Find the latest information and updates in the engineering education and industry at D Y Patil College of Engineering,Akurdi, Pune, one of the best Engineering Colleges in Pimpri Chinchwad (PCMC), Pune.
How to Choose the Best Engineering College in India After 12th?
What makes engineering the most popular programs for HSC students?
Engineering applies the nuances of science, technology, and creativity to contribute to various economic sectors. It is one of the most popular career choices of students in India with a mass appeal. The 90s era saw a boom in this field where a majority of students opted for Engineering. The popularity of the field is a result of its extensive career scope and interdisciplinary nature.
Aspiring engineering students have an added responsibility of selecting an appropriate college. The process can be quite a task for students and their parents, especially when there’s an ocean of engineering colleges out there. To simplify this process, we have listed some important steps in this blog to follow while making an informed decision.
Steps to Choose the Best Engineering College in India
The hunt for a perfect engineering college begins immediately after the announcement of the 12th board results. Students are met with a crucial decision of selecting an appropriate college that will help them become adept engineers. The current competitive market demands advanced technical knowledge along with domain-specific expertise from engineers. To achieve this, it’s vital to not sway away with the grand outer appearance or brand of the institution and focus on its potential.
Here are top 8 Tips to Select the Best Engineering College in India After 12th:
1.Finalizing your area of interest
The decision of seeking an engineering career brings along numerous fields to choose from. Researching them well and finding out your area of interest is imperative. This extends to finding out the potential and relevance of your field in the global market. Students should also align their passion with their careers while making a decision.
2.Researching and categorizing colleges
Students tend to be swayed away by peer pressure or advice from elders while choosing a college. Very often they forget to gather all the information about the college with all its aspects. This can be quite damaging to one’s career. To avoid making such mistakes, students must categorize the colleges that offer their preferred course after considering a list of criteria.
3.List of criteria
Here are some basic criteria which can be used while researching various engineering colleges and finding an appropriate one.
• Programs offered
While selecting an engineering college make sure to check all the programs that it offers in your preferred field. Thinking about your long-term goals is also essential. If you are planning to pursue higher education, make sure to check for it in the programs offered by the said college. This will ensure a smooth transition into your further studies.
• College location
Students often apply to colleges that are away from their hometown. In some cases, the college can be in the same city but quite far from their residence. College and its proximity to your residence must also be included in your search along with surrounding areas of the college and its atmosphere.
Colleges can be government-aided or private. The fee structure varies according to this distinction, amongst other factors. Hence, it is important to be well informed about it in advance.
A college education demands expenses other than the actual course fee. Students need funding for the course material, hostel expenses, food, etc. Checking if the expenses coincide with your financial background can be helpful.
• Campus resources
An all-rounder college is the one that provides not just excellent education but also some world-class facilities along with it. This includes laboratories, libraries, computer access, sports facilities, etc. These add up to the holistic development of the student and hence, are important.
• Placement and internships
Getting placed in good companies is one of the primary concerns of students. Hence, researching the placement and internship facilities of a college beforehand is advisable. The institution-industrial interface must also be checked in order to make a well-informed decision.
• Faculty members
An experienced faculty is capable of pushing students to reach their optimum potential and achieve success in their respective fields. They shape the entire career of a student with their knowledge and expertise and hence, play a vital role in the education process.
• Class size
A crowded place of education can cause inconvenience in the learning progression. Knowing the student-faculty ratio can ensure the personal attention of the faculty to individual students.
• Extra-curricular activities
Extracurricular activities augment the student’s learning experience. Activities like sports, dance, music, college festivals, talent competitions, etc. can be refreshing after studies.
4.Prioritizing your preferences
The criteria mentioned above facilitate categorizing the list of your potential colleges. The step that follows is prioritizing your preferences based on these criteria. The importance that each factor carries is subjective. Students should decide the factors that are absolutely non-negotiable for them followed by the factors of lesser importance. This helps in getting a perspective about which colleges match your criteria to the T.
