of electrical and electronic engineers. It then discusses why one should study electrical and electronics engineering, noting opportunities for high pay, job satisfaction, variety of career paths, intellectual development, and making a positive impact. The document outlines typical career paths, skills needed, potential employers in various industries, pay ranges, and demand in the field. It emphasizes gaining practical experience through internships.
The document provides information about careers in information technology (IT), including:
1) IT careers involve tasks like programming, software development, network administration, and technical support across many industries.
2) IT skills are important for both work and personal use, and should be developed throughout one's education and career.
3) Entry-level IT jobs can be obtained through direct recruitment, exams for government/banking jobs, or by starting one's own IT business. Salaries increase with experience.
This document discusses the importance of teaching automation as an integral part of engineering education. It notes that technological developments are happening globally and India needs large numbers of technical personnel able to work with present technologies. However, while Indian universities produce many engineers, their skills do not always match industry needs. The document argues that integrating practical exposure to automation technologies through industry partnerships can help develop the multi-tasking abilities engineers require. This will better prepare them for roles in industries like textiles, electronics, and manufacturing that are adopting increasing levels of automation.
The document provides information about computer science and engineering. It defines engineering and describes the computer science and engineering curriculum. It then discusses reasons to study computer science and engineering, including job opportunities, intellectual development, helping society, and creative problem solving. The document outlines career paths and jobs in various industries, including programming, IT management, networking, research, and more. It also discusses skills required, top employers, salary ranges, and opportunities for higher education in computer science and engineering fields.
Digitally empowering India through Innovative and Dynamic ITRuma Shukla
This document discusses how education institutes can better prepare students for India's Digital India initiative. It notes that while the initiative provides direction for the IT industry, education is lacking in areas like outdated curricula, lack of faculty training, and low industry involvement. It provides suggestions for new curricula focused on areas like AI, robotics, IoT, and analytics. It emphasizes the need for closer ties between universities, students, and industry to promote research, knowledge sharing, and a more skilled workforce to support India's growing digital economy.
Without mechanical engineers, Physics is just a theory. And this holds true as it is the mechanical engineers that bring the engineering concepts to life. No wonder the course of mechanical engineering is still in high demand. Mechanical engineering is the study of designing, developing, analyzing, and maintaining mechanical tools, engines, machines, and sensors. If one has a passion for mathematics and physics, then Mechanical Engineering is the best career path to delve their interests in.
The document provides information about LIDO Telecom Pvt. Ltd., a company that provides telecommunications education and advisory services. It offers seminars, eLearning programs, books, consulting services, and specializes in telecom expertise. LIDO aims to train professionals to keep up with emerging technologies and help address the shortage of skilled telecom workers through its educational programs and services.
which technology is in demand 2023 the fast-paced world of technology, staying abreast of the latest trends and innovations is not just an option; This is a necessary step
Careers in engineering are repeatedly amending and cover many distinct areas which demands specific skills. Here are some of the types of engineering careers.
To get more details, visit us at : https://www.avantikauniversity.edu.in/engineering-colleges/types-of-engineering-careers.php
O/E/N India Ltd. is a leading manufacturer of precision electromechanical components in India, established in 1968. It has manufacturing facilities spread across 18,000 square meters in Cochin and Bangalore. O/E/N offers a wide range of products for various industries. It prides itself on quality, with certifications like ISO 9001. O/E/N has grown over the years and now also engages in contract manufacturing and exports. However, increased competition post liberalization slowed its growth temporarily before it adapted strategies like partnerships and focus on core competencies.
This document provides information about ThinkNEXT Technologies Pvt. Ltd., an ISO certified software development company. It details the company's profile, services offered, management team, clients, industrial training programs, and placements assistance. ThinkNEXT provides solutions using technologies like smart cards, NFC, biometrics, SMS, Android and offers services including ERP software, web development, database solutions and training. The company aims to provide industry-ready training and 100% placement assistance to students through its Cloud Campus programs.
