About Civil Engineering
Civil Engineering is a devision of Engineering which is concern with the building, designing, planning and maintenance of material and naturally build surroundings. It is one of the oldest engineering subject and the largest field of engineering. This field mainly comprises of Industrial Plant Buildings, Transmission Towers/Lines, Water Works, River Navigation, Airport Runways, Irrigation Canal, Power Plant, Dams, Bridges, Canal, Highways.
Career
Civil Engineers are employed in all major construction project carried out by the government, particularly those involving the public works department, airports, ports, harbours, water and seaways boards, railways, military, engineering service, consultancy services etc.
Job Prospects
Civil Engineers are in great demand to uphold and repair current facilities and structures and to construct new buildings. There are lot of career opportunities in this field.
Remuneration
Civil Engineering is one of the highly rewarding field those employed in government departments get their initial income around Rs. 8000/- to Rs. 12000/- while superior can earn about Rs. 20000/-. Consultancy in this field is also highly remunerative depending upon nature and number of clients.
Course Structure
About Construction Engineering
Career
CONSTRUCTION ENGINEERS USUALLY FOCUS ON A CERTAIN TYPE OF CONSTRUCTION PROJECT. WITH A MAJOR IN CONSTRUCTION ENGINEERING, YOU’LL BE PREPARED FOR WORK IN ANY OF THE FOLLOWING TYPES OF PROJECTS.
BUILDING: THESE CONSTRUCTION ENGINEERS USUALLY FOCUS ON COMMERCIAL BUILDING CONSTRUCTION—HOUSES OR BUSINESS BUILDINGS.
HEAVY/HIGHWAY: THESE CONSTRUCTION ENGINEERS MANAGE HIGHWAY, BRIDGE, AIRPORT, WATER AND WASTEWATER TREATMENT PLANT PROJECTS. THE WORK CAN BE IN REMOTE LOCATIONS. MUCH OF THE WORK IS EXCAVATION AND UNDERGROUND WORK SO THE CURRICULUM EMPHASIZES GEOLOGY AND SOIL MECHANICS.
MECHANICAL: YOU CAN MANAGE THE INSTALLATION OF HEATING, VENTILATION, AIR CONDITIONING, AND PLUMBING SYSTEMS. MANY OF THE MECHANICAL PROJECTS ON BUILDINGS ARE CONSTRUCTION PROJECTS IN THEIR OWN RIGHT. MECHANICAL CONTRACTORS OFTEN DO THEIR OWN DESIGN ON SMALLER PROJECTS.
ELECTRICAL: ELECTRICAL CONSTRUCTION ENGINEERS MANAGE THE CONSTRUCTION OF ELECTRICAL SYSTEMS. YOU’LL TAKE THE SAME CIRCUITS COURSES AS ELECTRICAL ENGINEERS BUT ALSO LEARN ABOUT THE CONSTRUCTION SIDE OF THE BUSINESS.
Job Prospects
construction engineers are key cogs to successfully completing a construction project. The projects that they work on might include designing a drainage and sewage system, constructing a building or developing railroads or roadways. Construction engineers often focus on a specific type of construction project. Some of these specialties are:
Building - commercial housing or business building
Electrical - electrical systems
Mechanical - plumbing, heating or air conditioning
Highway or Heavy - bridges, airports, highways or water waste
Remuneration
A Civil Engineer earns an average salary of Rs 352,763 per year. Experience strongly influences pay for this job. The highest paying skills associated with this job are Project, Project Management, and Engineering Design. Most people with this job move on to other positions after 20 years in this field.
About Structural Engineering
If we think of a structure as a human body, then structural engineers design and maintain the skeleton. They are the guardians of public safety, ensuring that buildings and bridges are strong enough to withstand all kinds of stresses and strains.
They are a key part of the design and construction team, working alongside architects to create and maintain all kinds of structure - from houses and skyscrapers to sports stadia and oil rigs.
They are creative, trustworthy problem solvers who shape all aspects of our built environment, developing innovative solutions to allow construction in the most challenging environments.
Members of The Institution of Structural Engineers are highly-trained professionals. Each has passed one of the most demanding examinations of its kind and is required to continually develop his or her skill-set, maintaining a justified reputation as a world-class engineering specialist.
Career
As a structural engineer you’ll work closely with clients, architects, contractors and other engineering professionals.