Admissions are often accompanied by entrance exams that are conducted by various Engineering Institutions. Clearing these exams along with group discussion and personal interviews will pave your way into most of the engineering colleges. Once colleges are shortlisted, students need to research the entrance exams that are conducted by these individual colleges. They must start preparing for these exams well in advance to avoid missing out on getting admission to their preferred college.
6.Scholarships and financial aids
Engineering falls under the costlier fields of education. But fortunately, many colleges offer grants and scholarships to facilitate the education of students who need it. In India, scholarships and financial aids are provided to students with merit along with students who fall below the poverty line or belong to a special category. Students need to check their eligibility for any scholarship or financial aid well in advance. Keep all the necessary documents that are required to avail these benefits. It’s important to find detailed information on this and choose a college accordingly.
7.Quality over everything
A lot of students commit the mistake of choosing a college merely based on its brand or its popularity. While doing so they sideline many important aspects of the college that might not cater to their needs. In this case, prioritizing a preferred stream over the college brand is essential. It’s important to check if the college has the potential of converting their promises to actual facilities that enhance the learning experience.
8.Fulfilling all the college requirements
After tracing your way through all the points mentioned above, the final step includes finding the admission procedure, eligibility criteria and other guidelines to shortlist the college. Make sure to be meticulous in finding the details and fulfilling these requirements well in advance.
Any Engineering field can be extremely rewarding with numerous career advancement opportunities to choose from. Its interdisciplinary nature widens the career scope in the global market. An engineering degree can ensure jobs in both the public and the private sectors. Colleges play a massive role in creating professional engineers for the global market. Hence, it requires thorough research and careful planning.
Build your engineering career with D. Y. PATIL COLLEGE OF ENGINEERING, Akurdi. Dr. D. Y. Patil Prathishthan's, D.Y. Patil College of Engineering, Akurdi, offers various full-time graduation and post-graduation Engineering programs with diverse specializations. These programs are approved by AICTE, New Delhi, and are affiliated to Savitribai Phule Pune University. The college believes in providing the best learning experience to students with robust industrial exposure, excellent placement facilities, advanced laboratories, digital libraries, classrooms equipped with modern facilities, and much more. With a distinguished faculty and a dual approach of theoretical knowledge and practical training, these programs create adept Engineers that are industry-ready.
You can explore our website https://www.dypcoeakurdi.ac.in/ to know more about these programs along with courses offered, admission process, fee structure, etc. You can also fill up a form there to get all the additional details. Make the right choice for your successful career! Register now!
Title: How to Choose the Best Engineering College in India After 12th?
Meta Description: Explore top 8 Tips to choose the Best Engineering College in India after Class 12th that you need to consider before selecting top engineering institutes.
Jobs & Career Opportunities After Mechanical Engineering
Mechanical Engineering Career, an ocean of opportunities
Today’s rapidly progressing world is governed by machines. Everything that we do involves some kind of mechanics in one form or another. And the person responsible for designing, producing, maintaining and repairing these machines is a mechanical engineer. The job of a mechanical engineer is to apply the principles of motion, energy, and force in designing objects and mechanical systems while ensuring that they are cost-effective and function safely, efficiently, and reliably. it is about bringing ideas of building complex machinery into reality through an amalgamation of creativity, knowledge and analytical tools. This is one of the most diverse fields of engineering and often merges into various other disciplines. This has led to enriching human lives in many ways.
Without mechanical engineering, we would not have a lot of things that we use every day. Even the complex industrial machinery wouldn’t be available without it. Mechanical engineering is very much in demand in the global market due to its presence right from the simplest of everyday used machines to highly complex industrial machinery! It is instrumental in bringing technology to the modern world through machines. So, it can be rightly said that without mechanical engineers, the world would be at a standstill. The machines wouldn’t be there and the existing ones wouldn’t function efficiently. And all this would result in affecting almost all the other fields as well. Due to all these factors, the job of a mechanical engineer is very much in demand today.