Electrical engineering – An introduction
Why electrical engineering?
Marvels of electrical engineering
Career options for electrical engineers
Career options: government jobs, private jobs
Master stroke of electrical engineers “GATE”
Why unemployment?
Syllabus not updated regularly
Lack of innovation and research
Lack of skill-based education
Lack of proper English skills
Truth of unemployability!!! Facts & figure
Habits to become a employable engineer.?
Government initiatives for engineers
“Skill india” mission
Pradhan mantri Kaushal vikas yojna (PMKVY)
NSQF (national skill qualification framework)
NSDC (national skill development corporation)
Establishing the ‘link’ between degree & employment
Upgrade your knowledge & skills globally using
Online learning platform
NPTEL e-learning courses
MIT open course ware
COURSERA
EDX online
Darryl morrell
Electromechanical library
Arduino
Electrical engineering portal
Current research trends in electrical engineering?
High efficiency photovoltaic cells
Green energy electrical power converter
Smart electrical grids
A hybrid electric vehicle (HEV)
Eye tracking technology
Graphene
Wireless wearable tech
The document summarizes the benefits of pursuing a Bachelor of Information Technology and Systems (BITS) degree from BITS Australia. Key points include:
- BITS is a growing field with many career opportunities due to the rise of technology and need for skilled IT professionals. Graduates can work in fields like programming, software engineering, databases, and more.
- BITS Australia provides a quality education and degrees are recognized within Australia and internationally. Graduates have high employment rates, with many programs reporting 89-93% career placement.
- Pursuing a BITS degree from BITS Australia offers international students opportunities to study in Melbourne or Sydney at accredited universities and experience work opportunities in Australia's thriving tech industry.
Similar to Lumen Electronics ECE Careers & Employability. (20)
The Science of Learning: implications for modern teachingDerek Wenmoth
Keynote presentation to the Educational Leaders hui Kōkiritia Marautanga held in Auckland on 26 June 2024. Provides a high level overview of the history and development of the science of learning, and implications for the design of learning in our modern schools and classrooms.
Information and Communication Technology in EducationMJDuyan
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 2)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐈𝐂𝐓 𝐢𝐧 𝐞𝐝𝐮𝐜𝐚𝐭𝐢𝐨𝐧:
Students will be able to explain the role and impact of Information and Communication Technology (ICT) in education. They will understand how ICT tools, such as computers, the internet, and educational software, enhance learning and teaching processes. By exploring various ICT applications, students will recognize how these technologies facilitate access to information, improve communication, support collaboration, and enable personalized learning experiences.
𝐃𝐢𝐬𝐜𝐮𝐬𝐬 𝐭𝐡𝐞 𝐫𝐞𝐥𝐢𝐚𝐛𝐥𝐞 𝐬𝐨𝐮𝐫𝐜𝐞𝐬 𝐨𝐧 𝐭𝐡𝐞 𝐢𝐧𝐭𝐞𝐫𝐧𝐞𝐭:
-Students will be able to discuss what constitutes reliable sources on the internet. They will learn to identify key characteristics of trustworthy information, such as credibility, accuracy, and authority. By examining different types of online sources, students will develop skills to evaluate the reliability of websites and content, ensuring they can distinguish between reputable information and misinformation.
Artificial Intelligence (AI) has revolutionized the creation of images and videos, enabling the generation of highly realistic and imaginative visual content. Utilizing advanced techniques like Generative Adversarial Networks (GANs) and neural style transfer, AI can transform simple sketches into detailed artwork or blend various styles into unique visual masterpieces. GANs, in particular, function by pitting two neural networks against each other, resulting in the production of remarkably lifelike images. AI's ability to analyze and learn from vast datasets allows it to create visuals that not only mimic human creativity but also push the boundaries of artistic expression, making it a powerful tool in digital media and entertainment industries.
