Education, Degrees, Certifications for Project Managers

A project manager is the person accountable for accomplishing the stated project objectives. Key project management responsibilities include creating clear and attainable project objectives, building the project requirements, and managing the triple constraint for projects, which is cost, time, and scope.

Individuals wishing to obtain professional certifications may take one or more of the offerings available from a variety of organizations:

The Project Management Institute offers the following credentials to project managers:

    * Project Management Professional (PMP)
    * Certified Associate in Project Management (CAPM),
    * Program Management Professional (PgMP)
    * Master Project Management (MPM)
    * PMI Risk Management Professional (PMI-RMP), and
    * PMI Scheduling Professional (PMI-SP)

Other institutions and organizations:

    * The University of Wisconsin’s Masters Certificate in Project Management
    * The Canadian Construction Association (CCA) offers GSC as Project Manager.
    * The UK Office of Government Commerce offers PRINCE2 certification.
    * The Australian Institute of Project Management (AIPM) offers Registered Project Manager (RegPM) certification.
    * The Defense Acquisition University (DAU) and its School of Program Management offers practitioner training in every element of project management for members of the Federal Government, Defense industry and allied nations.

There are other graduate degrees in project and technology management, such as an MSPM. However, the majority of all project management skills may be developed through the completion of a Ph.D, D.Phil or other similar higher Doctorate.

The IPMA is an international network of national project management societies such as Association for Project Management in the UK. IPMA serves as an umbrella organisation representing national societies which offer their certifications.

Choosing a course for Online Engineering Degrees

There are big demands for engineering careers.  Civil engineers earn on average about $60,000 per year. For electrical engineers, earnings are almost double that. The chemical, drugs and plastic industries seem to have the highest-paid engineers of all, with a median income of $85,000 for those over 35 years of age.

For these reasons, it is worth while obtaining suitable qualifications which will give you recognition within your chosen speciality. For those already working within the industry but lacking the necessary qualification to advance, an online degree offers you the flexibility of studying time you need.You can also avoid unnecessary travel to campus and study exactly when and where it suits you, even on the road. Trips to the library also become unnecessary, with the downloading of online course material. Finally, prospective employers will know you have the necessary Internet skills to perform well in a modern industry.

But there are so many courses on offer, it is difficult to know where to start. Here are some pointers to help you embark on an online degree course which you will not end up regretting.

The first thing you should check for is that the degree is accredited. Accredited centers include Centenary College of New Jersey, Capella University, University of Phoenix, Walden University and many more. Genuine online degree programs require student involvement in the form of tutorials, or online discussions, as well as other intercommunication with tutors and other students.

The following six accreditative regions have Association Commission on Institutions of Higher Education and will probably be able to tell you all you need to know: the New England , North central, Middle States , Southern, Western and Northwest. In each case you should consult the body in question to see if it covers the state you wish to study in.

By far the biggest accredited institution is the University of Phoenix Online, which has been operating since way back in 1976, and currently offers the highest number of accredited online degree programs. Average studying time until degree completion is two to three years.

Typical studies will include a focus on core studies of higher mathematics, including calculus, algebra and geometry. Other areas of study may include physics and chemistry, depending on your major.

The first level of engineering jobs will require a bachelor’s degree. Although there are several such courses online, the majority are at graduate level. Beyond that, there are broad-based degrees and a very wide range of specialist degrees, which are grouped in six main areas of engineering, as follows: chemical, civil, electrical, industrial, material science and mechanical. Further specialisations as a college major range from mining to aerospace engineering.

One major advantage of this kind of course is that no matter how long you take, even if you have to relocate in the middle of the course, your studies will be in no way affected.

There are also many non-academic institutions which offer degrees online for payment. Prospective candidates should ask for accreditation validation from the regional or national accrediting bodies before to signing up . After that, it’s up to you – with a couple of years’ concentrated study, you could be on the way to a star salary, even if your speciality is not aerospace engineering.

Professional Engineering (PE) Exam Guide

The PE or Professional Engineering examination tests your understanding of engineering theories as well as your experience in your selected specialty. IThe time between the two tests varies from state to state but it is usually four years.

Theoretically you are not required to study all of these diverse engineering subjects to pass the exam. However, the probability of passing the exam is higher if you are able to study more subjects. Remember, part of the test does test you on theories and principles on subjects you might not have studied since college. Thus, it is a good idea to fully refresh yourself on such topics. One effective tip to consider before you embark on the studying process is, come up with a strategy for preparing for the exam. This strategy will vary from engineer to engineer but should primarily be to determine which topics you would like to focus more on during the studying process.