On an engineering project, you could:
develop engineering plans using computer aided design (CAD) software
investigate the properties of building materials like glass, steel and concrete, and advise on which is best for the job
work out the loads and stresses on different parts of a building like the foundations, beams, arches and walls
use computer models to predict how structures will react under different weather conditions
work out ways to improve the building or structure's energy efficiency
inspect unsafe buildings and recommend options for repairs or demolition
make sure projects meet legal guidelines, environmental rules, and health and safety requirements
prepare bids for contract tenders
supervise project teams
give progress reports to clients and senior managers
Depending on your area of expertise, you may be involved in forensic engineering, working out why and how buildings have collapsed, for instance after a natural disaster like an earthquake
Job Prospects
Structural engineers help to design and build everything from hospitals and sports stadiums through to bridges and oil rigs. They also work on improvements to existing buildings, for example, adding extra structural safety features.
To do this job you’ll need to have skills in maths and science and be good at solving problems. If you’re interested in the design and structure of buildings and have a lot of creative ideas, then this could be the ideal career for you.
To get into this career, you'll normally need to complete a degree or postgraduate qualification in engineering or construction.
Remuneration
The average salary for a Structural Engineer is Rs 518,236 per year. Experience has a moderate effect on pay for this job. The skills that increase pay for this job the most are Autocad 2000i, SAP2000, and Engineering Design. People in this job generally don't have more than 10 years' experience.
Course Structure
About Ceramic Engineering
Ceramic engineering combines principles of chemistry, physics and engineering. Fiber-optic devices, microprocessors and solar panels are some examples of ceramic sciences applied to everyday life. Scope Ceramic Engineering as a Career option The use of ceramic material is on the rise as it a low-cost and efficient material. Ceramic engineering is needed right from the production of ceramic teeth, bones, and other fiber optic cables used for surgery to ceramic superconductors, lasers, etc. As the applications of Ceramic material is expanded tremendously due to the recent advances in the field of medicine which include bio-ceramics and other, ceramic engineering is a booming field.
Career
A graduate in ceramic engineering can find numerous job opportunities in various domains like medicine, mining, aerospace, food and chemical industry, electronics, refinery, Industrial & Transmission Electricity and Guided Light Wave Transmission. Other domains where a ceramic engineer can find job opportunities are:
Engine components manufacturing units
Design firms
Ceramic ware manufacturing units
Construction services
Research and testing firms
Table ware Industry
Sanitary ware Industry
Glass bulbs factory
Cutting tools Industry
Enamels factories
Kitchen ware Industry
Decorative ware Industry
Job Prospects
Ceramic engineer can find job in various production industries of hospitals, research laboratories. Some of the job profiles of a ceramic engineer are: Ceramic Technologist Ceramic Designer Production Worker Technician Construction Manager Researcher Marketing Executive Professor
Remuneration
The pay scale of ceramic engineers is different with the educational qualification, job profile, work experience and the location where they work.
Ceramic Engineers can expect a promising career. You can expect a salary of Rs 25000 plus incentives as a fresher in India. Your salary depends on the position you hold in the organization. As a lecturer or as a consultant with any big public & private organization your salary can increase multiple times.
Course Structure
Section A
Subject Code
Subject Name
Download
AMCT01
Transform Techniques and Partial Differential Equations
AMCT02
Instrumental Methods of Analysis
AMCT03
Material Science
AMCT04
Properties of Ceramics
AMCT05
Unit Operations
AMCT06
Basic Mechanical Engineering
AMCT07
Probability and Statistics
AMCT08
Environmental Science and Engineering
AMCT09
Ceramic Raw Materials
Section B
Subject Code
Subject Name
Download
AMCT10
Processing of Ceramic Raw Materials
AMCT11
Testing Methods of Ceramics
AMCT12
Traditional Ceramics
AMCT13
Ceramic Fabrication Processes
AMCT14
Glass Engineering I
AMCT15
Glaze Technology
AMCT16
Refractories I
AMCT17
Glass Engineering II
AMCT18
Refractories II
AMCT19
Process Economics and Industrial Management
AMCT20
Engineering Ethics and Human Values
AMCT21
Advanced Ceramic Processing
AMCT22
Advanced Structural Ceramic Materials
AMCT23
Electronic Ceramics
AMCT24
Calculations in Ceramics
AMCT25
Cement and Concrete
AMCT26
Fuels and Energy Engineering
AMCT27
Materials Management
AMCT=PROJECT
PROJECT WORK
Material Engineering
Material Engineering
About Material Engineering
Materials engineers are responsible for the research, specification, design and development of materials to advance technologies and products of many kinds.
