What is ELECTRICAL ENGINEERING (EE) ?

EE

Modern life would freeze; economy could stumble if power deficit is not fixed. Thus, electricity is required everywhere; from agriculture fields to communication systems to manufacturing gigantic rockets. Importance of energy can’t be over-stated.

Efficient generation, transmission and transformation of electrical energy are decisive prerequisites for rapid development of industry and agriculture. Without this vital energy our daily lives would grind to a halt and therefore ELECTRICAL ENGINEERING have many opportunities.


EE



They can be found working in every sphere of modern life including manufacturing to process industries, robotics to embedded systems, automobiles to transport, and from aviation to navigation industries.

This article by globalinfoceans.com gives you all the information you need to know about ELECTRICAL ENGINEERING.

ABOUT:

EE


ELECTRICAL ENGINEERING is a popular branch of engineering which deals with the study and application of electricity, electronics, and electromagnetism. The subfields include electronics, digital computers, power engineering, telecommunications, control systems, RF engineering, and signal processing. The focus of the course remains on designing and testing ICs, inductors, capacitors and resistors. The students also learn to design electronic circuits, computer systems and also develop control systems. ELECTRICAL ENGINEERS are considered to deal with the problems associated with systems such as electric power transmission and electrical machines. The course mainly includes fundamentals and principles of Physics, Mathematics, Computer Science and Project Management. The sub disciplines of Electrical and Electronics Engineering include power, control, electronics, microelectronics and Signal processing, Telecommunications, Instrumentation and Computers.

ELECTRICAL ENGINEERING refers to electrical machinery, problems of generation, transmission and distribution of electrical energy, electrical controls in factories, motors and their control and transformers. One of its objectives is to provide electrical power to customers.

CORE SUBJECTS TO STUDY:
  • Electricity Technology and Machines
  • Circuit Analysis, Electronics
  • Electro-magnetism
  • Electrical Engineering Material
  • Instrumentation
  • Control systems
  • Power Engineering
  • Transmission & Distribution
  • Thermodynamics
  • Microprocessor interfacing
CAREER PROSPECTS:


EE


To make India a ‘Power House’, the industry requires huge numbers of engineers to tackle the prevailing power deficit. Since industrial expansion is on the upswing, the industry is looking for fresh enthusiastic minds to contribute their skills for its growth.

  • India is world's third largest producer of electricity with 4.8 percent global share in electricity generation surpassing Japan and Russia in 2013
  • Indian government’s ambitious goal of “power for all” owing to which the power sector is poised for significant expansion
  • 4 percent growthover the previous fiscal in electricity production.
  • Compounded annual growth rate of 5.6percent
  • Positive investment climate, expansion of power industry
  • Proposal to add 76,000 MW of power capacity during 12th five year plan (2012-17)
  • Target of adding 93,000 MW in the 13th five year plan (2017-2022)
  • Guidelines to encourage private sector participation for faster growth
  • Commencement of new projects (sources: KPMG & FICCI).
TOP COLLEGE FOR THIS COURSE:


electrical engineering college


TOP RECRUITERS:


electrical engineering recuriters


JOB PROFILES:


EE


  • Research and blueprinting the design
  • Design, manufacture, develop, evaluate, sell, market and administer new electric components and testing equipment 
  • Generation, Transmission and Distribution of energy
  • To deal with all kinds of electronic devices ranging from biggest machines to small size pocket devices
  • Troubleshooting and Controlling devices for generating electricity
  • Quality, security and conversion of applications and electrical systems
  • Using diverse technologies and equipment for production and operation of electrical energy

Difference between ARCHITECTURE & CIVIL ENGINEERING.

difference between architecture and civil engneering

ARCHITECTURE and CIVIL ENGINEERING both are quite different in every aspect. Then too many students are confused between these two fields because of the lack of the knowledge and proper guidance.

This article by globalinfoceans.com gives you all the information you need to know about Difference between ARCHITECTURE (Arch) & CIVIL ENGINEERING (CE).