Get Success with the Latest UiPath UIPATH-ADPV1 Exam Dumps (V11.02) 2024yarusun
Are you worried about your preparation for the UiPath Power Platform Functional Consultant Certification Exam? You can come to DumpsBase to download the latest UiPath UIPATH-ADPV1 exam dumps (V11.02) to evaluate your preparation for the UIPATH-ADPV1 exam with the PDF format and testing engine software. The latest UiPath UIPATH-ADPV1 exam questions and answers go over every subject on the exam so you can easily understand them. You won't need to worry about passing the UIPATH-ADPV1 exam if you master all of these UiPath UIPATH-ADPV1 dumps (V11.02) of DumpsBase. #UIPATH-ADPV1 Dumps #UIPATH-ADPV1 #UIPATH-ADPV1 Exam Dumps
Post init hook in the odoo 17 ERP ModuleCeline George
In Odoo, hooks are functions that are presented as a string in the __init__ file of a module. They are the functions that can execute before and after the existing code.
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 3)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
Lesson Outcomes:
- students will be able to identify and name various types of ornamental plants commonly used in landscaping and decoration, classifying them based on their characteristics such as foliage, flowering, and growth habits. They will understand the ecological, aesthetic, and economic benefits of ornamental plants, including their roles in improving air quality, providing habitats for wildlife, and enhancing the visual appeal of environments. Additionally, students will demonstrate knowledge of the basic requirements for growing ornamental plants, ensuring they can effectively cultivate and maintain these plants in various settings.
Creativity for Innovation and SpeechmakingMattVassar1
Tapping into the creative side of your brain to come up with truly innovative approaches. These strategies are based on original research from Stanford University lecturer Matt Vassar, where he discusses how you can use them to come up with truly innovative solutions, regardless of whether you're using to come up with a creative and memorable angle for a business pitch--or if you're coming up with business or technical innovations.
8+8+8 Rule Of Time Management For Better ProductivityRuchiRathor2
This is a great way to be more productive but a few things to
Keep in mind:
- The 8+8+8 rule offers a general guideline. You may need to adjust the schedule depending on your individual needs and commitments.
- Some days may require more work or less sleep, demanding flexibility in your approach.
- The key is to be mindful of your time allocation and strive for a healthy balance across the three categories.
Opportunity scholarships and the schools that receive them
Lumen Electronics ECE Careers & Employability.
1.
2.
3.
4. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
5. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
6. Move your eyes around you and you will find
electronics everywhere, Refrigerator,
laptops, TV, CD players, washing machines,
Microwaves etc.
We cannot think of our life without the
electronic gadgets now.
It covers a wide range of applications which
make our life easier and enjoyable.
Similarly, look at the role of communication
in our lives and how fast the communication
systems and networks have grown in past few
years.
7. Can we think of living without mobile phones,
face book, Twitter, internet and entertainment
transmissions?
From necessities to comfort and entertainment,
Electronics and Communication rules the world.
Electronics has a major role in improving
productivity in industries like oil, energy,
agriculture and so many other important sectors
of economy.
In steel, petroleum and chemical industries it is
the electronic devices that direct, control and
test production processes.
8. Health care industry depends on electronic
equipments to perform chemical tests and to
check body functions.
The safety in transportation, factories and
mines and in homes relies heavily on
electronics.
9. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
10. The demand for Electronics
and Communication
engineers is growing rapidly
and job opportunities for
graduates are multi-faceted.
11. Core Electronics companies :
Siemens,LG, Samsung, Philips, Sony,
Motorola, Hitachi, Whirlpool, Intel, ST
Microelectronics, Orian, Flextronics etc, Xerox,
Hewlet Pachard, Nikon, Casio, Thomson, San Disk
etc.
Communication Engineering Companies:
Ericsson, Nokia Siemens, Bharti Airtel, ZTE,
Vodafone, Reliance, Huawii, Fujitsu, Aricent,
Agilent, BSNL,
12. Computer and IT Companies for ECE:
Google, Infosys, Mocrosoft, Deccan ,
Accenture, NIIT, HP media, Cap Gemini, LG
softwares, Wipro, IBM, TCS, Amdocs etc.
