Idhaya – Engineering & Technology Blog, Industrial & Mechanical Engineering Information

Starting a career within the mechanical engineering profession can some times be a challenging prospect. This is mainly because there are fewer job opportunities for candidates when compared to other branches of engineering. Furthermore, the job market for mechanical engineering can often be very competitive. So, it can be said that the predominant scenario that exists within the job market is one that is characterized by a large number job applicants and recruitment firms who are all vying for a smaller number of job vacancies. Regardless of this fact, it must be mentioned that qualified mechanical engineering candidates who patronize the services of reputable specialist recruitment firms have a high probability of obtaining suitable mechanical engineering roles. For over six years, Quanta has been providing mechanical engineering candidates with a solid platform for starting a successful career in engineering. Over the years, they have built a reputation of providing effective mechanical engineering recruitment solutions.

Quanta’s team of fully trained staff have the experience and expertise to provide candidates with expert recruitment guidance and advice. Furthermore, Quanta builds and maintains close communications links and affiliations with some of the top mechanical engineering employers in both the UK and Europe. This means that Quanta has an in-depth understanding of the cultural and organizational needs of both their corporate and candidate clients. It also allows Quanta to provide a fully customized service which yields successful recruitment outcomes. Quanta also has some of the latest and most sophisticated back office tools in the recruitment industry. This gives them a significant advantage over other recruitment agencies. There is simply no doubt that with Quanta’s assistance, mechanical engineering job applicants have an increased chance of securing suitable positions.

Quanta is one of the few recruitment consultancies which are dedicated to providing a customer-oriented service. They have a genuine interest in seeing that their candidates go on to have successful careers in the long run. Their specially designed candidate care program which provides extensive support and guidance to candidates certainly provides them will a foundation for long term career progress. It this personalized, high quality service that has convinced many mechanical engineering candidates that Quanta can give them the right career start in mechanical engineering. Whether a candidate is looking for permanent or contract mechanical engineering job, or a role overseas, Quanta has the resources and human capital to provide necessary assistance.

The need for engineering is widespread. This means that practically all parts of the world have engineering career opportunities that are available for the taking. This is so because engineering is the discipline, profession, and art of incorporating mathematical, scientific, and technical knowledge in designing structures, materials, processes, devices, machines, and systems for the benefit of man and the environment. As such, engineering encompasses almost every practical need that this world has. Thus, it is not very surprising why many people pursue a career in various fields and disciplines of engineering.

Some of the fields and disciplines of engineering which are highly demanded are mechanical, electrical, civil, computer, and chemical. Most industries rely on these disciplines for their planning, construction, operation, and maintenance needs.

Mechanical engineering covers a number of fields of specializations as well including refrigeration, power, air-conditioning, machine design, energy exploration, and environmental management. Energy exploration is perhaps one of the most promising fields of specialization in mechanical engineering. Aside from the fact that a career in energy exploration can take you places, the salary package is very enticing as well. There are many parts of the world that have energy deposits that require engineers for its extraction, development, and distribution. One example is the oil explorations in the Middle East, and in other parts of the world. There are also natural gas explorations in China and in some parts of the United States. Moreover, geothermal energy explorations in New Zealand and in the Philippines are largely contributing to the power needs of these countries. Thus, engineers are definitely needed in any part of the world.

Another important career in engineering that is globally needed is chemical. Thousands of industries can be found all over the world. Most of these industries are chemical in nature such as food processing and soap manufacturing. These are just two of the many other industries that are chemical in nature. In fact it is even safe to say that practically most industries deal with chemicals in one way or another. The biggest proof to this is the waste water that is generated by every industry which needs chemical processing. Therefore, industries from all over the world implore the services of chemical engineers in managing their waste water, and designing and monitoring processes among others.

Engineering is truly international as the need for engineers know no race, nor boundaries. Engineers are needed in Africa, Iraq, China, the United States, and in any other place in the world. The engineering career can be pursued in any part of the world because the concepts and the underlying principles of engineering are universal. In other words, no matter where you will go, the principles and the concepts that you have learned in engineering will always be applicable, making engineering an international career.