1.   Based on a survey of recent P.E’s, one of the most successful strategies for passing the PE exam is following the broad approach. The strategy is to review the fundamentals of the different subjects in a very broad manner. Most of the subjects are from the undergraduate level and it is as such not a Herculean task to cover the fundamentals. The strategy has helped many engineers to pass the PE exam since the examination includes many fundamentals questions.

2.   The second approach, though not as popular as the broad approach strategy is according to one engineer, for “those examinees who are short of time for preparation” is to focus on subjects in which they expect most questions to be from. This strategy fails if the examination does not “cooperate” with the subjects that you have spent your time preparing for.

3.   Some other engineers’ approach relies on subjects in which they have work experience. This approach also seldom works because the exam may never feature enough questions from these subjects.

4.   The last approach involves buying an FE exam study guide and solving as many questions as possible. Lot of time gets wasted in collecting and compiling questions and the preparation becomes haphazard.

For first time takers of the PE exam, it is advisable to take some form of review course. Review courses are available as audio, video, correspondence or classroom coaching. Classroom coaching is by far the best to assist in studying for the PE exam because it is structured well and is time bound. Most universities with some kind of an engineering program usually conduct these classes a couple of months before the test. Additionally, your company might be willing to pay for the class as well.     As tough as it might be for a practicing engineer to get back to studying, realize what takes to pass the PE exam. Like any other examination, a long-term approach to studying is better than a short-term crash course. Most of the classroom courses are designed for 3-4 months. A good preparation for the PE exam requires about 300 hours. The initial time is spent in brushing through the fundamentals. The major part of the time is spent in solving problems. This time can be spread over a year or crammed into the last two months. Spreading it over year helps you take help for subjects that you are not confident about. Cramming it into the last two months is risky since it does not account for any uncertainties.

Master of Engineering Degree in United Kingdom

In the United Kingdom, the Master Engineering (M.Eng) is an undergraduate award, available after pursuing a four or five year course of study. These are taught courses, with only a small research element in the third and/or final year, and are not available as postgraduate qualifications in most cases. Most British universities offer both the traditional three or four year courses in engineering, leading to a B.Sc. or B.Eng, and a M.Eng respectively.

Some universities, such as Brunel University, Oxford, Cambridge and Imperial College London, offer only the four year M.Eng, although even these make provision for leaving at the end of the third year. For those who leave after three years or fail the fourth year, a B.Sc is awarded. The Open University run the MEng study as a postgraduate degree requiring a BEng to be completed, at most, 2 years prior.

The Engineering Council Postgraduate Diploma is set at the final year of a British MEng. The MEng is now a mandatory requirement for application to become a Chartered Engineer.

n terms of course structure, M.Eng degrees usually follow the pattern familiar from bachelor’s degrees with lectures, laboratory work, coursework and exams each year. There is usually a substantial project to be completed in the fourth year which may have a research element to it, and a more teaching-based project to be completed in the third year. At the end of the third year, there is usually a threshold of academic performance in examinations to allow progression to the final year. At some universities, the structure of the final year is rather different from that of the first three, for example, at the University of York, the final year for the Computer Systems and Software programme consists entirely of project work and intensive advanced seminar courses rather than traditional lectures and problem classes. Final results are, in most cases, awarded on the standard British undergraduate degree classification scale, although some universities award something structurally similar to ‘Distinction’, ‘Merit’, ‘Pass’ or ‘Fail’ as this is often the way that taught postgraduate master’s degrees are classified.

At some universities in the U.K. in the early 1980s, the M.Eng was awarded as a taught postgraduate degree after 12 months of study. Its entry requirements would typically be like those for other taught postgraduate courses, including holding an undergraduate degree, and its format would be similar to the modern M.Eng although, as with many postgraduate master’s degrees, the project would extend over a longer period. M.Eng courses in their modern, undergraduate form were introduced in the mid-1980s in response to growing competition from technical-degree graduates from continental Europe, where degree courses are often longer than the usual three years in the U.K. There was a feeling among recent graduates, the engineering institutions, employers and universities, that the longer and more in-depth study offered on the continent needed to be made available to U.K. students as well. Since to obtain a taught master’s degree in the U.K. typically took an additional year beyond a bachelor’s degree, it was decided that this extra year would be integrated into the undergraduate program and, instead of pursuing both a bachelor’s and master’s degree, students would proceed directly to a master’s degree.