Their expertise lies in understanding the properties and behaviors of different substances, from raw materials to finished products. The field is also referred to as materials science or materials technology.
Career
Career prospects are generally good within this branch of engineering. Due to there being so many different specialist areas and such rapid technological change in the field, there is a consistent demand for materials engineers.
Once you have built up experience, it is possible to move into general management roles (within laboratories or in the wider organisation) or to develop a technical specialist area.
Progression to management will depend on the size and scope of the employing company; for example, a small but highly specialist biomedical laboratory cannot offer the management career potential available within a global oil and gas company.
You are likely to play a significant role in finding more energy-efficient and less polluting and waste-generating, products and processes. This particular aspect of the role may further increase promotion prospects within many organisations.
You can focus your career in a particular direction depending on your interests. For example, you could decide to be based in the laboratory working on research and development, or you may want to concentrate on the production and processing side.
With significant experience you could set up your own consultancy or small specialist practice, or you could find work as a contractor for various different organisations and projects.
Job Prospects
Exact tasks vary according to the industry, the specific material you work with and the size of the organisation you work for, but there are a number of activities common to most posts. These include:
selecting the best combination of materials for specific purposes;
testing materials to assess how resistant they are to heat, corrosion or chemical attack;
analyzing data using computer modelling software;
assessing materials for specific qualities (such as electrical conductivity, durability, renewability);
developing prototypes;
considering the implications for waste and other environmental pollution issues of any product or process;
advising on the adaptability of a plant to new processes and materials;
working to solve problems arising during the manufacturing process or with the finished product, such as those caused by daily wear and tear or a change of environment;
supervising quality control throughout the construction and production process;
monitoring plant conditions and material reactions during use;
helping to ensure that products comply with national and international legal and quality standards;
advising on inspection, maintenance and repair procedures;
liaising with colleagues in manufacturing, technical and scientific support, purchasing and marketing;
supervising the work of materials engineering technicians and other staff;
considering the costs implications of materials used and alternatives, in terms of both time and money;
taking account of energy usage in manufacturing and in-service energy saving, e.g. in transport and construction applications.
At senior level, the work is likely to involve more innovative research or greater management responsibility. The latter will call for a range of additional skills that are not necessarily part of the routine work of a materials engineer.
Remuneration
Salary levels may be influenced by the exact area in which you work and are often higher in what are considered to be 'leading edge' technologies, such as telecommunications and biomedical engineering.
Income figures are intended as a guide only.
Course Structure
Section A
Subject Code
Subject Name
Download
AMMR-01
MATHEMATICS - III
AMMR-02
ENGINEERING MECHANICS
AMMR-03
STRENGTH OF MATERIALS
AMMR-04
THERMODYNAMICS AND KINEMATICS OF MATERIAL
AMMR-05
NATURE AND PROPERTIES OF MATERIAL
AMMR-06
INDUSTRIAL ECONOMICS
AMMR-07
PHASE EQUILIBRIA IN MATERIALS
AMMR-08
MECHANICAL BEHAVIOUR OF MATERIALS
AMMR-09
MATERIALS CHARACTERIZATION -I
Section B
Subject Code
Subject Name
Download
AMMR-10
IRON AND STEEL MAKING
AMMR-11
FUNDAMENTALS OF MATERIALS PROCESSING
AMMR-12
MANUFACTURING PROCESSES SELECTION AND DESIGN
AMMR-13
ELECTRONIC AND OPTICAL MATERIALS
AMMR-14
PHASE TRANSFORMATION IN METALS
AMMR-15
HEAT TREATMENT OF METALS
AMMR-16
PRINCIPLES OF METAL EXTRACTION AND REFINING
AMMR-17
PRINCIPLES OF POWDER PROCESSING
AMMR-18
DIFFUSION IN SOLIDS
AMMR-19
CORROSION AND DEGRADATION OF MATERIALS
AMMR-20
MATERIALS CHARACTERIZATION - II
AMMR-21
INDUSTRIAL MANAGEMENT
AMMR-22
COMPOSITE MATERIALS
AMMR-23
FUEL, REFRACTORIES and FURNACE
AMMR-24
ELECTRONIC MATERIALS FOR INDUSTRY
AMMR-25
HEAT AND MASS TRANSFER
AMMR-26
COMPUTING METHODS IN MATERIAL ENINEERING
AMMR-27
ELECTROMECHANICAL TECHNOLOGY IN MATERIAL PROCESSING
Enviromental Engineering
Enviromental Engineering
About Environmental Engineering
Environmental engineering is the branch of engineering that focuses on protecting the environment by reducing waste and pollution. The field is also dedicated to improving environmental conditions through remediation. It deals with the design of technologies and processes that control pollution releases and clean up existing contamination.