Here we will see difference between ARCHITECTURE and CIVIL ENGINEERING but I personally request you to visit individual article written on ARCHITECTURE and CIVIL ENGINEERING links are given below after reading this current article.


CLICK HERE TO KNOW ABOUT ARCHITECTURE (Arch).
CLICK HERE TO KNOW ABOUT CIVIL ENGINEERING (CE).

ce vs arch
Both Civil Engineering and Architecture are involved in planning and designing structures. However, Architecture focuses more on the spatial functionality and aesthetics of the development work and is more concerned with the artistry, look, feel and functionality of the design, while Civil Engineering concentrates on the structural elements of the design, making certain that the structure can endure normal and extreme conditions.Even though Civil Engineers are involved in the design process, Architects take the lead role in terms of the design of the structure. The Architect will initiate and create the design, including the shape, colour and spaces of the development work then civil engineering professionals will analyse it to find ways to make the construction design possible. The civil engineer will be responsible in finding suitable materials, suggesting modifications and alterations and evaluating the structural integrity to transform the architect's vision into realisation.To summarise, architecture's primary concern is designing the development work while civil engineering's responsibility is ensuring that the design can be implemented in a safe and reliable manner. Civil engineers and architects may sometimes overlap each other's work but a good relationship between the two professions will make the construction job more effective and successful.

MAIN DIFFERENCE:

CE (CIVIL ENGINEERING):


ce

CIVILENGINEERING teaches us how to construct infrastructure and create an environment which will be conducive for living in the modern era.CIVIL ENGINEERING has come a long way. It is a profession which has helped in building and transcending knowledge as how to build and create physical environment and make this world a better and convenient place to live. CIVIL ENGINEERING as a profession has explored the idea which aided us in leading a quality life.The discipline of CIVIL ENGINEERING deals with the various aspects of planning, designing, construction, maintenance and modification of physical structure and naturally built environment.The discipline offers a huge umbrella and covers varied aspects ranging from geotechnical engineering to structural engineering, environmental to material, forensic to hydrology.CIVIL ENGINEERING is considered as a single largest branch among all the engineering branches. It is the also second oldest discipline after military engineering.CIVIL ENGINEERING makes use of scientific principles to solve the given problems of society;like residential, commercial, industrial and public works projects of all sizes and levels of construction. The other name of CIVIL ENGINEERING is construction engineering. Structures such as tunnels, dams, sewers, bridges, highways, canals, industrial plants, residential buildings, railway lines, airports etc also come under the category of CIVIL ENGINEERING.

Arch (ARCHITECTURE):


arch



ARCHITECTURE, the science of building, is the visualisation of building blocks. It is the area of study, which deals with the designing, and planning of buildings and structures and the spaces between them. ARCHITECTURE is a highly competitive and multi-disciplinary profession, which involves a variety of tasks at work. This is a field, which covers various fields including spatial design, aesthetics, safety management, material management etc. As an Architectural Engineer you can have a career in building and systems design and evaluation, building renovation and refurbishment, interior lighting design advanced environmental services system design, structural design of modern buildings etc. Within a few years of experience in an organisation, one can set up own business or opt for a teaching career.

The curriculum for ARCHITECTURE is designed with a view to apply engineering principles to the construction, planning, and design of buildings and other structures. The curriculum puts emphasis on layout and aesthetics of building projects. It also trains the aspirants about other engineering disciplines, including mechanical, electrical, fire protection, and others. The students are also taught various fundamental concepts including the strength of materials, thermodynamics, fluid mechanics, electric circuits, and engineering economics. Students are also imparted knowledge about the history of architectural design.