Since its introduction, the M.Eng has become the degree of choice for most undergraduate engineers, as was intended. The most common exception to this is international students who, because of the substantially higher fees they are charged, sometimes opt to take the tradition B.Eng/B.Sc. route where that is available. Most of the engineering institutions have now made an M.Eng the minimum academic standard necessary to become a Chartered Engineer. Graduates who graduated before the changes in the rules will still be allowed to use their bachelor’s degree for this purpose and those who have earned a bachelor’s degree since the changes can usually take some additional courses (known as ‘matching sections’) over time to reach an equivalent standard to the M.Eng.

Distance Learning Universities

A distance learning university is a university that offers programs on a correspondence basis known as distance education. Students receive and send in assignments through mail or email rather than attending the school in person. In other words, the difference between on-site and remote university studies is physical. Rather than communicate face to face, students are connected to faculty and other students through technology. Many top universities feature distance education programs and courses.

For example, the world renowned University of Oxford in the United Kingdom (UK) is a distance learning university. Oxford offers undergraduate and post-graduate diplomas and certificates in courses such as “Master of Studies in International Human Rights Law” and “Undergraduate Advanced Diploma in Data and System Analysis.” Harvard University, the prestigious Cambridge, Massachusetts university, has Internet based distance education courses as well as online seminars and lectures through its Harvard Extension School.

In 2007, the reputable Stanford University in Palo Alto, California, became a distance learning university in two ways. Stanford started the first online high school for gifted students as well as launched an international outreach program that same year. Stanford’s distance education high school diploma program, Education Program for Gifted Youth (EPGY), is designed to be completed by gifted students in three years. The international outreach program adapts Stanford’s education programs in collaboration with education models in African and Latin American universities.

A distance learning university usually offers prospective students self-assessment materials to help them discover whether distance education and online programs are right for them. Distance education is not for everyone because it takes an extreme amount of self-motivation and a close attention to deadlines to successfully complete mail correspondence or online classes. Not having much social interaction is a concern for some prospective distance education students, but many distance university courses today include online discussions between students as well as group projects using online technology.

Completing a course or degree on a part-time basis through a distance learning university can be a great option for those with work hours or commitments such as raising children that don’t allow them to attend a university full time in person. Exam delivery varies widely depending on each distance learning university. Not all schools offer exams remotely, and in this case, students may be required to take exams in nearby colleges or universities. Distance education is not something to rush into lightly, but it can be a great opportunity for those needing a flexible alternative to attending university on campus.

Advantages of Online Education

Online education has many advantages. The best one is you are able to set up your  learning schedule yourself. You are no more at your childhood to spend your full time going to school. You may be looking for a career promotion or job move that requires degree of further education, or you just need to learn something new. It is believed that, you have too little time to follow normal scheduled program class time. It is undoubted that online education is an ideal way of learning for active people.

There are many people facing with big problems of spending their time, especially for whom that already got married and just started their own family. Normally, working time takes the major time of your daytime hours. That leaves only a few hours each day that you can spend for learning. If there are kids, football practice and dancing will take up a large part of the remaining time. So there are only few hours left a day for your additional education.

Even though if you are free for several hours a day, you are surely facing with the problem of seeking those learning programs you need from a college close to your home. Unless you are too lucky to live in a university city, you  have likely to travel several hours each time you go to school. And that is never a big question with distance learning because the classroom is as near as your laptop and you will attend class any time any where at your own comfort and convenience.

Another great advantage of online education is no learning location required. You can execute your distance learning from any where at any time. You can start your learning at night after the rest of the family has been slept or you can even start learning study in the early mornings.

Although you are very busy with your work and your family these days, you are surely recognize  that online education is obviously a great way to obtain additional knowledge and skills that promote your career and your life.

More resources on Online Learning............,

Distance Learning Programs

Most of colleges and universities realize that not anyone can enroll in regular classes to obtain college education degrees. Because that they are offering many distance learning programs. These allow students from anywhere around the country to get university education and then obtain online learning degrees.

There are many problems that need to solve in order to get a college education. These could be the cost the accessibility of college class. Many young students and their parents simply cannot afford to spend tens of thousands of US dollars that are required for a regular degree program in university. Other students are living in remote areas of the country. They are impossible to follow college courses if there are no major supports and subsidies.