Environmental engineers design, plan, and implement measures to prevent, control, or remediate environmental hazards. They may work on waste treatment, wastewater treatment, site remediation, or pollution control technology.
Our environmental laws would mean little without professionals like these who know how to implement them at the facility level. These valuable professionals help control pollution, and design new technologies to engineer a better world.
Career
Environmental engineers use their scientific knowledge to design systems that control pollution and protect public health. For example, they design systems, processes, and equipment to control waste and pollution, such as stack scrubbers and wastewater management systems. This includes industrial wastewater. Environmental engineers coordinate waste management and recycling activities at manufacturing sites and mines. They make sure it's treated and disposed of in accordance with all environmental and health regulations. In fact, they're often appointed to ensure that all of their companies' projects, including building and development projects, are compliant with regulations. They advise on the environmental effects of construction projects, fill out permit paperwork, incorporate regulations into project planning, and conduct inspections to ensure compliance. They write environmental investigation reports detailing their findings. Environmental engineers also frequently serve as a company's liaison with federal, state, or local agencies on issues related to waste program requirements.
In addition to controlling pollution, environmental engineers also design systems, processes, and equipment to help clean it up. The systems they create restore air, soil, and water quality at sites that have already been contaminated. Some environmental engineers work at the front lines of the clean energy economy, developing systems that convert waste into electric power.
Environmental engineers are often tasked with coordinating their companies' environmental management system (EMS). An EMS is a voluntary management technique that ensures systematic implementation and review of customized environmental and safety best practices. EMS following the international standard ISO 14001 are particularly beneficial to the credibility of companies involved in international activities.
Job Prospects
Environmental engineers integrate environmental science and engineering principles in order to improve and manage the natural environment. As our world population grows, environmental engineers strive to ensure that we all have a good quality of live while also accessing healthy water, air, and land for humans and other organisms. While jobs do vary from place to place, the standard scope of responsibility for an environmental engineer job looks like:
Assess industrial, commercial and residential sites for their environmental impact
Calibrating equipment used for air, water, or soil sampling
Design systems for waste management, reclamation, transfer and disposal on land, sea, and air
Advocate best remediative procedures for site clean-up and contamination
Advise policymakers and companies on relevant issues
Evaluate the current system performance and incorporate innovations or develop new technologies to enhance environmental protection
Collecting field samples and observations for data and observations
Investigating environmentally related complaints, recording data and compiling a report based on these
Establish waste-treatment and pollution-control plans
Design sampling guidelines for manufacturing and industrial stakeholders
Ensure that stakeholders are in regulatory compliance for waste management and disposal
Collect, construct and evaluate environmental impact statements
A senior environmental engineer has a breadth of experience that assures competent in a team-lead position. Many of the additional tasks at the upper tier may be administrative or managerial in scope, such as:
Creating reports, data meta-analysis and thought leadership
Communicating with a variety of technical and non-technical stakeholders
Navigating environmental regulations and funding sources
Liaising with interdisciplinary teams for an holistic solution to environmental engineering problems
Remuneration
An Environmental Engineer earns an average salary of Rs 409,645 per year. Most people with this job move on to other positions after 10 years in this career. A skill in Engineering Design is associated with high pay for this job.
Course Structure
About Architecture Engineering
Architecture Engineering is a devision of Engineering which is concern with the building, designing, planning and maintenance of material and naturally build surroundings. It is one of the oldest engineering subject and the largest field of engineering. This field mainly comprises of Industrial Plant Buildings, Transmission Towers/Lines, Water Works, River Navigation, Airport Runways, Irrigation Canal, Power Plant, Dams, Bridges, Canal, Highways.
Career
Civil Engineers are employed in all major construction project carried out by the government, particularly those involving the public works department, airports, ports, harbours, water and seaways boards, railways, military, engineering service, consultancy services etc.
Job Prospects
Civil Engineers are in great demand to uphold and repair current facilities and structures and to construct new buildings. There are lot of career opportunities in this field.