Engineers plan and design new products and systems. Engineers use advanced technical skills to oversee many types of projects. Projects may include building a new highway, designing a production line, or installing a water system. Engineers oversee the planning and building of new factories and plants. They oversee the design of new products. Sometimes they improve the way products are made. Engineers set goals and establish policies and work procedures for meeting those goals. There are various types of engineering courses available

Electrical Engineers install and maintain the power supply in any manufacturing company. They also maintain any motors and heavy electrical equipment in these companies.

Electronics, Electronics and Telecommunication Engineers design embedded systems i.e. electronic devices. Telecommunication engineers specifically take on the designing of communication networks e.g. mobile phones, blue tooth devices etc.

Computer Engineers job is to design/ build and maintain Computer hardware or write software codes. These could be for banking, telecommunications or software for embedded systems i.e. electronics.

Chemical Engineers work specifically in chemical industries to design and maintain the plant they work in. These industries include pharmaceutical, food, textile, paint, fertilizer, cosmetic, detergent and in oil refineries.

Instrumentation Engineers automate manufacturing and chemical processes. Their work includes interfacing the plant with a computerised system and ensures that the plant runs automatically.

Mechanical Engineers research and develop machines, tools and various mechanical devices and components. A mechanical engineer is concerned with the design, planning, development and maintenance of machines and equipment ranging from jet engines to minute instruments used in medicine and surgery.

Civil engineers build cities — from roads and bridges to tunnels, public buildings, and sewer systems. They are involved in the planning, construction, and maintenance of all kinds of infrastructure.

The Job Design and development of machinery, products, systems and processes. Testing, production and maintenance of these processes Estimate the cost and time to complete these projects Work for hours conceiving new methods

Personality traits Use their logic and technical knowledge to solve practical problems Mostly have to work behind the scenes so not too bothered with the limelight Have to work in a team therefore should be supportive and friendly in disposition Have to be able to be out in the field for hours at a stretch Higher level of managerial capacity as you move up the ladder. Able to take on the spot decisions

Job Prospects

Electrical Engineers are hired by power generation and transmission companies like NDPL, Delhi Transco, BSES, EIL, DMRC, which are mostly government, and private players like Reliance Energy, Tata Motors, L&T, Bajaj Auto etc.

Electronics, Electronics and Telecommunication Engineers are in a lot of demand right now because all software companies require networking. Apart from that there are a large number of companies working in embedded systems. Firms like Texas instruments, Sasken, Paxonet and Bosh, recruit electronic engineers. Leading software companies include Wipro, Infosys (both hire almost 500-700 engineers per year) and Amdox (which hires almost 100 engineers an year).

Computer and Information Technology Engineers are highly in demand and is another most sought after field. Mega players like Infosys higher about 2000 computer professionals every year, with Wipro, TCS and Patni demanding almost the same

Chemical and Instrumentation Engineers find jobs with Petrochemical Industries like BPCL, HPCL & Reliance, Pharmaceutical Industries Hindustan Antibiotics Ltd, Inorganic and organic chemical plants such as Dai-Ichy, Hindustan Organic Chemicals Ltd. Some are hired by Process Consultants like Tata Honeywell and Emerson.

Civil Engineers can find job in Government departments, private and public sector industries, military, engineering services research and teaching institutions etc.

Mechanical Engineering finds applications in all fields of technology. They could work in many industries including private or public sector industries of various types, and their work varies by industry and function. Engineers are required in automobile, chemical, electronics, steel plants, oil exploration and refining, technical wings of armed forces, space research organisation, etc.

Salary and Remuneration

Electrical Engineering

Salaries in government organizations are 10-12, 000 per month. Whereas private companies pay much more, about 2.5 lacs per annum

Electronics, Electronics and Telecommunication Engineers 

Companies like Texas and Sasken pay a starting salary between 2.5 – 4 lacs whereas Wipro and Infosys pay anything between 2- 3 lacs per annum.