DIFFERENCE IN CURRICULUM:

CURRICULUM IN CE:

  • Surveying-land and surveying
  • Material science and engineering
  • Coastal engineering
  • Construction engineering
  • Building Technology
  • Structural Analysis & Design
  • Design of Hydraulic Structures
  • Architecture and Town Planning
  • Earthquake engineering
  • Environmental engineering
  • Geotechnical engineering
  • Transportation engineering
  • Forensic engineering  
  • Urban engineering
  • Control engineering     
CURRICULUM IN Arch:

  • Architectural Design
  • Architectural Detailing
  • Architectural Graphics
  • Building Electrical/Mechanical Systems
  • Computer-Aided Drafting
  • Construction Materials and Methods
  • Contracts and Specifications
  • Elementary Structures
  • Estimating
  • Materials Testing
  • Physics
  • Pre-Calculus
  • Statistics
  • Strength of Materials

DIFFERENCE IN CAREER SCOPE:

CAREER SCOPE IN CE:
India needs technology revolution in the country. In this regard, the industry requires huge numbers of engineers to tap the untapped spaces domestically and overseas. Since India’s construction sector is forecasted to grow at 7 – 8% each year over the next decade, the industry is seeking to spread its wings in every corner of the country. The industry has an increased international penetration besides meeting the advancing domestic demands. The U.S Bureau of Labour Statistics has predicted that job opportunities will increase by 20% for the profession between 2012 and 2022, citing a continued demand for civil engineers.

Therefore, there is a rising demand of potential civil engineers to fill these gaps having vast potential. Since the industrial expansion is phenomenal, CIVIL ENGINEERING is seen as a promising career option among the young aspirants.

The industry offers multiplicity of roles for skilled professionals. Some of the job roles are as follows:


  • Research, Planning, designing, management of structure.
  • Construction, installation, and modification of structure.
  • Rectifying issues and problems using scientific principles/fundamentals.
  • Execution/implementation, operation of the defined plan.
  • Monitoring developments and assessing options.
  • Synchronising work with other engineers.
CAREER SCOPE IN Arch:
ARCHITECTURE is one of the most significant sectors today. Currently, there is a huge demand and supply deficit in India for skilled professionals in architecture.

The job scenario in this sector include, safety management, site selection, field research and supervision, quality control, environmental planning, estimating and costing, supervision of construction work, interior decoration etc. Right from the designing and planning, the architect plays a key role in the overall construction of the buildings and structures.

For undergraduates, jobs are available in various government departments such as Indian Army, Town and Country Planning Organisation, National Institute of Urban Affairs, Housing and Urban Development Corporation, National Building Construction Corporation Ltd. etc. Teaching and research at several reputed institutes are highly rewarding. A career in academics essentially requires a doctoral degree after postgraduate studies. Private sector jobs are highly concentrated in firms like Jones Lang LaSalle, L&T, Jindals, IMAXE, etc. Private practices post registrations are equally recognized in residential townships. After successful completion of Architectural engineering students are also employed in industrial ventures, consultancy and private architectural firms, teaching institutions, real estate development firms etc. The difference between required versus registered architects is more than 4 lakhs! A fresh graduate with desired skills and passion to excel is sure to find placement.


A qualified architect can also work as consultant or set up private practice. Before starting the profession, an architect must have to register with the Council of Architecture. The Council of Architecture plays a stupendous role for smooth regulation of architect education and practice throughout India. Along with the Indian Institute of Architects, the Council of Architecture also lays down the guidelines for working hours, work environment, fees etc.

DIFFERENCE IN JOB PROFILES:

JOB PROFILES IN CE:

  • Bridge design technician
  • Construction engineering technician
  • Structural design technologist
  • Supervisor, architectural and engineering technologists and technicians
  • Materials testing technologist
  • Environmental technician
  • land use technician
  • Technician, civil engineering
  • Technician, road traffic
  • Urban planning technician
  • Technician, highway
  • Railway technician
  • Executive and managerial functions
JOB PROFILES IN Arch:
  • Drafters
  • Consultant
  • Sales Engineer
  • Building Inspector
  • Consulting Engineer
  • Technical Architects
  • Construction Estimator
  • Professor or Researcher
  • Construction Project Manager

CONCLUSION:


ce vs arch



Architecture focuses more on the spatial functionality and aesthetics of the development work and is more concerned with the artistry, look, feel and functionality of the design.Civil Engineering concentrates on the structural elements of the design, making certain that the structure can endure normal and extreme conditions.