Remuneration
Civil Engineering is one of the highly rewarding field those employed in government departments get their initial income around Rs. 8000/- to Rs. 12000/- while superior can earn about Rs. 20000/-. Consultancy in this field is also highly remunerative depending upon nature and number of clients.
Course Structure
About Surveying Engineering
Surveying supports all construction activity and infrastructure engineering in urban and rural environments, as well as mapping and monitoring the natural environment. The services of professional surveyors include; defining land boundaries, engineering and mining surveying, offshore surveys, digital mapping, precise positioning and property development. Registered surveyors are the only professionals who can redefine land boundaries.
Career
Survey Engineers are employed in all major construction project carried out by the government, particularly those involving the public works department, airports, ports, harbours, water and seaways boards, railways, military, engineering service, consultancy services etc.
Job Prospects
Surveying is a perfect combination of indoors and outdoors. You will learn how to use a range of hi-tech tools such as GPSs, laser scanners, mapping drones and surveying robots to create high definition 3D models of the built and natural environment. You will also learn how to apply maths and powerful software to deliver products for a range of applications. To get you work ready, you'll apply these skills through 60-days of approved industry training.
Remuneration
Survey Engineering is one of the highly rewarding field those employed in government departments get their initial income around Rs. 8000/- to Rs. 12000/- while superior can earn about Rs. 20000/-. Consultancy in this field is also highly remunerative depending upon nature and number of clients
Course Structure
About Interior Design Engineering
Interior design is a discipline which teams with architecture, engineering, construction, art, and other trades to create interior spaces that are both beautiful and efficient. The profession is qualified by education, experience and examination to plan space, implement building codes, specify and design lighting, position electrical and mechanical systems, assemble computer generated drawings and graphics, choose materials, and select finishes and furniture for both commercial and residential structures.
Career
As Interior Design is a modern and evolving field, graduates are in high demand and capable of entering the workforce in any number of professions, including:
Space Planner
Kitchen & Bath Designer
Lighting Designer
Exhibition Designer
Healthcare Designer
Green Designer
CAD/BIM Specialist
Project Manager
Manufacturer’s Representative
Residential Designer
Commercial Designer
Facility Planner
Job Prospects
This particular field would be attractive to those interested in enhancing the function and characteristics of building interiors for the purpose of improving quality of life, increasing productivity, and protecting the health, safety and welfare of the public.
Remuneration
The median annual wage for interior designers was $48,400 in May 2014. The median wage is the wage at which half the workers in an occupation earned more than that amount and half earned less. The lowest 10 percent earned less than $27,170, and the highest 10 percent earned more than $89,700.
Course Structure
About Town Engineering
Town Engineering is a devision of Engineering which is concern with the building, designing, planning and maintenance of material and naturally build surroundings. It is one of the oldest engineering subject and the largest field of engineering. This field mainly comprises of Industrial Plant Buildings, Transmission Towers/Lines, Water Works, River Navigation, Airport Runways, Irrigation Canal, Power Plant, Dams, Bridges, Canal, Highways.
Career
Town Engineers are employed in all major construction project carried out by the government, particularly those involving the public works department, airports, ports, harbours, water and seaways boards, railways, military, engineering service, consultancy services etc.
Job Prospects
Town Engineers are in great demand to uphold and repair current facilities and structures and to construct new buildings. There are lot of career opportunities in this field.
Remuneration
Town Engineering is one of the highly rewarding field those employed in government departments get their initial income around Rs. 8000/- to Rs. 12000/- while superior can earn about Rs. 20000/-. Consultancy in this field is also highly remunerative depending upon nature and number of clients.
Course Structure
About Sound Engineering
Sound Engineering is a mix of Technical and creative education in Sound and Music. Here we train the students not only to understand the technicalities of Sound but also help their creative abilities to make music professionally! Every student here is duly trained to handle the intricacies of sound recording, editing and mixing. The creative talent of the students is honed and sharpened to make them face the world of audio engineering hands on and with full expertise.
Career
Jobs for sound engineers are expected to increase by 9% over the next decade or so. This means that approximately 10,600 new jobs will be created in this field. New sound engineering jobs will be created as television and radio stations, recording studios, schools and music venues replace old audio equipment with the latest technology. New equipment often requires training to ensure it is being used properly and employers may seek to hire new engineers to fill this demand.