Since the growth rates of these companies are pretty high e.g. an engineer with 3-4 years of experience can expect a salary of 60-75 thousand per month

Computer Engineering and Information Technology Engineers are paid a starting salary of Rs 1.5 – 2.5 lacs per annum. However growth rates are exponential. With about 4-5 years of experience, one can expect a salary of about Rs 60,000 – Rs 80,000 per month. In addition to this, after about 2 years in the field, one can expect a trip abroad for about 2-10 months. During this period, salaries are about $5000 per month additional to what you get by the company that originally hired you.

Chemical and Instrumentation Engineers usually get a starting salary of about Rs 2 – 2.3 lacs per annum with a growth of about Rs 30,000 per annum.

Civil Engineers The earnings depend on the industries employing civil engineers such as Central or State government departments or private concerns. In India, a bachelor’s degree candidate in civil engineering can receive a starting salary of Rs.4000 up to Rs 7500 approximately with 2-3 years experience

Mechanical Engineering Most fresh engineers start at Rs 5,000 to Rs 7,000 per month, with allowances. Those with an additional management degree in addition to engineering can command salaries of Rs 10,000 to Rs 40,000 per month.

In all these fields, a master’s degree is an added advantage and starting salaries go up by about Rs 40,000 – 50,000 per annum.

The study routes and various engineering college details are given in next part of this article.

Would you like to make “I’m a rambling wreck from Georgia Tech and a heck of a heck of an engineer” a reality in your life? Have you always enjoyed tinkering around with cars and figuring out what made stuff work? Does being a team player developing products that are the cutting edge of technology appeal to you? Then automotive engineering might be the career for you.

Generally, an automotive engineer is one who works on the design or manufacture of automobiles. The word design is slightly misleading since an automotive designer is a stylist basically concerned with the appearance of the automobile while the engineer specializes in the performance of the automobile and its components.

The engineer works on developing new or improved structural parts, engines, transmissions and suspension systems. The engineer is involved in production cost estimation, reduction of production costs and implementing cost/quality control improvements. The engineer must be sure that the product meets all federal regulations. In the case of new designs, it is the engineer who determines driveability.

According to the U.S. Department of Labor Dictionary of Occupational Titles, automotive engineering is a sub-specialty of mechanical engineering.

Even though the automotive manufacturing industry is in a slump at this time, there is still a demand for engineers due to the current focus on fuel economy and alternate fueled vehicles. The field is expected to grow as fast as average through 2014.

While there are global opportunities for automotive engineers in countries as far flung as Malaysia and the United Kingdom, most jobs within the US are centered in the Midwest since that is the major location of the auto industry. The big three employers in the United States are Ford, General Motors and Daimler-Chrysler.

The working environment is a combination of office and on site. The entry-level salary starts at around $48,000 annually and a Bachelor of Science degree is required. In addition to the degree, the engineer should have excellent communication skills, strong troubleshooting skills and the ability to work as part of a team.

As with any engineering degree, the choice of a college is crucial. While all engineering colleges are selective, the better and the best are even more so.

One characteristic you need to look for in a college is the quality of instruction. Are all the classes taught by professional teachers and not graduate assistants? Do these teachers have industry connections? Is simulation and hands-on an integral part of the program?

Does the college offer internships or work study opportunities? Internships and work-study are very important as they offer a path to instant employment upon graduation. The same is true of having instructors with industry connections. It also doesn’t hurt to consider a college that offers advanced degrees in the event you decide to go further than a bachelor’s degree.

To ensure admission to the college of choice, a high school graduate should have a high GPA with a strong background in calculus, advanced math, statistics, physics, chemistry and geometry. Vocational classes in automotive mechanics are also helpful. It will also be necessary to score high on whatever college admissions test the school requires as the admissions committee will base their decision on both your high school record and admissions test scores.

