What is INSTRUMENTATION & CONTROL ENGINEERING (ICE)?

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

ABOUT:
Instrumentation is a vast interdisciplinary branch of engineering. INSTRUMENTATION & CONTROL ENGINEERS design, develop, install, manage and maintain instruments that monitor and control engineering systems, machinery and processes. A professional in the field is responsible for making these systems and processes operate efficiently, resourcefully and safely. An INSTRUMENTATION & CONTROL ENGINEERS also understands the operational processes of an organisation and works closely with it across functions including operations, purchasing and design.  

CORE SUBJECTS TO STUDY:

• Sensors and transducers
• Micro controllers
• Industrial instrumentation
• Control systems
• PC Interfacing and telemetry
• Instrumentation system design
• Robotics

TOP RECRUITERS:

• Government organizations
• Production industries
• Hospitals
• Research institutes  
• Barclay Capital
• Birla Power Solution
• Capital IQ
• Coal India
• Credit Suisse
• Deloitte
• Ericsson

JOB PROFILES:

Some of the other profiles for a graduate in this domain include managing operations, troubleshooting and problem-solving, developing innovative business plans, rational project management, maintaining existing systems, writing computer software and lots more.

What is TELECOMMUNICATION ENGINEERING ?

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

ABOUT:

TELECOMMUNICATION is the technology of sending signals, images and messages over long distances by radio, television, satellites etc. A TELECOMMUNICATION ENGINEERS learns to design and also supervise the manufacturing of equipment. The study of TELECOMMUNICATION involves communication of information across channels using optical fibres, or free space. TELECOMMUNICATION ENGINEERS are responsible for allotting accounting codes for purposes of tax and maintenance.

After successful completion of this course, one becomes competent enough to design, develop, produce and also work in the field as sales, servicing and software engineers.  Major domains of employment of TELECOMMUNICATION ENGINEERS include: mobile phone service providers, Ministry of Communication, radio, television and other information and broadcasting sectors.

CORE SUBJECTS TO STUDY:

• Engineering programming
• Introduction to signals & systems
• Mathematics
• Fundamentals of Physics
• Introduction to circuits & devices
• Digital Hardware
• Multivariate & Vector calculus
• Electronics and Communications
• Engineering Design and Management
• Probability and Random variables
• Power Engineering
• Digital Hardware
• Electronics
• Telecommunication Network

TOP RECRUITERS:

• PSUs
• Indian Railways
• BSF
• CRPF
• BEL
• DRDO

JOB PROFILES:

TELECOMMUNICATION ENGINEERS can find job in areas of information and communication technology. They are mostly employed by communication, and information and broadcasting sectors and  elated organizations. Engineers can work as technical director, field test engineer, customer support engineer, software engineers, researcher, senior sales managers and service engineer.

What is AGRICULTURAL ENGINEERING (AGE) ?

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

ABOUT:
AGRICULTURAL ENGINEERING deals with the science and technology of producing food grains. The discipline applies engineering science and technology to agricultural production and processing. AGRICULTURAL ENGINEERING combines the disciplines of animal biology, plant biology and mechanical, civil, electrical and chemical engineering principles with the knowledge of agriculture principles. The basic areas and activities that constitute the discipline are design of agricultural machinery, equipment and agricultural structures, agricultural resource management, surveying and land profiling, climatology and atmospheric science, soil management and conservation including erosion and erosion control, seeding, tillage. Harvesting and processing of crops, livestock production, and waste management to name a few. In India, this department was initiated by Indian Institute of Technology, IIT Kharagpur in the year 1952 on the recommendation of the Dhar Committee.

CORE SUBJECTS TO STUDY:

• Crop Production Technology
• Soil Science
• Farm implements & Machinery
• Principles of Food Engineering, Irrigation Engineering

TOP RECRUITERS:

AMUL Dairy, ITC, Escorts, Shriram Honda, Nestle India, Proagro Seed, PRADAN, and Frigorifico Allana.

JOB PROFILES:

You will be performing tasks such as planning, supervising and managing irrigation, drainage, water control systems, perform environmental impact assessments and agricultural product processing.You can also work in food processing, food machinery, packaging, ingredient manufacturing, pharmaceutical companies, processing technology, and healthcare firms.