Online distance learning allows them to overcome many of these difficulties by connecting to the university from their choice via the internet and enrolling in online degree providing programs in their industry of choice. Thanks to that way of learning, they can get a college education and still help their family at home or they can keep working their job during day time and take the online classes at night. It is now not a matter how much money your family has or what stage of life you choose to continue your education. An online program from a reputable and accredited university is worth just as much as if you go to the school for four years right after high school.

If you can imagine an online classroom you could see many types of people from wide range of ages and life experiences sitting with their laptop or PC, engaged in the pursuit of an online learning degree. Their enthusiasm to learn is great as they are sitting in a regular classroom or lecture hall at the regular university. But I believe that the thing you are most impressive is that these students who are learning for online degrees have an inspiration for studying and a motivation to go ahead that any university professor could love to see in his much more younger class. These students desperately want to get their college education. And now distance learning programs will make their dream a reality.

More resources on Online Learning.........,

Online degrees benefits

There are many benefits of getting earning online degrees from distance  learning.  You can learn with your own schedule in the conveniences at your own place and you could do the homework at your living room or in your bedroom with your laptop.

Further more you as well get the chances to study again. For many people  this is really wonderful opportunities. Many of us are sticky with low-earning jobs. These  are stifling our  inspiration and creativity.  Other people simply keep learning to spice up their life by enriching their knowledge.

Nowadays, many institutes around the world are providing accredited online learning degree programs. These opportunity and these benefits are awaiting for learners to pick like a near-by fruit. Now you can attend an online learning program and distance education will help you to harvest your own share.

Although most of your online studying is completed from your own place there are tons of resources those are available to support you for achieving your online degrees.  Real lecturers, professors and advisors  are ready to help their students. Some universities or colleges even offer you your academic advisor that help you to choose the best studying program that best meets your requirements.

Another great benefit of obtaining online degrees is almost guaranteed pay raise. Your existing employer should be given first opportunity to reward your efforts by giving you a new position or assignment. If this is impossible then the marketplace will “compensate” you with specialized training for further chances to increase your earning ability.

Maybe the greatest benefits of obtaining online degrees are actually the intangible ones. The pride and boost to your self-esteem that you will  see from finally graduating is worthy with any payment.

The recognition and respect  of your colleagues and family is really a priceless value of getting an online degree. Your colleagues at work will start to consider you quite different since you are becoming more knowledgeable and skillful in your career.

More resources on Online Learning............,

Doctor of Engineering Degree

Doctor of Engineering (D.Eng. or Eng.D. or Dr.Eng. or D.E.) is an academic degree awarded on the basis of advanced study and research in engineering. In most of the countries it is the terminal research doctorate degree in engineering or applied science.

It is awarded by many American universities, and is equivalent to a PhD degree in engineering/applied sciences. To be admitted as a doctoral student, one must hold a Master’s degree (rarely a Bachelor’s degree) in engineering or related science subject and pass a comprehensive entrance exam. The student must complete necessary course work, be taught examinable courses, perform independent research under supervision of a qualified Doctoral Advisor, and pass the thesis defence. The D.Eng takes four years (full time) to complete and has compulsory taught components and coursework/projects.

In the United Kingdom, an engineering doctorate was traditionally used as a higher doctorate, awarded on the basis of a significant contribution to some field of engineering over the course of a career. However, since 1992 some British universities have introduced Engineering Doctorate (EngD) schemes which are four-year PhD-style courses but with a greater taught element, strong industrial links and favourable funding arrangements.

A Doctor of Engineering degree awarded by universities in China, Japan and South Korea is equivalent to a PhD Degree in Engineering awarded in the USA. To be admitted as a doctoral student, one must hold a masters degree (M. S., M. Eng., or M. Sc.) in the same or related subject and pass a comprehensive entrance exam. The student must complete necessary course work, perform independent research under supervision of a qualified Doctoral Advisor, and pass the thesis defense. It usually takes more than three years for a student with an MS Degree to complete his/her doctoral study. However there are few areas (such as Materials Science and Engineering) of study where both D. Sc. and D. Eng. can be awarded depending upon the school which houses the department.

Master Civil Engineering Degree Online

A master degree in Civil Engineering online will bring to you the opportunity to development the advanced knowledge and expand the scope of the field. The master degree can be your golden key to get any great jobs in civil engineering career.