Enginneeing is not so much a career as an expertise, which opens doors into a vast range of jobs. Engineers probably have a wider choice of the environment in which to work, and of type of job, than any other profession. This is because engineering today is not confined to the obvious spheres of mechanical, chemical and electrical but has vast scope in advanced areas such as thermal engineering, ultrasonics, vacuum technology, polymer technology, telecommunication, computers and many more.

Engineering Areas of work

There are many fields in engineering in india. The basic purpose of engineering is to design and manufacture the hardware of life. Engineers also repair, modify and construct efficient and economical products, by applying scientific principles to a variety of solutions. They have a hand in the creation of anything in use anywhere. Engineering has several branches, and often the knowledge in one branch can be applied to many fields. Moreover, in any organization or project, engineers from one field work with engineers and specialists of many other fields as well. Some of the major specilizations are as follows:

Civil Engineering Mechanical Engineering Chemical Engineering Electrical Engineering Electronics and Communication Engineering Production and Industrial Engineering Computer Engineering Automobile Engineering Telecommunication Engineering Instrumentation Engineering Aeronautical Engineering Agricultural Engineering Marine Engineering Ceramics Engineering Textile Engineering

Entry into Engineering Job

Candidates having completed class XII with physics, chemistry and mathematics is elligible to apply for admission to the various engineering colleges. Students can compete on an all-India basis for admission to the prominent colleges like IITs. State colleges of engineering take in students with state domicile, but provide some seats for students from other states.

In some colleges selection is based on the percentage marks got into class XII (in physics, chemistry and mathematics), while some other colleges give admission based on some common test. The IITs administer a Joint Entrance Exam (JEE) for the admission to the seven IITs, The Institute of Mines, Dhanbad; and for the admission to the merchant navy course of TS Chanakya and Marine Engineering Institute at Kolkata.

Eligibility for Engineering Education

There are number of job opportunities for postgraduates in biotechnology today. Job prospects are available in drug and pharmaceutical research, public funded laboratories, chemicals, environment control, waste management, energy, agriculture, food processing and bio-process industries. Most biotechnologists find employment on a large scale in research laboratories run by the government of India.

More information about Branches of Engineering and Mechanical Engineering log on to India Academic

Software engineers worked on the every program you’re using on your computer. They were in charge of the software development process and computer application you use nowadays. Whereas software can be found in products, systems, and situations, software engineering is very much a necessity. It’s something that all of us rely on, especially under demanding conditions like monitoring and controlling nuclear power plants. All of the applications embedded in these functions consist of loads of codes. A software engineer is a person who applied engineering principles in the co-operative development of software. A good software engineer should not only generate computer programs but also learn the skills to produce good documentation, database and operational procedures for the computer system. He should be well defined about the components or modules of software engineering. In fact, these developed applications let users to make their work practical and creative. There are many software applications available in the market like language applications, office applications, entertainment packages, and applications for education. The integrity of software engineering is improved with software engineering standards.

These days more and more companies are requiring that their software engineers have certification. It is no longer the standard to pick up a job in this field simply because you have a huge amount of hands-on experience and training. For more detail go to: www.text2speech-converter.com.Companies wish employees and self-contractors that actually have taken the graduate-level courses and obtained certification. Software engineers require the skills to produce functional and technical design qualifications for software development. They must also have solid programming skills, and be familiar with data types, syntax and control structures. Along with the skill to properly analyze information, software engineers also need to be able to fix multifaceted application glitches and be able to produce quality requirement specifications, design documents and test plans. Problem solving and working as a team are also necessary parts of working as a software engineer.

Like any other industry, the software industry also has different categories in itself. Embedded software is just one category of the software industry. Embedded software is fairly different from traditional software. Embedded software does not have to worry about the information technology. For more detail go to: www.software-designers-pro.com. Embedded software is associated to the software’s reaction to the user and the external world. Embedded software is found in nearly all electronic devices, which need user interactivity to work. Like your digital watch, your electronic weight machine, the car doors, and a variety of other daily used gadgets. If you’re interested in a job in embedded software engineering, you’re making an intelligent choice as engineering is a vast industry with gainful returns. An embedded software engineer salary is considerably higher than the salary of a normal software engineer, simply because of the risks involved. Of course, the salary of anyone finally depends on the company, but an embedded software engineer will always get higher pay than a software engineer.