What is CIVIL ENGINEERING (CE)?

civil engineering in india

High-rise buildings, bridges, subway stations, stunning airports, highways and hydroelectric dams are some of the interesting hallmarks of human civilisation and urbanisation. CIVIL ENGINEERING teaches us how to construct infrastructure and create an environment which will be conducive for living in the modern era.

CIVIL ENGINEERING has come a long way. It is a profession which has helped in building and transcending knowledge as how to build and create physical environment and make this world a better and convenient place to live. 
CIVIL ENGINEERING as a profession has explored the idea which aided us in leading a quality life.  Thus, if you have an idea that can help to make this world a better place to live, then a career in CIVIL ENGINEERING can be a possible choice for you.

This article by globalinfoceans.com gives you all the information you need to know about CIVIL ENGINEERING.

ABOUT:

The discipline of CIVIL ENGINEERING deals with the various aspects of planning, designing, construction, maintenance and modification of physical structure and naturally built environment.

The discipline offers a huge umbrella and covers varied aspects ranging from geotechnical engineering to structural engineering, environmental to material, forensic to hydrology.
CIVIL ENGINEERING is considered as a single largest branch among all the engineering branches. It is the also second oldest discipline after military engineering.

CIVIL ENGINEERING makes use of scientific principles to solve the given problems of society;like residential, commercial, industrial and public works projects of all sizes and levels of construction. The other name of CIVIL ENGINEERING is construction engineering. Structures such as tunnels, dams, sewers, bridges, highways, canals, industrial plants, residential buildings, railway lines, airports etc also come under the category of CIVIL ENGINEERING.

CORE SUBJECTS TO STUDY:
  • Surveying-land and surveying
  • Material science and engineering
  • Coastal engineering
  • Construction engineering
  • Building Technology
  • Structural Analysis & Design
  • Design of Hydraulic Structures
  • Architecture and Town Planning
  • Earthquake engineering
  • Environmental engineering
  • Geotechnical engineering
  • Transportation engineering
  • Forensic engineering  
  • Urban engineering
  • Control engineering     
CAREER PROSPECTS:

civil engineering in india

India needs technology revolution in the country. In this regard, the industry requires huge numbers of engineers to tap the untapped spaces domestically and overseas. Since India’s construction sector is forecasted to grow at 7 – 8% each year over the next decade, the industry is seeking to spread its wings in every corner of the country. The industry has an increased international penetration besides meeting the advancing domestic demands. The U.S Bureau of Labour Statistics has predicted that job opportunities will increase by 20% for the profession between 2012 and 2022, citing a continued demand for civil engineers.

Therefore, there is a rising demand of potential civil engineers to fill these gaps having vast potential. Since the industrial expansion is phenomenal, CIVIL ENGINEERING is seen as a promising career option among the young aspirants.

The industry offers multiplicity of roles for skilled professionals. Some of the job roles are as follows:

  • Research, Planning, designing, management of structure.
  • Construction, installation, and modification of structure.
  • Rectifying issues and problems using scientific principles/fundamentals.
  • Execution/implementation, operation of the defined plan.
  • Monitoring developments and assessing options.
  • Synchronising work with other engineers.
TOP COLLEGE FOR THIS COURSE:


colleges of civil engneering


TOP RECRUITERS:


recruiters of civil engineering

JOB PROFILES:


civil engineering india


  • Bridge design technician
  • Construction engineering technician
  • Structural design technologist
  • Supervisor, architectural and engineering technologists and technicians
  • Materials testing technologist
  • Environmental technician
  • land use technician
  • Technician, civil engineering
  • Technician, road traffic
  • Urban planning technician
  • Technician, highway
  • Railway technician
  • Executive and managerial functions