Earning the master degree in Civil Engineering while continue building your career experience by maintaining your current job is not an easy task but it is possible through online civil engineering degree program. An online degree program offers a great deal of convenience and flexibility where you can plan your study time that fit into your busy working schedule. At any time if you are required to travel for job assignment on any civil engineering project at outstation or oversea, you study won’t be affected as you can still login to the online classes from where you are to get the learning materials, download and submit assignment & etc. What you need to ensure you stay focus on your master degree study is be self-motivated, plan your study, follow the learning schedule that you have planed for yourself and make your progress toward the completion of the program to earn your credential of the field.


Many accredited universities are offering online master degree in Civil Engineering which specifically designed for the working Civil Engineering professional. Most of these programs are planning according to the recommendation of the ASCE (the American Society of Civil Engineers). There are various specializations in online master Civil Engineering that you can choose to major in, such as Construction Engineering, Structural Engineering or you can choose to major in technological side of the field. Depend on your career goal, you should easily find one that contains the courses which best fit your interest. Once you have identified a degree program that meet your requirement, the enrollment into the program is easy with the available of internet as most universities allow you to enroll online by submitting the online admission form.

Manufacturing Engineering Scholarships

Students pursuing a major in manufacturing engineering receive core curriculum in science and mathematics. Within the specialty students study more focused components of a manufacturing environment including technological and production processes associated with all aspects of manufacturing.


The job of a Manufacturing Engineer includes designing, analyzing and implementing innovative systems and processes that streamline the production of materials and goods. Professionals may be asked to consider manufacturing from a wide perspective, including financial, technical, and labor related aspects.


Part of the mission behind the Society of Manufacturing Engineers (SME) is to provide monetary and professional support to member students. To those ends the organization sponsors a heady array of scholarships for students at all levels of manufacturing engineering studies. A few include:


Caterpillar Scholars Awards are offered to high school seniors enrolling in a manufacturing engineering major at a four-year college. Preference is given to minority students with proven academic talent.
Phoenix Scholarships go to students pursuing manufacturing engineering in a college in Arizona.
E. Wayne Kay Community College Scholarships are available to manufacturing engineering students attending a two-year community college program. Eligible applicants must have at least a 3.0 GPA to be considered.
High school students who already are engaged in manufacturing engineering activities and are members of the Junior Engineering Technical Society (JETS) not only have access to extracurricular know-how and industry-related activities, but they also are eligible for scholarships. The Next Generation Scholarship Fund is designed to attract those graduating high school students with superior academic aptitude especially in engineering.


College Scholarships


The College of Engineering and Architecture at the University of North Dakota offers scholarships relative to students in the Industrial and Manufacturing Engineering program. Most of the departmental scholarships are available to upper level and graduate students, including the Helgason Scholarship. Incoming students must apply for general academic or financial scholarships through the Financial Aid Department.


Wayne State University offers students scholarships through the department of Industrial and Manufacturing Engineering. Students must write an essay outlining their career goals as well as include letters of recommendation from faculty and a professional resume. Applicants being considered for the awards may also be subject to an interview.


A few of the nearly dozen scholarships sponsored by the College of Manufacturing Engineering at the University of Wisconsin-Stout are:


Rath Foundation Scholarships are awarded to new or transfer students who are at the top of their class academically. Up to $6,000 possible.
An upper level manufacturing engineering student with an internship already under his or her belt may qualify for the John Entorf Scholarship. Awards are up to $2,000.
3M Wisconsin Community Affairs Council Scholarships are specifically designed for students in at least their junior year of the ME program. Awards are $1,000.
Minority Scholarships


Traditionally minority students have been underrepresented in the sciences and engineering fields. For this reason minority students, including women, will find an almost endless array of scholarships all designed to offer the best support possible: money.


The Society of Women Engineers (SWE) annually awards well over 100 scholarships to female students pursuing degrees in an accredited engineering program. Applicants may be undergraduate or graduate students.


The National Society of Black Engineers (NSBE) offers dozens of scholarships funded by generous corporate sponsors like ExxonMobil, Delta Airlines and Northrop Grumman. In most cases applicants must demonstrate above average academic talents in the major.


The American Indian Science and Engineering Society sponsors scholarships for students majoring in an array of engineering degrees, including manufacturing engineering. Applicants must be ready to offer a Certificate of Indian Blood along with other specified criteria.

Civil Engineering Degrees Online

Online degrees are a great way to get an education from the comfort of your home. Even successful civil engineers will still need to upgrade their skills and take a civil engineering degree online.  Considering this option will prove to be beneficial at work since a civil engineer would have first-hand information on the latest trends and development in his chosen field.