What is MEDICAL ELECTRONICS ENGINEERING ?

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

ABOUT:

MEDICAL ELECTRONICS ENGINEERING is a specialized discipline, which integrates engineering with Biomedical Sciences and Clinical Practice. MEDICAL ELECTRONICS ENGINEERS develop imaging devices such as magnetic resonance imaging (MRI) and procedures that solve medical and health-related problems such as automating insulin injections or controlling body functions. This field seeks to close the gap between engineering and medicine. The discipline is a combination of design and problem solving skills of engineering with medical and biological sciences in order to develop healthcare treatment, which includes diagnosis, monitoring, treatment and therapy. Increasing demand for improved medical devices and systems is promoting research in various fields such as Biomechanics, Medical Imaging, Bio Signal Processing and Biosensors. Career options for medical engineers include working in research labs, hospitals for medical equipment maintenance and developing medical software.

CORE SUBJECTS TO STUDY:

• Biomedical Instrumentation
• Equipments
• Biosignal processes
• Medical Imaging
• Anatomy and Physiology

TOP RECRUITERS:

• Fortis Hospital
• Apollo Hospitals
• Wipro Medical
• BPL
• Larsen & Toubro Ltd.

JOB PROFILES:

Some of the job profiles for medical electronics graduates are as  Clinical Engineer, Biomaterials Engineer, Biomechanics Engineer, Bioinstrumentation Engineer and  Researcher. Medical institutions, hospitals and clinics, R&D centers to name a few, recruit those with requisite qualification in large numbers.

What is AUTOMOBILE ENGINEERING (AU) ?

While walking on the streets, when you come across high-end luxurious cars like Ferrari, Porsche, Range Rover, Jaguar, Lamborghini, BMW, Audi, have you ever in the slightest of your imagination thought – who are the designers or the makers of these grandiose machines? Well, you can also be the designer or developer of these amazing machines. If you have love and passion for such machines, then a career in AUTOMOBILE ENGINEERING can be a possible choice for you.

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

ABOUT:

AUTOMOBILE ENGINEERING is the sub branch of Mechanical Engineering, also known as automotive engineering or vehicle engineering. The automobile industry includes automobiles and auto components sectors.

AUTOMOBILE ENGINEERING course caters to the creation and maintenance of automobiles, right from designing the vehicles to manufacturing components, assembling them, testing them for safety, repairing and maintaining. It also enables the engineers to explore new areas, create new avenues in the fields of R&D and develop their talent in new technologies.

CORE SUBJECTS TO STUDY:

• Transmission Principles
• Engine Electrical systems
• Circuits and Electronics
• Engine Principles
• Power train Systems
• Automotive Design and Manufacturing
• Steering and Suspension
• Fuel and Emission Control Systems
• Fluid Mechanics
• Heat Transfer

CAREER PROSPECTS:

Automobile industry requires huge numbers of engineers to tap the untapped spaces domestically and overseas. The industry has an increased international penetration besides meeting the advancing domestic demands.Since the industrial expansion is phenomenal, automobile 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:

• Designing, development and manufacturing of vehicles
• Preparing blueprint of vehicle and its components
• Using traditional as well as most advanced technologies to engineer vehicles
• Working as maintenance and services engineers in automobile workshops, aircraft industries, aviation, marine vessels, and diesel power stations

TOP COLLEGE FOR THIS COURSE:

JOB PROFILES:

• Automobile Technicians:Thesetechnicians are generally responsible for servicing, repairing and overall maintenance of vehicles.
• Car Mechanics:This segment is full of multiple opportunities as there are several brands, which have made significant presence in India as well as overseas. There are some Indian brands, which have strong presence in other countries as well, for example Jaguar by TATA.
• Bike Mechanics: Many high-end globally recognized brands like Harley Davidson and Triumph are expanding at a brisk pace. They also have a strong grip in the metropolitan cities of India. There is an urgent requirement of automobile engineers in this segment.
• Diesel Mechanics:They are responsible for repairing and maintenance of diesel engines.
• Automobile Designers: These designers are responsible for working onshape, size, etc. of vehicles. Every feature of the car requires an expert designer to design it.
• Executive and Managerial Positions

TOP RECRUITERS:

What is ELECTRICAL & ELECTRONICS ENGINEERING (EEE) ?