Let’s look at some of the benefits of seeking a mechanical engineering career: -
• Good job prospects
• Great starting salary
• Mechanical engineers are multi skilled
• Global opportunities
• Diverse curriculum
Read on to know more about the job opportunities that you may get after mechanical engineering!
Top 10 Jobs & Career Opportunities After Mechanical engineering
As discussed earlier, mechanical engineering is one of the broadest and diverse engineering fields, with excellent job prospects and a myriad of opportunities. Mechanical engineers can find jobs in major industries like Automobiles, Space Research, Aeronautical, Energy and Utilities, Air Conditioning, Bio-Mechanical, air conditioning and refrigeration industry, turbine manufacturing plants, oil and gas exploration and refining industries and the agricultural sector. Mechanical engineers are also employed in government sector for various government run projects.
Following is a broad classification of the job profile of mechanical engineers based on their functions: -
• Design: They are responsible for designing machines and their systems using engineering skills and technical knowledge
• Production: Once the design is ready, the next step is the implementation of that design. Here too a mechanical engineer is needed as he will use his expertise in turning the idea into a functioning machine.
• Analysis and testing: The machine that is prepared needs to be tested before sending it to the market. A mechanical engineer analyses and tests the machine to ensure that it is efficient and in a working condition.
• Installation: If the machine passes through all the tests, the installation of this machine along with its mechanical parts is also the responsibility of a mechanical engineer.
• Maintenance: After the successful installation of these machines, they have to keep a check on its maintenance and smooth functioning.
Hence, a mechanical engineer is involved in each phase that a machine goes through, right from its inception to its functioning and maintenance. This makes their job extremely vital to the society.
Let us now take a look at top 10 jobs & career opportunities after Mechanical engineering: -
1. Heating, ventilation and air conditioning engineer
Heating, ventilation and air conditioning engineering is a mechanical service field that is concerned with the production, installation, repair and maintenance of heating and cooling systems. This includes air conditioners, heaters, geysers that we use at home along with large industrial heating and cooling systems. HVAC engineers are responsible for the air quality and the temperature in the atmosphere where these heating and cooling systems are used. This job has diverse scope ranging from residential areas to large scale businesses.
HVAC engineers are expected to have good troubleshooting and problem-solving skills along with great attention to details. Having excellent Math, technical and engineering skills is another pre-requisite of this job. Some of the responsibilities of HVAC Engineer are: -
designing HVAC Systems, calculate heating and cooling needs of any system, design and draft plans for ductwork and piping systems, calculating system requirements based on temperature and air pressure, installing these systems as required, their maintenance, and repair. In today’s world with growing awareness about environmental crises, the work of HVAC engineers has gained more importance. They are expected to design quality systems that cause the least damage to the environment and function efficiently.
2. Technical Sales engineer
A technical sales engineer’s job is concerned with business-to-business (B2B) sales, which involves using technical expertise for selling technical products and services like machinery, plant equipment, tools and devices. Excellent technical knowledge combined with persuasive communication and sales skills are vital for this job. A technical sales engineer will advise and provide technical support on various products and systems. Advising and assisting clients or customers both pre and post sales, using the technical knowledge for sales pitches to the clients, providing technical information to various other departments like designing, development, production, quality, research, etc. while performing their respective tasks are some of the key responsibilities of a technical sales engineer.
Other responsibilities of a technical sales engineer are-
• Using their technical skills to increase product sales
• Conducting technical research for production and distribution
• Develop good relationships with clients and customers
• Provide product training highlighting its technical aspects
• Provide technical backup if required
• Make technical presentations for sales pitches and product demonstrations
• Provide technical knowledge in designing new products
• Achieve sales targets
• Prepare sales reports
This field offers a high salary and attractive benefits.
3. Automotive engineer
Each vehicle that we see or drive involves the technical expertise of an automotive engineer. Today more than half the population of the world owns vehicles or uses some or the other kind of vehicle for transport. And without an automotive engineer there will not be any vehicles.
