EEE & Engineering

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EEE & Engineering

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Engineering is the building process of scientific products by applied toscience and mathematics. It’s a combination of scientific and mathematicalrules.

Electricalengineering is the process of design, study, and manufacture ofvarious and an electronic system like Generators, Motors, ElectromagneticDevices, and applied in Instrumentation Controls. EEE is the core fieldsuch as communication, Electrical machine, Power system, control system, Signalprocessing, Micro Processors and Micro Controllers, Power Generation andElectrical Machine.

In aPower and Energy Sector facing many complications to store high voltage power.It’s very difficult to maintain the electrical components from the damages.Another big issue is to transfer the power from one place to another by wire,which leads to a lot of loss of power during the transmission. A lot ofresearches and innovations are going on Power generation and transmission systemsto minimize the loss.

Theapplication over obtaining, storing and using power are engineering challenges,that can be achieved by research and development departments over in the fieldof Electrical andElectronics Engineering.

Now thetrend in electricity management facing difficulties over saving energy andtransfer that produced energy with minimal loss, which includes smart grids,large-capacity batteries, Nanowire Batteries, and Wireless Power transfer.

In powerstorage into the batteries used in the vehicles to enable the environmentgreen. Nowadays many researches going on photovoltaic cells to store more powerin a compact design.

Anotherfield of Wireless sensors that ruled every wireless device and gadget, even apower also transmitted via sensors. Also used in the wireless wearable devicesand virtual reality for more interactive to feel the reality. In wirelesscommunication also we are transmitting high frequency to enable fast deliveryof data.

In thefield of circuit design which responsible for design circuits for DigitalDevices, Memory storage devices, Industrial robots.

EEE isthe filed more responsible to design the Architecture for microprocessors andmemory units. In memory device manufacturing boomed in the last few years.Currently, Storage is important in handling huge amounts of data.

EEE conferenceis the solution to overcome the global issue in the area of EEE by assemblingResearchers, Professors, Industries People, and techies, that will enable abetter platform for discussing the latest invention. It will ensure andencourages the researches, invention, and collaboration of expertise people inthe field of EEE.

The EEE Conferenceis the gateway to meet the Global Inspiring Speakers and Experts to discuss newtrends in Electrical and Electronics to improve power management, ElectricalDevices, Telecommunication, Microprocessors, and Microcontrollers.

Allied Academies conferences aims tocollaborate with the people from both academic and industry background peopleto ensure recognition for their researches and innovation.


EEE & Engineering

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Power generation and distribution, microelectronics,embedded systems, VLSI, automotive engineering, and computer software are allareas where electrical and electronics are studied and used. It is concernedwith the engineering problems, opportunities and needs of electrical,electronics, computer, telecommunication systems and related industries.

In particular Electricalengineering deals study of design, development, and maintenance ofelectrical systems and their components, ensuring quality, safety, reliability,and sustainability whereas Electronicsengineering entails the design and development of electronic devices andintegrated circuits with electrical components such as transistors, diodes, tofulfil a certain goal.

New technologies are designed, developed, tested, andoverseen by electrical and electronic engineers. This might be used to generateand process energy, as well as construct everything from drones and electricautomobiles to smartphone, sat nav, and hospital-based systems.

Turbine, hydro, gas, fuel cell, solar, wind, and geothermal energyare all examples of renewable energy.It involves the utilisation, storage, and generation of energy and electricity.

As technology has progressed, the borders between fieldshave blurred. Additionally, electronic computersare employed to compute demands significantly more quickly and accurately thanhuman procedures in the control and administration of linked electricitynetworks.

The following are the responsibilities of electrical andelectronics engineers: (1). Electrical product and system design andimprovement. (2). Creating manufacturing procedures. (3). Assessing the safety,dependability, and performance of systems. (4). Conduct a quality andperformance evaluation. (5). Examine the requirements for new equipment.

Electricaland electronicitems are extremely important in today's world. This field is one of the keydrivers of modern economic systems is their production. The necessity for qualifiedexperts in local electrical businesses has been compelled by global supplychain networks. Electricalengineers are required by the transportation and heavy industrialindustries to carry out their everyday operations with great efficiency andprofitability.

The specialization areas electrical engineering andelectronic are Communications and Signal Processing,Computer Engineering, Controls, Electrophysics,Microelectronics, Power Systems

Light and power, along with their applications, are alsopart of the research. These items are just a few of the ones this business maydesign, manufacture, and use, including turbines, generators, transmissionlines, transformers, motors, lighting systems, and appliances.

The transmission of voice and data across optical-fibrenetworks using laser signals is the another important industry which isCommunications, it transmits digital data between computers through wire,microwave, and satellite circuits

DielectricMaterials and Devices; Semiconductor Materials and Devices; Magnetic Materialsand Devices; Superconducting Materials and Devices; Fiber Optic Devices andSystems; Conductive Materials, Wires, and Cables and the raw materials offerunique features that make them ideal for use in electronic components, rangingfrom exceptional conductivity to unrivalled insulating capabilities.