Other allied services:
Petroleum, chemical, pharmaceutical,
medical sectors etc.
13. Indian Railway Service of Signal Engineers
Indian Railway Stores Service (Telecommunication/
Electronics Engineering Posts)
Indian Telecommunication Service
Engineer in Wireless Planning and Coordination
Wing/ Monitoring Organization; Ministry of
Communications (Deptt. of Telecommunications)
Indian Broadcasting (Engineers) Service
Indian Ordnance Factories Service (Engineering
Branch) (Electronics Engineering Posts)
Indian Naval Armament Service (Electronics
Engineering Posts)
14. Central Power Engineering Service
(Telecommunication Engineering Posts)
Survey of India Service Group 'A' (Electronics and
Telecom. Engineering Posts)
Assistant Manager (Factories), Deptt. of Telecom
(Telecom Factories Organization)
Indian Inspection Service, Group `A' (Electronics
Engineering Posts)
Indian Supply Service; Group `A' (Electronics
Engineering Posts)
Assistant Executive Engineer Group 'A' (Electronics
Engineering Posts) in the Corps of E.M.E., Ministry of
Defense.
Indian Space Research Organization etc.
15. BHEL,
NTPC,
Power Plants,
CPRI,
BEML,
GAIL,
BSNL,
MTNL,
National Physical Laboratories etc.
16. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
17. Growth in this area is thus projected to be
good, based on the fact that there is ongoing
expansion in the communications industry,
defense-related electronics, and in the ever-
popular arena of consumer electronics.
Heavy investment by manufacturers is
devoted to research and development
projects in order to stay on top of a highly
competitive field with heavy demand for
products.
18.
19.
20.
21. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
22. There is a gap between engineering course
content and the requirements of the
engineering services industry.
We perceive this gap during the process of
interviews for regular as well as internship
positions.
While our education system imparts knowledge
on various technical/non-technical areas, it
often falls short of meeting the expectations of
the real world.
The biggest gap is the practical application and
knowledge of industry practices related to the
requirements of a particular role,”
23. One reason for this gap is a fundamental lacuna in
the engineering education framework.
This is the only profession where an individual
goes from an academic programme directly into a
job, with no prior on-the-job training.
All the other fields of study require individuals to
have a six-month to one-year long apprenticeship
or internship before they start doing the real
job.
Getting fresh graduates ramped up quickly to
productivity is a key concern across the industry
ecosystem as new graduates sometimes take six
months to a year to become productive.
24. When fresh graduates enter the working
environment, they have lots of theoretical
knowledge which is redundant, rather than the
necessary practical knowledge.
Most of our institutions and universities lag behind
the rest of the world in research output.
25. A strong foundation of the basics of electronics is
must,
Strong fundamentals of electronics will help you to
understand complex topics that you may get exposed
to after joining the industry.
An electronics engineer is expected to have an
excellent knowledge of electronic devices and RF,
analogue, digital and especially CMOS design.
This includes electrical fundamentals like signal
integrity and power integrity.
“Specifically, expertise in VLSI, VHDL, FPGA and ASIC
design, signal processing, control systems, industrial
manufacturing systems, power transmission,
simulation and verification techniques is required
26. In terms of languages, one must be familiar
with HDL (Verilog or VHDL), C and C++.
Other skills that an electronics engineer must
seek to possess are domain knowledge of
microprocessors, control systems, embedded
systems, and circuit and device testing.
27. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
28. Course curriculum may not provide all the learning
you need.
Make an effort to gain some extra skill, be it
technical or interpersonal.
Electronics has many branches today, such as VLSI,
DSP, communications, power electronics and
embedded systems.
The industry may assume that the student has been
exposed to at least one course in these branches.