Automotive engineering involves designing, producing, developing and maintaining automobiles along with their engineering systems. Designing new automobiles, modifying the current ones, designing efficient, economic and eco-friendly systems, etc. are somethings that an automotive engineer does. These engineers require to have Computer-aided design (CAD) knowledge for product designing. Basically, they bring mobility to the world with their technical knowledge and expertise!
Following are some of the key responsibilities of this job: -
• Researching the customer needs to design vehicles
• Finding the appropriate materials that will be used in production
• Design the vehicle and its systems using CAD
• Build prototypes and test their performance
• Find effective ways of manufacturing cost-effective vehicles
• Supervise the installation and assembling of the manufactured parts
• Check for any mechanical failures or maintenance problems
• Test drive the vehicle and check for faults.
With the growing environmental concerns and depleting non-renewable resources, automotive engineers are expected to design automotive systems that can work on natural resources while being efficient and economic.
4. Robotic engineer
Robots are basically machines devised to function in place of humans or to assist humans. With the advancement in science and technology, robots are built to satisfy various requirements both on domestic as well as industrial level. These robots can be programmed to perform various domestic activities as well as replace human efforts in industries. Robotic engineering is responsible for designing, testing, building and programming robots that are efficient and economic. Designing systems that can actually replace human effort needs specialized technical knowledge, CAD knowledge, innovation and creativity.
A robotics engineer should possess knowledge in mechanical engineering, kinematics and dynamics, electrical and electronics engineering, control systems and software engineering. This job has wide areas of application including the automotive, aerospace, metals, nuclear, mining, textile, and computer industries, etc. Other responsibilities of a robotic engineer include: -
• Designing customized robotic systems
• Researching on suitable computer programs before designing
• Determine the capabilities of the robot before designing
• Quality control and efficiency
• Finding methods to manufacture robots economically
5. Design engineer
Design engineers are responsible for transforming raw ideas into concrete products by combining creativity with engineering knowledge. They are involved in the initial concept, design, development and management of products in various industries. Some special skills are required to succeed as a design engineer which are- strong technical knowledge, problem solving, communication, leadership and project management skills.
Let’s look at some of the responsibilities of a design engineer: -
• Understand and identify the client’s requirements
• Design the product using technical skills
• Use CAD and CAM systems to design the products
• Supervise model making, prototyping and product testing
• Develop new systems and processes to produce quality and cost-effective products
• Design systems taking into consideration the government regulations and environmental factors.
6. Power engineer
A power engineer is responsible for the operation, maintenance, renovation, and repair of boiler systems and other mechanical systems in various industries. The safety and efficiency of these systems and their smooth operation is his responsibility. He needs to take care of the industrial guidelines along with the governmental and environmental norms while running these machines. He is required to operate various systems ranging from a single boiler to a complex system of boilers, electrical generators, steam and gas turbines, pressure vessels, refrigeration, and air conditioning. He is in charge of the maintenance, repair, and operation of all the mechanical systems in various institutions.
Power engineers can also be involved in designing and maintaining equipment like pumps, compressors, electrical generators, motors, steam turbines, gas turbines, heat exchangers, condensers, cooling towers, water treatment systems, etc. Keeping records of any relevant events and facts concerning the maintenance and operation of the equipment is also his responsibility. Making routine checks on all on all safety devices and correcting any problems that are faced is also his responsibility. Following are some systems that require power engineers: -
• Boilers and Steam Systems
• Heating, Ventilating and Air Conditioning Systems
• Building Automation Systems
• Diesel Engines
• Turbines, Generators
• Pumps, Piping and Compressed Gas Systems
• Refrigeration and Electrical Systems
7. Operation engineer
Operations engineers’ job involves making sure that all process and functions under their control are working correctly and efficiently. They are also referred to as industrial engineers. Their job is to make sure a company's operations, such as manufacturing and shipping, are executed properly and meet the organizational guidelines. They finetune these systems and handle any repairs or upgrades to the machinery.