Software engineers worked on the every program you’re using on your computer. They were in charge of the software development process and computer application you use nowadays. Whereas software can be found in products, systems, and situations, software engineering is very much a necessity. It’s something that all of us rely on, especially under demanding conditions like monitoring and controlling nuclear power plants. All of the applications embedded in these functions consist of loads of codes. A software engineer is a person who applied engineering principles in the co-operative development of software. A good software engineer should not only generate computer programs but also learn the skills to produce good documentation, database and operational procedures for the computer system. He should be well defined about the components or modules of software engineering. In fact, these developed applications let users to make their work practical and creative. There are many software applications available in the market like language applications, office applications, entertainment packages, and applications for education. The integrity of software engineering is improved with software engineering standards.
These days more and more companies are requiring that their software engineers have certification. It is no longer the standard to pick up a job in this field simply because you have a huge amount of hands-on experience and training. Companies wish employees and self-contractors that actually have taken the graduate-level courses and obtained certification. Software engineers require the skills to produce functional and technical design qualifications for software development. They must also have solid programming skills, and be familiar with data types, syntax and control structures. Along with the skill to properly analyze information, software engineers also need to be able to fix multifaceted application glitches and be able to produce quality requirement specifications, design documents and test plans. Problem solving and working as a team are also necessary parts of working as a software engineer.
Like any other industry, the software industry also has different categories in itself. Embedded software is just one category of the software industry. Embedded software is fairly different from traditional software. Embedded software does not have to worry about the information technology. Embedded software is associated to the software’s reaction to the user and the external world. Embedded software is found in nearly all electronic devices, which need user interactivity to work. Like your digital watch, your electronic weight machine, the car doors, and a variety of other daily used gadgets. If you’re interested in a job in embedded software engineering, you’re making an intelligent choice as engineering is a vast industry with gainful returns. An embedded software engineer salary is considerably higher than the salary of a normal software engineer, simply because of the risks involved. Of course, the salary of anyone finally depends on the company, but an embedded software engineer will always get higher pay than a software engineer.

As a budding mechanical engineer of the future, you have to take studies very seriously because after that, if you want to be licensed, you have to have a practical application and experience of the work a mechanical engineer does before you can even pass the screenings to get licensure. It might be a long road to be a fully licensed mechanical engineer, but as what we have said, it is very important for you to have fun and just work hard because the discipline of mechanical engineering provides a lot of promise for the future. All coursework and subjects under mechanical engineering had to be accredited by a body that analyzes the degree for its competence and relevance to the ever-changing world. If you decide to take on these studies, you have to study hard and really have fun doing it. You can enter many disciplines when you go for mechanical engineering. You can embark on. There is mechatronics and nanotechnology as examples. These fantastic and exciting new disciplines can really help the world by creating devices and technologies geared towards making the work processes, medical technology and other facets of life easier and more efficient.

Various branches of sciences are included in the study of Engineering. Primarily, you have to get a strong competence in the field of mathematics including geometry, trigonometry, calculus and algebra.  Sciences like physics, chemistry and biology have to be studied as well. Aside from these general bodies of knowledge, you also need to get a good communication and technical skills. It is important for an engineer to communicate ideas by word and by drawing and creating specifications.

For a student interested in embarking into the field of mechanical engineering, only the passionate and dedicated students in various fields of sciences will appreciate the rigorous work that has to be done for the subject. It is know that your high school will provide you with the needed tools and skills to choose a degree in college. For mechanical engineering and other fields of engineering, students must attend courses as a preparation to the kind of training and studies they would have to pass for admissions.

Mechanical engineering is an exciting program for those who are interested in creating machinery, products and industrial materials. To make it simple, it is fantastic for those who want to make big things that make an impact in every aspect of life.

The author deals in Fuel transfer pumps and subwoofer amplifiers.