The nature of a civil engineer’s job changes constantly and so a civil engineer needs to keep up with what’s new. A civil engineer is in charge of constructing buildings that should stand the environmental hazards, which also constantly change. Learning new techniques and methodologies is necessary and that is where civil engineering degrees online comes in.


Where Can I Find It?


The civil engineering degree online course available in the school of your choice provides further studies on the various aspects of the engineering field. Compared with other engineering sciences, civil engineering is a completely broad profession. There are different specialties under it and a engineering degree online can get a bit complex that way. Because of that, some may find it a less attractive field to get into, but civil engineering is a major part of society since it tackles the necessary construction projects that symbolize progress.


What Does It Mean For your Career?


A completed degree online can take you to a lot of possibilities in terms of career. There is no expert forecast on the possible increase in the number of civil engineering jobs in the future, but the demand for these engineers is constant. People will always need their skills in putting up building and houses as the world population continues to grow.


Is It Easy?


Like any conventional type of schooling, the civil engineering degree on the internet could get a bit demanding, and it is interactive too. The good side of it is the flexibility of schedule, although there are occasions when you have to be online to participate in school forums. These degrees online are getting popular among the new breed of engineers who like to stay updated on the advancements in engineering.


Regardless of what field you are or what your specialty is, it wouldn’t hurt to consider continuing your studies through online degrees. This effort could take you a notch higher in terms of your skills level and you can also get paid higher eventually.


You can check with the schools you are considering for the civil engineering degree online. Gather as much information as you can so you can also compare the data with the other schools that offer the same program. Inquiries about course details are free of any obligation to sign up or enroll, so take advantage and get all the important data you can get hold of.

Bachelors, Masters and Doctoral Engineering Degrees Online

An online engineering degree can be your ticket to the future. The need for engineers is expected to increase until at least 2014. Now is the opportune time to start an entry-level bachelors engineering program or to advance your career with a masters or doctoral engineering degree online.

There is no longer any reason to have work or family responsibilities interfere with your ability to earn a degree in engineering. An online course can let you do your schoolwork around your schedule. You can read the material online, communicate with your professor via e-mail, join a classroom via VOIP technology, or talk with classmates in a chat room. Testing can occur online or at a proctored site. Internships can be arranged in your local area.

Online engineering degree programs are available for biomedical, computer, electrical, mechanical, chemical and civil engineering. Many accredited colleges and university around the country offer entry-level bachelors degrees or advanced masters and doctoral engineering online degrees. You are not limited geographically.

Starting salaries for in demand engineer’s start at $40,000 and for advanced degrees can go to $118,000. Fifty percent of engineers earn between 58 and 93 thousand dollars. The average bachelors prepared engineer earns 54K, masters prepared earn 68K and doctoral prepared earn 80K.

If you are interested in nanotechnology, communication, electronic goods, chemistry, planning and development, research, medicine, or governmental work in defense you may be interested in pursuing a lucrative career in engineering.

Master of Engineering Degree in United Kingdom

In the United Kingdom, the Master Engineering (M.Eng) is an undergraduate award, available after pursuing a four or five year course of study. These are taught courses, with only a small research element in the third and/or final year, and are not available as postgraduate qualifications in most cases. Most British universities offer both the traditional three or four year courses in engineering, leading to a B.Sc. or B.Eng, and a M.Eng respectively.

Some universities, such as Brunel University, Oxford, Cambridge and Imperial College London, offer only the four year M.Eng, although even these make provision for leaving at the end of the third year. For those who leave after three years or fail the fourth year, a B.Sc is awarded. The Open University run the MEng study as a postgraduate degree requiring a BEng to be completed, at most, 2 years prior.

The Engineering Council Postgraduate Diploma is set at the final year of a British MEng. The MEng is now a mandatory requirement for application to become a Chartered Engineer.

n terms of course structure, M.Eng degrees usually follow the pattern familiar from bachelor’s degrees with lectures, laboratory work, coursework and exams each year. There is usually a substantial project to be completed in the fourth year which may have a research element to it, and a more teaching-based project to be completed in the third year. At the end of the third year, there is usually a threshold of academic performance in examinations to allow progression to the final year. At some universities, the structure of the final year is rather different from that of the first three, for example, at the University of York, the final year for the Computer Systems and Software programme consists entirely of project work and intensive advanced seminar courses rather than traditional lectures and problem classes. Final results are, in most cases, awarded on the standard British undergraduate degree classification scale, although some universities award something structurally similar to ‘Distinction’, ‘Merit’, ‘Pass’ or ‘Fail’ as this is often the way that taught postgraduate master’s degrees are classified.