Their job also involves routine examination of machinery for defects and communicate maintenance schedules to department heads. Some of their other responsibilities are as follows: -
• To investigate and find out the root cause for a business operations issue
• Take corrective measures to solve this problem
• Ensure all the company standards are met along with the governmental and environmental guidelines during system operations
• Achieve continuous improvement in operational effectiveness
• Provide technical support on operations and implementation
Maintenance engineers are responsible for undertaking maintenance measures for engineering equipment or plants. Their work involves investigating, repairing and servicing machinery, engineering equipment, systems and infrastructures. They are responsible for the continuous functioning of equipment and machinery. They need to have the knowledge of using computerized systems, for routine maintenance and organise repairs. They are also involved with control and monitoring devices and occasionally in the manufacture of items that will help in maintenance. They play a vital role in development and progress of manufacturing and processing industries. Let’s take a look at some responsibilities of a maintenance manager: -
• Devise effective maintenance strategies, procedures and methods
• Carry out routine maintenance work of industrial products
• Investigate equipment failures, diagnose the problem and find effective solutions for it
• Modify the product if necessary and ensure that it works correctly
• Carry out quality inspections
• Keep a check on maintenance tools and equipment
• Monitor and control maintenance costs
9. Biomedical engineer
Biomedical engineering combines engineering principles with medical and biological sciences to design and create equipment, devices, computer systems, and software used in healthcare. Biomedical engineers are responsible for innovating, designing, and developing new technologies in the field of medicine by testing, implementing, and developing new diagnostic tools and medical equipment. They develop new procedures using their technical knowledge and conduct various researches to solve clinical problems. They frequently work in research and development or quality assurance in various medical institutions.
In addition to this, they also design electrical circuits, software to run medical equipment, or computer simulations to test new drug therapies. They also design and build artificial body parts, such as hip and knee joints, or develop materials to build these body parts. Let’s look at some of their responsibilities: -
• Design and develop various biomedical equipment and devices, such as artificial internal organs, replacements for body parts, and machines for diagnosing medical problems
• Provide technical support for these biomedical equipment
• Evaluate the safety, efficiency, and effectiveness of these products
• Explain the features of your product to clinicians and other medical personnel to ensure a proper use
• Conduct research on the biological systems of humans and animals and apply engineering principles to it
• Mention detailed procedures of your product and write technical reports
10. Aerospace engineer
Aerospace Engineering is concerned with designing, manufacturing and maintaining spacecraft, aircraft, missiles and weapons systems besides assembling, maintaining and ensuring their proper functioning at all times. Mechanical engineering covers a wide range of Aerospace topics including computer application, structures, mathematics, physics, drafting, electricity, robotics, aeronautics etc. Their expertise extends in creating other important equipment such as air guidance systems, guidance control systems, propulsions, etc. as well!
Following are some of their responsibilities: -
• Design and develop new technologies for use in spacecraft, aviation and defense systems
• Design innovative aerospace products using CAD.
• Take care of safety features and minimize fuel consumption and pollution while designing the product
• Supervise the manufacturing of these products
• Carry out the assembling and testing of these products
• Check for any errors, damages or malfunctioning of the product or its parts and resolve it
• Evaluating the product design and ensuring that it meets the safety norms, customer requirements and environmental boundaries
• Test the products using flight testing programs
• Ensure maintenance and full operation of the product by regular inspections, repair and servicing
Apart from the jobs mentioned above, a mechanical engineer can also have following jobs: -
• Manufacturing engineer
• Systems engineer
• Waste management engineer
• Material engineer
• Marine and ocean engineer
• Environment engineer
• Petroleum engineer
• Field engineer
As we saw, Mechanical Engineering offers more job opportunities than many other engineering fields. Its diversity allows you to choose the job of your preference thus, ensuring a promising career. It also ensures numerous job opportunities and a great scope for experimentation. And the demand for mechanical engineers is ever increasing since machines rule most of our daily lives. Each day some new machines are developed to make human life better! So, if you love to create machines and fit into the job profiles mentioned above, Mechanical engineering is a perfect field for you!
Advance your mechanical engineering career with just a click!