While the industry may be willing to provide job-
specific training, the student is expected to have the
technical know-how required to absorb the training.
For example, for training in VLSI, the student is
expected to know about MOS transistor operation,
CMOS circuits, logic gates and flip-flops, operational
amplifiers, feedback amplifiers, poles and zeroes
29. India produces a large number of electronics and
computer science graduate engineers every year.
So while there is no dearth of manpower, the
challenge is finding ‘design-aware’ engineers who are
trained specifically in VLSI design and can ramp up
quickly.
With the surge in high-tech design projects coming to
India in areas such as telecom, automotive, aerospace
and industrial automation,
the industry workforce has been exposed to very high
levels of product design, development, testing and
validation phases over the last decade or so.
With more and more such projects becoming a norm
in India, the industry requires talent with quality and
specialised skill sets.
The demand for electronics design engineers having
product, domain and software tools expertise is high,
30. Besides technical skills, students must possess
excellent problem-solving and decision-making
abilities, English communication skills, and
organisation and management skills for an all-
round perspective.
In addition to these skills, emphasises on ethical
behaviour as majority of the MNCs empower their
staff and would like them to showcase good ethics
while dealing internally or externally with vendors
or customers.
31. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
32. A fresh electronics engineer needs to be conversant
with global trends and pioneering research done
worldwide.
To acquaint himself with the challenges that will face
him in the future, the engineering student should re-
examine and realign his goals with the current
scenario that prevails.
He should also keep himself abreast of recent trends
in business and technology, if he is serious about
making a transformational change.
There is no alternative to on-the-job research.
Students need to have some insights by either
working or doing some research on how the industry
segment of their choice actually operates.
33. The electronics industry is very large today.
There are multiple sub-disciplines.
Even some software disciplines require a sound
knowledge of electronics along with a strong grip
on programming, e.g., electronic design
automation.
It would be better, if the engineering aspirants
becomes strong in fundamentals and take
elective courses that give them the exposure to
recent advances.
34. Becoming a member of a professional society
and taking active part in seminars and
workshops will also help in understanding
where the electronics industry is headed.
Subscribe to important and insightful trade
media journals and newsletters to keep track
of trends and latest developments in
electronics engineering.”
Keeping abreast of the industry and economy
may even help you to find an extremely
satisfying career outside the mainstream.
35. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
36. Most important of all, don’t follow the herd. “Since
majority of the technical skills are quite well-
founded within students, they need to match real-
life practical applications, especially from a
problem-solving perspective.
Students should have the ability to assess the
situation, identify key issues that need to be
addressed, break down complex problems into
simpler manageable problems and resolve the
problem to develop workable solutions.
Companies are looking for people who can fix
problems with minimal direction. They don’t want to
have to tell people to react when fires are burning.
So once you’ve understood your aptitude and
carefully evaluated the job market, you can make
your leap.
37. Students should begin to think of what industry they
wish to join and start digging into the relevant
literature.
If you are fortunate enough, you may get to do an
internship in the industry of your choice.
In fact, there has been a spurt in various application
fields of electronics engineering—defence,
infrastructure (railways, aerospace, metro and
telecom), biomedical, consumer appliances,
industrial power, instrumentation engineering,
automotive, etc.
So once you figure out what is of your interest, work
towards developing skills required for that vertical.
Finally, your future is in your hands. So don’t
hesitate to spend enough time exploring all the
possible ways before final settlement.
38. Generally, new graduates have the fundamental
knowledge and skills to perform to standard
requirements in industry.
Nevertheless, most of them do not have the
necessary in-depth knowledge and people skills
to be successful in their careers yet.
Apart from good academic qualifications,
Industry is looking for graduates who possess the
following characteristics:
self-reliance
people skills
continuous improvement mentality
decision making and freedom on the job.
39. There are several elements that shape the progress
of your career, and as a graduate sets out in this
journey, the ability to think on your feet,
communicate and work effectively with others and
most importantly, deliver comes to mind as
clinchers of the deal.