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

ABOUT:
ELECTRICAL & ELECTRONICS ENGINEERS learn to generate and transfer information using radio waves. It deals with the design and application of circuitry and equipment for power generation and distribution, machine control, and communications. Students learn to design electronic circuits, computer systems and also develop control systems. Electronics play a key role in the implementation and control of electrical machines. It is the study of electricity, electronics and electromagnetism. The focus of the course remains on designing and testing ICs, inductors, capacitors and resistors. 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.

CORE SUBJECTS TO STUDY:

• Optimization Techniques
• Application of Power Electronics to Power Systems
• Instrumentation
• Advanced Computer Networks
• Object Oriented Software Engineering

TOP RECRUITERS:

• Chief Engineers
• Workshop Manager
• Operations Manager
• Verification Engineer
• Engineering Technologist
• Development and Test Engineers
• Top recruiters – The top recruiters are from the following sectors:
• Manufacturing units
• Manufacturing Plants
• Power Corporations
• Hydro-Electricity sector
• Production plants
• Natural gas plants
• Nuclear power Corporation Limited

What is AERONAUTICAL ENGINEERING (ANE) ?

AERONAUTICAL ENGINEERING is the specialised branch of engineering for the aviation industry. It involves studying, designing, construction and science of the air planes and other spacecraft. This branch uses the science of propulsion and aerodynamics. In order to be a successful Aeronautics engineer, you must be alert, have an eye for detail and a high level of mathematical precision for success.

AERONAUTICAL ENGINEERING is the science or art which is involved with the study, design, and manufacturing of air flight-capable machines, and the techniques of operating aircraft and rockets. Basically, it is the science of operating the aircraft and related technology.

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

ABOUT:

AERONAUTICAL ENGINEERING mainly deals with the technology, business and other aspects related to aircraft. One of the significant parts in AERONAUTICAL ENGINEERING is a branch of physical science called aerodynamics. It deals with motion of air and the way in which it interacts with objects in motion, such as an aircraft.

The development and manufacturing of a flight vehicle is extremely complex, and demands a careful balance and compromise between abilities, design, available technology and costs.

AERONAUTICAL ENGINEERING is a part of Aerospace Engineering. Astronautical Engineering is another branch of the core field, deals with spacecrafts operating outside the atmosphere of Earth.

The AERONAUTICAL ENGINEERS apply scientific and technological principles to research, design, develop, maintain and test the performance of the civil and military aircraft, missiles and weapon systems. The engineers not only work for the aviation industry but also in the Defence sector, i.e. Air Force sector.

The AERONAUTICAL ENGINEERS looks after the research and development of different types of aircraft. They work with the help of Computer Software such as Computer Aided Design (CAD) to develop the aircraft or related avionics.

The aircraft which the engineers develop or work on can either be commercial air planes/airbuses or helicopters or military aircraft. Along with the specialised knowledge of aerospace domain, these engineers also require expertise in Mechanical Engineering, Electronics Engineering and other allied fields.

CORE SUBJECTS TO STUDY:

• Fluid Dynamics
• Materials sciences
• Structural Analysis
• Propulsion
• Automatic Control and Guidance
• Aircraft Performance and Aircraft Structures

CAREER PROSPECTS:

Hindustan Aeronautics Limited (HAL), a premier aerospace company fully owned by Indian government, is among top 100 global aerospace companies. Retaining 38th rank globally, it has become a major name in the Aerospace Industry and is also a key partner for space programmes of ISRO. A notable name in the industry, HAL is also among top 5 aerospace manufacturing companies in terms of profit margin, which is 23%.

According to Confederation of India Industry (CII), India’s Aircraft MRO segment (Maintenance, Repair and Overhaul) is estimated to grow at 10% and reach USD 2.6 billion by 2020.

TOP COLLEGE FOR THIS COURSE:

TOP RECRUITERS:

JOB PROFILES:

• Aerospace Design Checker
• Aircraft Engineers
• Aircraft Production Manager
• Thermal Design Engineer

What is ELECTRONICS & COMMUNICATION ENGINEERING (ECE) ?