At some universities in the U.K. in the early 1980s, the M.Eng was awarded as a taught postgraduate degree after 12 months of study. Its entry requirements would typically be like those for other taught postgraduate courses, including holding an undergraduate degree, and its format would be similar to the modern M.Eng although, as with many postgraduate master’s degrees, the project would extend over a longer period. M.Eng courses in their modern, undergraduate form were introduced in the mid-1980s in response to growing competition from technical-degree graduates from continental Europe, where degree courses are often longer than the usual three years in the U.K. There was a feeling among recent graduates, the engineering institutions, employers and universities, that the longer and more in-depth study offered on the continent needed to be made available to U.K. students as well. Since to obtain a taught master’s degree in the U.K. typically took an additional year beyond a bachelor’s degree, it was decided that this extra year would be integrated into the undergraduate program and, instead of pursuing both a bachelor’s and master’s degree, students would proceed directly to a master’s degree.

Since its introduction, the M.Eng has become the degree of choice for most undergraduate engineers, as was intended. The most common exception to this is international students who, because of the substantially higher fees they are charged, sometimes opt to take the tradition B.Eng/B.Sc. route where that is available. Most of the engineering institutions have now made an M.Eng the minimum academic standard necessary to become a Chartered Engineer. Graduates who graduated before the changes in the rules will still be allowed to use their bachelor’s degree for this purpose and those who have earned a bachelor’s degree since the changes can usually take some additional courses (known as ‘matching sections’) over time to reach an equivalent standard to the M.Eng.

Online Engineering Bachelor Degree

Before applying for Online Engineering Bachelor Degree Course, you should understand what you will learn and furthermore, what you will do with engineering jobs.

Engineering Basics

People who work in engineering do all kinds of jobs. The majority of engineers concentrate in a specific area such as structural and transportation engineering, which is part of civil engineering and materials engineering.

Engineers also may specialize in one industry, such as aerospace, computer, or medical. The following are more in-depth explanations of various engineering disciplines:

Mechanical engineering is one of the broadest of all disciplines. Mechanical engineers research, develop, design, manufacture, and test tools, engines, machines, and other mechanical devices.

They work on power-producing machines such as electric generators, internal combustion engines, and steam and gas turbines, as well as power-using machines such as refrigeration and air-conditioning equipment, machine tools, material handling systems, elevators and escalators, industrial production equipment, and robots used in manufacturing.

If a machine has moving parts that work together to produce power – it’s likely that a mechanical engineer designed it. They also design tools used by engineers in other specialties and work in emerging fields like nanotechnology.

Mechanical engineers may work in production operations in manufacturing or agriculture, maintenance, or technical sales; many are administrators or managers.

It has been said that mechanical engineering is where the power is.

Civil engineers work in the public interest on projects that impact public health and safety. Some specialize in environmental engineering, focusing on protecting the water supply, or finding safer ways to process human and chemical waste.

Others specialize in construction, or in designing roads, bridges, airports and urban transit systems. Civil engineers design and supervise the construction of roads, buildings, airports, tunnels, dams, bridges, and water supply and sewage systems.

Theses engineers have to take in to account many factors in their design process. They are responsible for calculating construction costs, expected lifetime of a project, government regulations and potential environmental hazards to their projects such as earthquakes.

Civil engineering is one of the oldest engineering disciplines and includes many specialties. The chief specialties are structural, water resources, construction, environmental, transportation, and geotechnical engineering.

Many civil engineers hold supervisory or administrative positions, from supervisor of a construction site to city engineer.

Biomedical engineers develop mechanisms and procedures that solve medical and health-related problems by using knowledge of biology and medicine with engineering principles and practices.

Many do research, along with life scientists, chemists, and medical scientists, to develop and evaluate systems and products such as artificial organs, prostheses, pharmaceuticals and medical information systems.

Most engineers in this specialty need a sound background in another engineering specialty, such as mechanical or electronics engineering, in addition to specialized biomedical training.

Some specialties within biomedical engineering include biomaterials, biomechanics, medical imaging, rehabilitation engineering, and orthopedic engineering.

The more authentic information about degree you know, the more likely people are to consider you a degree expert. Read on for even more degree facts that you can share.

Work Environment

Engineering professionals work in various settings such as office buildings, laboratories, or industrial plants. Some may also work outdoors at construction sites and oil and gas exploration sites. Some engineers travel extensively to plants or worksites. Engineers work a standard 40-hour week, but longer hours can be expected to meet deadlines.