Market Analysis

Electricalequipment, measurement and control devices, and electronic goods are the threeprimary forms of electricaland electronics. Electrical equipment is defined as any apparatus, appliance,cable, conductor, fitting, insulator, material, metre, or wire that controls,generates, supplies, transforms, or transmitselectricity at a voltage greater than extra-low voltage or is powered byelectricity at a voltage greater than extra-low voltage. The device may be usedboth online and offline. Several research and technological breakthroughs inthe field of powerelectronics have broadened the application areas of electric systems likemicrogrids and digital substations, as well as providing a plethora ofalternatives for the most efficient deployment of current electric powersystems.

Microgrid Industry: During the forecast period, theworldwide microgrid market is expected to grow at a CAGR of 11.4 percent to USD42.3 billion by 2026. Substation Automation Market: The Substation AutomationMarket is estimated to increase at a CAGR of 6.3 percent from USD 39.9 billionin 2021 to USD 54.2 billion by 2026. Solid-State Transformer Market: TheSolid-State Transformer Market is estimated to increase at a CAGR of 15.8percent from USD 100 million in 2024 to USD 241 million by 2030. Smart Robots:During the projected period, the Smart Robots Market is estimated to increaseat a CAGR of 30.5 percent, from USD 6.1 billion in 2020 to USD 23.0 billion in2025. Electric Heat Tracing: By 2025, the worldwide electric heattracing market is estimated to reach USD 2.5 billion, growing at an annual rateof 8.2%.

At a cumulative annual growth rate (CAGR) of 10.3 percent,the worldwide electrical and electronics industry is predicted to rise from$3,192.85 billion in 2021 to $3,521.21 billion in 2022. Companies arereorganising their operations and recuperating from the COVID-19 effect, whichhad previously resulted in tight confinement measures such as social distance,remote working, and the shutdown of commercial activities, all of which createdoperational issues. At a CAGR of 9.3%, the electrical andelectronic industry is estimated to reach $5,031.57 billion in 2026.

In 2021, the electrical and electronics market's largestregion was Asia Pacific. In the electrical and electronics market, NorthAmerica was the second-largest region. Asia-Pacific, Western Europe, EasternEurope, North America, South America, the Middle East, and Africa are the areasincluded in the electricaland electronics industry study.

Current researchtrends

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The field of electricalengineering is undergoing a significant shift. Ambitious research anddevelopment teams are working on improved methods to create, store, and consumeelectrical resources all around the world.

Communications, wellness, energy efficiency, entertainment,schooling, multimedia, and other aspects of the economy are all evolving. Chinais at the forefront of the industry's innovation, with a $14.5 billion marketfor ElectricalEquipment and MachineryManufacturing and over 2,000 firms contributing to its growth.

According to current trends in Electricals &Electronics, the industry in this sector has the potential to develop at aquick rate and to become one of the world's largest, with India's market expectedto reach several hundred billion dollars this year. The industry is predictedto develop at a very high compound annual growth rate, with demand for telecomdevices like as smart phones expected to reach hundreds of millions of unitsthis year. The need for electricalequipment has risen as a result of increasing power generation, moreefficient distribution, and higher utility.

Some of the Topinnovative trends are:

·        Smart grid solutions

·        Innovation of electric vehicles

·        Wearable technology trends

·        Artificial intelligence

·        Prefabricated products

·        IoT tehcnologies

·        Robotics

Top 100 industries

·        ABB India

·        Adani Transmission Limited

·        Aditya Birla Group

·        AIRWORKS India Engineering Private Limited

·        Altair Electronics Limited

·        Amara Raja Batteries

·        AMCO Electrical & Engineering Co.

·        BAeHAL

·        Bajaj Electrical Limited

·        BGR Energy Systems Limited

·        Bharat Bijlee

·        Bharat Electronics Limited

·        Bharat Fritz Werner (BFW)

·        Bharat Heavy Electricals Limited (BHEL)

·        Bosch Electric

Top 100 associationsand universities

·        Massachusetts Institute of Technology (MIT), UnitedStates

·        Stanford University, United States

·        University of California, United States

·        Nanyang Technological University, Singapore(NTU)

·        ETH Zurich - Swiss Federal Institute ofTechnology, Switzerland

·        University of Cambridge, United Kingdom

·        Harvard University, United States

·        National University of Singapore (NUS), Singapore

·        University of Oxford, United Kingdom

·        EPFL, Switzerland

·        Imperial College London, United Kingdom

·        California Institute of Technology (Caltech), UnitedStates

·        Tsinghua University, China (Mainland)

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