The ELECTRONICS & COMMUNICATION ENGINEERING involves the transmission of information across channels such as a coax cable, optical fibre or free space. You can work on designing equipment such as routers, switches, multiplexers and electronic switching systems, copper telephone facilities and fibre optics.

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

ABOUT:

This branch of engineering develops everyday devices such as transistors, integrated circuits and printed circuit boards (PCBs) which can be used in computers, MP3 players, cell phones, television to name a few.

The discipline deals with electronic devices and software interfaces. The applications are far reaching, right from the indoors of the house to industries. The tasks of the ELECTRONICS & COMMUNICATION ENGINEERS are to direct, control and test produce processes a well as to ensure safety, installation and functioning of the various mechanisms.

The discipline integrates knowledge based on digital electronics and logic design, fundamentals of communication engineering, electronic circuits, signals and systems, power electronics, applied electromagnetic theory, integrated circuits, VLSI, control systems and computer architecture.

CORE SUBJECTS TO STUDY:

• Electromagnetics
• Electronics
• Electrical circuits and machines
• Signals and systems
• Digital Signal Processing
• Microprocessors and Embedded systems
• Communication systems
• Optical systems
• VLSI

The subfields covered in the Electronics and Communication Engineering include analog electronics, digital electronics, consumer electronics, embedded systems and power electronics.

CAREER PROSPECTS:

This branch offers plenty of job opportunities for the engineers. They are mostly employed by electronic and communication industry. The other industries which offer placement to the students include IT, consumer electronics, power transmission companies, computer applications, aviation, telecommunication, electronic media and manufacturing companies.

You can work in the consumer electronics, aviation and avionics, manufacturing, electricity generation and distribution, communications, transportation, telecommunications, radio and television, computer applications, hospital diagnostic equipment and offshore industries.

This branch is combined with other branches like civil, structural and electrical engineering, One of the basic work that are involved by the engineers include research and development of satellite, design, cable systems, radio waves, mobile phones, internet, etc.

The engineers also work on cross functional engineering branch projects to utilize the facets of electronics and communication engineering. The basic tasks of the ECE engineers include developing new systems, circuits and devices or develop existing technology.

They also work on improving the functionality and technology of communication devices and servers. Setting up networks and equipments and maintain the systems are also among their job profile.

TOP COLLEGE FOR THIS COURSE:

TOP RECRUITERS:

JOB PROFILES:

• Electronics Engineer
• Electronics Design Engineer
• Telecommunications Engineering Specialist
• Electronics Test Engineer
• Electromechanical Engineering Technologist

What is ELECTRONICS ENGINEERING ?

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

ABOUT:

ELECTRONICS ENGINEERING equips students with designing, analysis and manufacturing of electronic devices (including wireless devices), integrated circuits and so on. This discipline has non-linear and active electronic components such as electron tubes, and semiconductor devices, especially transistors, diodes and integrated circuits, are utilized to design electronic circuits, devices and systems, typically also including passive electrical components and based on printed circuit boards. Being one of the fastest growing fields of engineering, there is a lot of scope for innovation and at the same time scope of employment too in this field. Electronics plays a significant role in increasing the efficiency level of productivity in major industries including energy, agriculture, petroleum, chemical and lot of other industries. Even health care industry uses electronic instruments to perform various tests. ELECTRONICS ENGINEERING is also involved in transport, factory and domestic sectors. The electronics engineer’s task is to process information using electricity.

CORE SUBJECTS TO STUDY:

• Network Theory
• Microprocessor and Peripherals
• Analog Communication
• Digital IC Applications
• VLSI Technology & Processes
• Telecommunication Switching Systems & Networks
• Artifical Intelligence, Industrial Automation
• Radar Systems

TOP RECRUITERS:

ELECTRONICS ENGINEERS have good scope of employment in both central and state government as well as private organisations including telephone industries, civil aviation department, laboratories and so on. Some of the top companies include:

• BSNL
• DRDO
• Reliance Power
• Birla Group
• Wipro
• TCS

JOB PROFILES:

• Chief Engineers
• Workshop Manager
• Operations Manager
• Verification Engineer
• Engineering Technologist
• Development and Test Engineers