Dr. D. Y. Patil Prathishthan's, D.Y. Patil College of Engineering, Akurdi, Pune, offers both Bachelor’s and Master’s degrees in Mechanical engineering. The Institute is approved by AICTE, New Delhi and is affiliated to the Savitribai Phule Pune University. The Mechanical Engineering Department possesses state of the art laboratories catering to the needs of the students and research scholars. It has an ambient infrastructure with well-equipped laboratories. Competent and experienced staff facilitate students’ learning process. The Bachelor’s degree in Mechanical engineering from this institute is a 4 years full-time course. The Master’s degree program is a 2 years full-time course with specialization options of ‘Design engineering’ and ‘Heat power’.
For additional details of the Mechanical Engineering courses offered by D.Y. Patil College of Engineering, Akurdi, Pune, fill up our form and get answers to all your queries. Also, do visit our website for more information about the course and enrollment. Our admissions are open, what are you waiting for? Enroll yourself now and advance your career in Mechanical Engineering!
Jobs & Career Opportunities After Mechanical Engineering: An Ocean of Opportunities
Check out the best career options and job opportunities after Mechanical Engineering, it is one of the broadest and diverse engineering fields, with excellent job prospects and a myriad of opportunities.
Jobs & Career Opportunities After Civil Engineering
Civil Engineering and its importance
Civil engineering is said to be amongst the earliest disciplines of various branches of engineering and one of the oldest engineering professions. It’s an amalgamation of planning, scheduling, construction, execution, supervision, and maintenance of various infrastructures ranging in various magnitudes such as highways, bridges, airports, railroads, buildings, sewage systems, canals, dams,reservoirs, and several other facilities that have a huge impact on human life.This requires a thorough knowledge of engineering along with financial, social and environmental knowledge.
Civil engineering impacts our day-to-day lives much more than we comprehend. Right from the beginning of our day the water we need to brush our teeth or take a bath comes to us because a civil engineer built an efficient water supply system. The roads that we use, the houses that we live in, the spaces that we use to work, study, exercise, the parks that we go in, etc. exist because of civil engineering. the simplest of jobs wouldn’t get done had it not been there. Civil engineering has played a significant role in improving people’s health and quality of life. That’ how civil engineers are responsible for the technological development, infrastructural advancement and the common good of the public.
Nature has created civil engineers to make enjoy living species its fruits of creation and preserving the same. When you go against nature it punishes, no pardon .When we have so many avenues open ,it is revealed that we are jack of all trades but master of none. This factor of choosing one field out of all these and excel in it. He who survives who cares nature, most economical, durable, swift and speedy results and foresight to adapt future changes before being obsolete and perish. There is no life on earth, and no true service to living species, without civil engineer, they are gift to mankind provided one is honest to profession.
Top 18 Jobs & Career Opportunities After Civil engineering
Civil Engineering is the mother of all engineering fields, is considered to be the oldest, broadest, and highly impactful engineering discipline. As Civil Engineering is related to every aspect of human life, it has a tremendous scope of work. Which also means the availability of multiple job opportunities. Let us take a look at some of the subfields in Civil engineering and various job and career opportunities that it has to offer.
1.Civil Engineering technologist
Civil engineering technologists assist civil engineers in the research, design, construction and maintenance of various civil engineering projects. Some jobs that a civil engineering technologist might have are estimating costs and requirements of material and labor for a particular project. Establishing detailed design and construction processing programs. Establishing communication with project managers and workers, etc.
Structural engineers are responsible for designing and assessing all projects, to ensure their strength and durability.Structural engineering is a specialized field in Civil Engineering. It includes structural framework, keeping a check on its durability with respect to withstanding the stress and pressures of the environment and making sure that it remains safe, stable and secure throughout its use. In other words, structural engineers make sure that buildings and bridges don't collapse. History has witnessed, how people have been designing and building increasingly larger and more sophisticated structures, ranging from primitive huts to airports and stadiums.In a nutshell, the structural engineer is a skeleton of any civil engineering project.