These are behavioural skills that can only be
polished with practice.
Hence, it is vital that, besides focusing on academic
achievements, graduates should participate in
activities that will nurture the development of the
skills mentioned above.
Extra-curricular activities on campus, internships
and also community based activities can provide
graduates with the opportunities to address
conflicts, challenges and work with others.
40. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
41. Getting the right person for the right job is
becoming a big challenge for HR managers in
many companies.
Graduates with good potential are looking for
something more than just an offer of good salary
package to them.
With many ‘employers of choice’ out there
looking for good people, candidates now have
the luxury to pick and choose employers that are
able to offer them what they are looking for.
Good working environments, challenging work
and opportunities for future career growth in the
organisation are some of the offers that can
attract them.
42. The toughest part about recruiting management
trainees is the identification of the crème de la
crème of graduates today.
Industry seek graduates who are analytical and
are able to think critically, as opposed to those
who regurgitate facts to pass examinations.
On top of sound reasoning, we also seek
maturity and the ability to articulate your
thoughts clearly.
Hence, the talent pool is scarce due to a
mismatch in what we are looking for and the
characteristics of graduates out there.
43. Dynamic young graduates who always meet
and exceed Industries performance
expectations.
Continuous improvement, job rotation, Equip
with multiple skills and knowledge necessary
for advancement more rapidly in career
path.
prefer to work in a stable, multinational
organisation which offers an abundance of
developmental opportunities and speedy
career progression, demonstrate excellent
performance.
44. The growth of the organisation depends on
the growth of the people. In order for the
organisation to become the best in the
industry, the people have to want to become
the best in their own fields. Industry looks
for these unique and individualistic graduates
who share the same passion and vision as the
management.
45. Industrial productivity –
Production that is faster, better, more
economical
The key to increasing productivity in your
operations is the intelligent linking of
industrial software with automation
technologies, drives and services as well as
industry solutions for vertical markets – all
from a single source.
46. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
47. Business is under pressure to deliver new lines of
quality products – ahead of the competition –
regardless of soaring commodity prices, the
shrinking pool of engineering talent, ever-changing
environmental regulations and the rising flood of
data to and from the enterprise.
Game changing policies, Govt. Regulations.
Consumer Demand’s. In-spite of all the challenges
The organizations has to cope with all of these
challenges and make the operations more
competitive.
Increasing use of virtualization to outside-in
manufacturing principles, public and private sector
organizations alike are finding new ways to
innovate, grow and prosper.
48. Every industry has special requirements,
which is why customized industrial solutions
from a single source are indispensable. With
established expertise in a wide array of
industries – like food and beverage,
aerospace, automotive and renewables.
The organization has to provide with a broad
range of comprehensive technologies and
solutions.
The product spectrum Should extends from
automation and drive technologies to system
integration using industrial software to
technology-based customer service.
49. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.
50. Eye-tracking, gesture-based TVs and computers.
Brain wave controlled Wheel Chair.
Flexible Electronics.
Wearable Electronics.
Virtual Trial Room. (Textile, Jewellery, Foot
wear).
Electronics in Cold storage & Ware housing
Li-Fi. Visual light Communication.
Non invasive measurements of human body
parameters.
Pervasive Computing.
Automated super market.
Automated Parking & metering System.
51. Machine Vision
IP High Definition Television
Internet of things
Embedded on Cloud
Embedded Net working.
Zig-bee.
IP Security.
Visitor Management.
Key Management.
Agriculture.
Hospital & Hotel Management.
Food Processing & Preparation.
Artificial Intelligence.
Long Range RFID.
Civionics.
52. Introduction.
Career Opportunities.
Growth Of Electronic industry.
Practical Knowledge.
Acquire Extra Skills.
Know the Industry trends.
Understand your self.
Employer expectation.
Challenge Industry Faces.
Emerging Technologies.
Top Electronic companies in India.