What is ARCHITECTURE (Arch)?

b arch


ARCHITECTURE, the science of building, is the visualisation of building blocks. It is the area of study, which deals with the designing, and planning of buildings and structures and the spaces between them. ARCHITECTURE is a highly competitive and multi-disciplinary profession, which involves a variety of tasks at work. This is a field, which covers various fields including spatial design, aesthetics, safety management, material management etc. As an Architectural Engineer you can have a career in building and systems design and evaluation, building renovation and refurbishment, interior lighting design advanced environmental services system design, structural design of modern buildings etc. Within a few years of experience in an organisation, one can set up own business or opt for a teaching career.

This article by globalinfoceans.com gives you all the information you need to know about ARCHITECTURE (Arch).

ABOUT:


b arch


The curriculum for ARCHITECTURE is designed with a view to apply engineering principles to the construction, planning, and design of buildings and other structures. The curriculum puts emphasis on layout and aesthetics of building projects. It also trains the aspirants about other engineering disciplines, including mechanical, electrical, fire protection, and others. The students are also taught various fundamental concepts including the strength of materials, thermodynamics, fluid mechanics, electric circuits, and engineering economics. Students are also imparted knowledge about the history of architectural design.

CORE SUBJECTS TO STUDY:

arch

  • Architectural Design
  • Architectural Detailing
  • Architectural Graphics
  • Building Electrical/Mechanical Systems
  • Computer-Aided Drafting
  • Construction Materials and Methods
  • Contracts and Specifications
  • Elementary Structures
  • Estimating
  • Materials Testing
  • Physics
  • Pre-Calculus
  • Statistics
  • Strength of Materials
CAREER PROSPECTS:

ARCHITECTURE is one of the most significant sectors today. Currently, there is a huge demand and supply deficit in India for skilled professionals in architecture.

The job scenario in this sector include, safety management, site selection, field research and supervision, quality control, environmental planning, estimating and costing, supervision of construction work, interior decoration etc. Right from the designing and planning, the architect plays a key role in the overall construction of the buildings and structures.

For undergraduates, jobs are available in various government departments such as Indian Army, Town and Country Planning Organisation, National Institute of Urban Affairs, Housing and Urban Development Corporation, National Building Construction Corporation Ltd. etc. Teaching and research at several reputed institutes are highly rewarding. A career in academics essentially requires a doctoral degree after postgraduate studies. Private sector jobs are highly concentrated in firms like Jones Lang LaSalle, L&T, Jindals, IMAXE, etc. Private practices post registrations are equally recognized in residential townships. After successful completion of Architectural engineering students are also employed in industrial ventures, consultancy and private architectural firms, teaching institutions, real estate development firms etc. The difference between required versus registered architects is more than 4 lakhs! A fresh graduate with desired skills and passion to excel is sure to find placement.

A qualified architect can also work as consultant or set up private practice. Before starting the profession, an architect must have to register with the Council of Architecture. The Council of Architecture plays a stupendous role for smooth regulation of architect education and practice throughout India. Along with the Indian Institute of Architects, the Council of Architecture also lays down the guidelines for working hours, work environment, fees etc.
TOP COLLEGE FOR THIS COURSE:

b arch college


TOP RECRUITERS:

b arch recruit

JOB PROFILES:
  • Drafters
  • Consultant
  • Sales Engineer
  • Building Inspector
  • Consulting Engineer
  • Technical Architects
  • Construction Estimator
  • Professor or Researcher
  • Construction Project Manager

Difference between INFORMATION TECHNOLOGY & COMPUTER SCIENCE ENGINEERING.

information technology vs computer science engineering


CSE(Computer Science & Engineering) and IT (Information technology) both are quite similar in some or the other manner. Many students are confused between these two fields because of the lack of the understanding of the minute differences and similarities between the two engineering streams.

This article by globalinfoceans.com gives you all the information you need to know about Difference between INFORMATION TECHNOLOGY (IT) & COMPUTER SCIENCE ENGINEERING (CSE).