Construction engineers manage construction sites and are responsible for the design and safety of temporary structures used during construction along with overseeing budgetary, time-management, and communications aspects of a project at times.They overlook the working sites and are the managers there.They need to have a thorough knowledge of the most basic things, like weather, costs, team and time management, etc. for the smooth functioning of the project. They need to ensure the smooth functioning of a particular project concerning the working conditions, labors, budgets, equipment, etc.
Geotechnical engineers’ job includes making sure that the foundation for any structure in a project is solid.They are responsible for all the nature-related factors that might interact with the ongoing project. They also need to know how to manage situations like waste disposal, flood control, the correct location to build a dam or a bridge, and so on. They are primarily responsible for all the construction processes.
Transportation engineers as the name suggests, are responsible for planning, designing, operating and maintaining routine systems that are used every day. All the subways, trams, roads, highways, etc. exist because of transportation engineers. They are the builders of everything transport related.
Environmental engineers take care of the planet by preserving it. They restore landscapes and nature that are ruined by people, explain to other people what a healthy indoor and outdoor environment is, and what to do in the future to stop damaging our planet any more.
7.Water Resource Engineering
Water resources engineering is a specialty of civil engineering that focuses on water supplies, irrigation, canal development and waste disposal. It also addresses methods for controlling water to avoid water-related damage and catastrophes.Water resources engineering is the study and management of equipment, facilities and techniques that are used to manage and preserve water. They are also responsible for water management for ensuring a healthy public life. They are also responsible for water treatment and improving the quality of the available water. They are concerned with the structures and processes related to water supplies for human consumption and the removal of water for human safety.
Foundation engineering is the application of soil mechanics and rock mechanics (Geotechnical engineering) in the design of foundation elements of structures.
The foundation is the lowest part of the building structure.It is the engineering field of study devoted to the design of those structures which support other structures. It runs into various disciplines like Civil, Structural and Geotechnical Engineering and has a distinct focus on soil-structure interaction.
Hydraulic engineering as a sub-discipline of civil engineering is concerned with the flow and conveyance of fluids, principally water and sewage. Hydraulic engineering is the application of the principles of fluid mechanics to problems dealing with the collection, storage, control, transport, regulation, measurement, and use of water.One feature of these systems is the extensive use of gravity as the motive force to cause the movement of the fluids. This area of civil engineering is closely related to the design of bridges, dams, channels, canals, and levees, and both sanitary and environmental engineering.
10.Coastal and ocean engineering
Coastal engineering is a branch of civil engineering concerned with the specific demands posed by constructing at or near the coast, as well as the development of the coast itself.Coastal Engineering is combining practical applications with modern technological and scientific approaches on aspects of coastal, harbor and offshore engineering: waves, currents and sediment transport; coastal, estuarine and offshore morphology; technical and functional design of coastal and harbor structures; morphological and environmental impact of coastal, harbor and offshore structures.
Forensic engineering is applying engineering principles to the investigation of failures or other performance problems. Forensicengineering also involves testimony on the findings of these investigations before the law. The purpose of this field is to develop practices to reduce the number of failures, collect information on failures and their causes, provide guidelines for conducting failure investigations and provide guidelines for ethical conduct in forensic engineering.
12.Municipal or urban engineering
Municipal or urban engineering applies the tools of science, art and engineering in an urban environment.It is concerned with municipal infrastructure. Which involvesdesigning, constructing, and maintaining streets, sidewalks, water supply networks, sewers, street lighting systems, municipal waste management and disposal, storage depots for various bulk materials used for maintenance and public works, public parks, etc. Optimizing of garbage collection and bus service networks may also fall under this.
Control engineering or control systems engineering is an engineering discipline that applies automatic control theory to design systems with desired behavioursto control environment. The discipline of controls overlaps and is usually taught along with electrical engineering at many institutions around the world.The practice uses sensors and detectors to measure the output performance of the process being controlled; these measurements are used to provide corrective feedback helping to achieve the desired performance. Multi-disciplinary in nature, control systems engineering activities focus on implementation of control systems mainly derived by mathematical modelling of various systems.