Job Prospects
Set up, maintain, operate and repair audio recording/broadcast equipmentChoose appropriate audio equipment to use for various situationsCoordinate with directors, editors, video operators and other sound engineersStay informed of new developments in sound engineeringPlan and schedule work in an efficient and effective manner
Remuneration
Set up, maintain, operate and repair audio recording/broadcast equipmentChoose appropriate audio equipment to use for various situationsCoordinate with directors, editors, video operators and other sound engineersStay informed of new developments in sound engineeringPlan and schedule work in an efficient and effective manner
Course Structure
About Building Technology Engineering
Building Technology offers students the opportunity to explore critical topics for the future of the built environment and natural resources. Our program explores ways to use design and technology to create buildings that contribute to a more humane and environmentally responsible built world. Strategies employed toward these ends include integrated architectural design strategies, resource accounting through material flow analysis and life cycle assessment, building and urban energy modeling and simulation, human comfort analysis, control design and engineering, and other technologically-informed design methods.
Career
Graduates of the Building Construction program may go into business for themselves or may seek employment in the construction industry for rough and finish carpentry in new construction and remodeling, cabinetmaking, estimating, and building maintenance. Graduates of the Construction Management program may pursue entry-level management and supervisory positions in residential and commercial construction.
Job Prospects
Depending on which certificate option is chosen, graduates of the program will be expected to employ a combination of skills on the job; the fundamental skills include mathematics, writing, and communication skills, as well as teamwork.
Remuneration Duties and tasks
Assist in establishing and maintaining a preventative maintenance program
Contribute to tender preparations
Determine project costs and the approximate time it will take to complete
Liaise and negotiate with sub-contractors and other construction/building workers
Maintain up-to-date records of work orders, project progress and any modifications to the job specifications
Organise the supply of appropriate materials and equipment
Provide technical support to a range of professionals such as Builders, Engineers and Construction Managers
Read and follow blue prints and building plans to determine specific job requirements
Understand and follow codes of practice and building regulations
About Ship Building Engineering
Career
Job Prospects
Remuneration Course Structure
Section ASection B
Project Work
Mechanical Engineering
Mechanical Engineering
About Mechanical Engineering
Mechanical engineering is one of the main engineering disciplines that include the application of laws of physics for designing, analyzing and manufacturing of mechanical systems. Mechanical engineers design and assemble engines and power plants, structures and vehicles of all sizes. Mechanical engineers must have a solid understanding of base concepts such as mechanics, kinematics, fluid mechanics and energy. Mechanical engineers utilize the core principles in the field to design and examine motor vehicles, watercraft, aircraft, heating and cooling systems, robotics, industrial equipment and machinery, medical devices and more. Mechanical engineering offers a solid base for professional engineering practice, and further study in mechanical engineering or many other related fields.
Career
Mechanical engineers typically do the following:
Analyze problems to see how mechanical and thermal devices might help solve a particular problem
Design or redesign mechanical and thermal devices or subsystems, using analysis and computer-aided design
Develop and test prototypes of devices they design
Analyze the test results and change the design or system as needed
Oversee the manufacturing process for the device
Job Prospects
Mechanical engineering is one of the top most career choices made by students in India. There are a lots of career opportunities in this field for young aspirants. Graduates from this field are mainly employed in manufacturing firms. Mechanical engineers can seek employment in private or public sector industries of various types. They can also find job in government departments such as CPWD, defense, PWD, posts and telegraphs. Other sectors such as electronics, chemical, power plants, steel plants, agricultural, space research institutes, automobile and aeronautical as well as the railways, need mechanical engineers to design and maintain their machinery.
Candidates with postgraduate degree or with additional management degree can find work in executive and managerial positions. In agricultural division, mechanical engineers play a major role by establishing service centers for maintenance of pump sets, tractors, electric motors, oil engines and other agricultural equipments. Candidates who are interested in research activities can work with many public/private sectors research organizations. Professionals in this career can also opt for teaching jobs in universities and colleges. Postgraduate students with experience can also seek employment in abroad countries.
Remuneration
Engineers working in government departments can earn around Rs. 8,000 to Rs. 15,000 every month at beginner level while at superior level it might go up to more than Rs 20,000 every month. Professors and lecturers of technical colleges are getting as fixed by UGC. In private companies where mechanical engineers are generally sought, their salaries are fairly high ranging from Rs. 30,000 to Rs. 60,000 depending upon qualification and experience. Consultancy job in mechanical engineering is also a highly lucrative career path. Consultants are earning handsome salary depending upon number and nature of clients they have.