Here will go through differnce between IT & CSE but I personally request you to visit individual article written on CSE & IT links are given below after reading this current article.

CLICK HERE TO KNOW MORE ABOUT CSE.
CLICK HERE TO KNOW MORE ABOUT IT.

MAIN DIFFERENCE:

CSE (COMPUTER SCIENCE & ENGINEERING):


computer science and engineering

Computer science engineers are involved in many aspects of computing, from the design of individual microprocessors, personal computers and supercomputers to circuit designing and writing software that powers them.

IT (INFORMATION TECHNOLOGY):


information technology

Information Technology deals with the use of electronic computers and computer software to store, protect process, transmit and securely retrieve data. IT professionals perform a variety of tasks that range from installing applications to designing complex computer networks and information databases.

DIFFERENCE IN CURRICULUM:


CURRICULUM IN CSE:

Computer Science engineering students study about design, implementation, and management of information system of both software and hardware processes.
Core subjects are as follows:
  • Computer architecture and organisation
  • Theory of computation
  • Database systems
  • Electronics
  • Operating systems
  • Computer Networks
  • Foundations of Computer Systems
  • Java Programming and Website Design
  • E-commerce & ERP and Multimedia Applications
  • Principles of Programming Languages
  • Software Engineering
  • Compiler Design


CURRICULUM IN IT:

Information Technology deals with installation, development and implementation of computer systems and applications.
Core subjects are as follows:
  • Computer architecture and organization
  • Database systems
  • Electronics
  • Operating systems
  • Computer Networks
  • Foundations of Computer Systems
  • Java Programming and Website Design
  • Design and Analysis of Algorithms
  • Software Engineering
  • Database Management Systems
  • E-Commerce & ERP
  • Multimedia Applications
  • Object Oriented Programming
  • Data Structures
  • Data Warehousing and Data Mining
  • Engineering Mathematics
DIFFERENCE IN CAREER SCOPE:

CAREER SCOPE IN CSE:


computer science and engineering


Job openings for Software professionals is much higher in the corporate sector than in public sector. Professionals can join as junior programmer, database administrator, junior network manager, Data Analyst, Software Developer, Software Engineer, and Client-Server Systems Manager etc in the initial stage. Students have job opportunities at organizations like IBM, Intel, HP, TCS, INFOSYS, WIPRO, TECHMAHINDRA,CTS and Dell in India and abroad.

CAREER SCOPE IN IT:


information technology


Career options after B.Tech in Information Technology are good. IT Specialists are required in almost all range of employment fields such as finance, arts, medicine, defense, and other areas. Many opportunities are available in various IT firms all over India. Some of the leading IT Companies are Infosys, TCS, Wipro, Accenture, HCL Infotech, IBM, etc.  These professional can get jobs in many public sector firms. Some of the leading public sector firms are BSNL, ISRO, CDIT, CDAC, etc.

DIFFERENCE IN JOB PROFILES:


JOB PROFILES IN CSE:

  • Computer Programmer
  • Systems Analyst
  • Software Developer
  • Hardware Engineer
  • Consultant
  • System Engineer
  • System Designer
  • Networking Engineer
  • Database Administrator
  • Web Developer
  • E-commerce Specialist
  • Programmer

JOB PROFILES IN IT:
  • Computer Programmer
  • Database Administrator
  • Database Designer
  • Datawarehouse Designer
  • ERP
  • Network Administrator
  • Network Architect
  • Network Engineer
  • Project Manager
  • Quality Assurance Specialist
  • Software Engineer
  • System Administrator
  • Technical Writers

CONCLUSION:


difference between it & cse

The major  difference between both these field is that IT deals with the application of computing technology to real life processes, while, Computer Science deals with the science that facilitates these applications. To make it short and simple, Computer Science is the creation of software and hardware by using different programming skills. On the other hand, IT is just the selection of the proper software or hardware for the task.