14.Building control surveyor
Building control surveyors are also known as building control officers (BCOs), building inspectors or approved inspectors. They ensure that new buildings, alterations, installations and extensions meet the regulatory standards of safety, sustainability, accessibility and design.One of the main ways they do this is by making sure that building surveyors are fulfilling their responsibilities of maintaining, altering, repairing, refurbishing and restoring buildings. They start on a project once applications for new buildings or structural alterations have been given the green light by the local planning authority.
Computer-Aided Design (CAD) Technicians create electronic design plans for buildings and machinery using computer software. They work together with architects and professional draftsmen to turn blueprints and technical drawings into 2D and 3D computer models. These models are further used to demonstrate the end result of the project.
16.Public Health Engineer
As the name suggests, a Public Health Engineer takes care of people in towns and villages, making sure they have healthy living conditions by controlling the water supply, sewage system and making sure the water is clean and disease-free.
17.Urban planning engineer
Typically, the role of an urban planning engineer is to decide where to construct a building, or largely an infrastructure, where a road should be, how to circle a park with a fence, how not to put a school next to a prison, and so on. To plan the town and structures in it by applying technical knowledge and scientific approach.
18.Other sub-fields of Civil Engineering
There are some other sub-fields of Civil Engineering like Fire protection engineering, Bridge Engineering, Irrigation Engineering, Land development, Materials Engineering, etc.
19. Disaster management
Central And state pollution control Board and Civil Engineers play a major role in the disaster management sector. In case of the natural or manmade calamity, Civil engineers are required in all the four phases i.e. Prevention, preparedness, response and recovery. They accept the challenges in the pre construction and post construction stages where the planning and design to mitigate the effects of disasters is very important. After the occurrence of calamities, Civil Engineers help the society by giving temporary shelters, water supply and sanitation services
Job opportunity in Public Sector Undertakings (PSUs)
Civil Engineering is one of the few available fields in the market that has numerous job opportunities in both the public and private sectors. It is a thriving field in the public sector as well and following are the Public Sector Companies that you can try for after completing your degree in Civil Engineering: -
1.Indian Oil Corporation(IOCL)
2.Bharat Sanchar Nigam Limited(BSNL)
3.Gas Authority of India Limited(GAIL)
4.Steel Authority of India Limited(SAIL)
5.Indian Space Research Organization(ISRO)
6.National Thermal Power Corporation Limited(NTPC)
7.Bharat Heavy Electricals Limited(BHEL)
8.Oil and Natural Gas Corporation Limited(ONGC)
9.Hindustan Aeronautics Limited (HAL)
In conclusion we can see how a career in Civil Engineering can be extremely rewarding with a myriad of job opportunities to choose from. It has diverse job profiles that continue to widen its scope in the market. Also, not just in the private sector, it proves to be a very successful career option in the public sector as well. Taking into consideration advancements in science and technology and the resulting increase in demand for advanced infrastructure, Civil Engineering can be considered to be an excellent career choice that one can have.
Build your civil career with just a click
If you are interested to build a successful career in Civil Engineering, Dr. D. Y. Patil Prathishthan's, D.Y. Patil College of Engineering, Akurdi,offers a 4 years full time B.E. program in Civil Engineering. It also offers a 2 years full time M.E. program in Civil Engineering with specializations in Environmental Engineering and Construction and Management. These programs are approved by AICTE, New Delhi and are affiliated to Savitribai Phule Pune University. With a distinguished faculty and a dual approach of theoretical knowledge and practical training, these programs create extremely proficient Civil Engineers that are capable of entering and conquering the global market with their skills. Know more about these programs along with courses offered, admission process, fee structure, etc. You can also fill up a form there to get all the additional details. Register now and take the first step towards your successful career today!
Civil Engineering: Jobs & Career Opportunities After Civil Engineering
Check out the best career options and job opportunities after Civil Engineering in India. Job opportunities in Public sector Undertakings (PSUs), Government, private sector, Civil Engineering and Construction Business in India.