Education Requirements

A bachelors degree is the minimum requirement for entry-level engineering jobs. So online engineering bachelor is okay for your future careers.

Most engineering degrees are granted in electrical, electronics, mechanical, or civil engineering. Many programs also include courses in general engineering. A design course, sometimes accompanied by a computer or laboratory class or both, is part of the curriculum of most programs.

PhD Program in Computer Science at IIIT-Delhi (2010)

PhD Program in Computer Science at IIIT-Delhi (2010)

The goal of PhD programs in IIIT-Delhi is to train students to become top class researchers who can be part of the global research ecosystem, and contribute to research organizations and research universities across the world.

For its PhD (Computer Science) program, IIIT-D invites applications for admission for 2010 in following research areas:

    * Image Analysis and Biometrics

    * Information Management and Data Analytics

    * Mobile and Ubiquitous computing

    * Security and Privacy

    * Software Engineering

    * Theory

Some key features of the program are:

    * Based on the best practice model in top universities, worldwide, fresh B.Tech. graduates with research aptitude are strongly encouraged to apply for the PhD program

    * GATE scores are optional but not required

    * Strong faculty groups that will supervise the students and provide international exposure

    * Being a focused program, it is expected that a student should be able to finish the PhD within 4 years

    * Attractive compensation: the stipend in first year is Rs 20,000 per month; 2nd to 4th year it can be upto Rs 25,000 per month, based on performance

    * IIIT-D will provide financial support to present papers in reputed national and International conferences

    * For full time PhD students with assistantship (Teaching or Research), tuition fee (Rs. 1 Lakh per year) will be waived

Collaborative PhD Program: As part of its PhD program, IIIT-Delhi has successfully started a "focused collaborative PhD program" with selected partner groups/institutes across the world. In addition to the above mentioned features of PhD at IIIT-D, other features of collaborative PhD program are:

    * A student is admitted to PhD program at IIIT-D, from where he/she will get the degree. Interview for admission may be done jointly by IIIT-D and the partner group

    * At least two supervisors: main supervisor will be from IIIT-D and may have an external co-supervisor from the partner Institution

    * After completing the course work and starting the research, the student may spend 3 months to 1 year with the co-supervisor at the partner group/institution

    * While at the partner group or organization, the partner will pay the stipend as per their norms

For collaborative PhD program, applications are invited for the following research areas:

    * Biometrics: collaborators are from University of Notre Dame, USA; West Virginia University, USA; The Hong Kong Polytechnic University, Hong Kong

    * Information Security: Collaborators are from University of Maryland Baltimore County, USA; IBM- India Research Labs, India; City University London; State University of New York, Buffalo, USA; University of Luxemborg, Luxemborg, UIUC, USA

    * Mobile and Ubiquitous Computing: Collaborators are from University of California, Los Angeles, USA; INRIA-Rocquencourt, France; Newcastle University, England; Ohio State University, USA

    * Software engineering: Collaborators are from Saarland University, Germany; Microsoft Research, Bangalore; The Hong Kong University of Science and Technology, Hong Kong

    * Information Management and Analytics: Collaborators are from IBM Indian Research Lab; University of Aizu, Japan

Detail information of the collaborative PhD program is available here.

Eligibility: For both programs (regular PhD and collaborative PhD), IIIT-D is looking for candidates who have good programming expertise, solid foundations in CS/Maths, and interest in pursuing research in one of the above mentioned areas. Eligibility criteria for applying: A person who has good academic record throughout and graduated within the last two years with a BTech/BE/MTech/MS/ME in CS/IT/ECE/EE with a good academic record (at least a CGPA of 7.5 or equivalent in IITs/NITs, or in the top 10% in his/her CS/IT/ECE/EE batch from other institutions). Requirements may be relaxed for candidates with publications/ R&D/software development experience in their area of interest.

Important dates:

    * Last date to receive application: April 19, 2010

    * Screening results: April 24, 2010 (5:00 PM)

    * Written and Programming Test/Interview at IIIT-D: May 10

    * Results on the website: TBA

    * 1st day of semester: TBA

How to Apply:

    * Apply online: PhD application form.

    * Once the online form is filled, applicants have to print the filled form, paste a photo, sign on the declaration, attach a Demand Draft of Rs. 300 and post it to:

      PG Program Coordinator

      IIIT Delhi

      NSIT Campus

      Azad Hind Fauj Marg

      Sector-3, Dwarka

      New Delhi - 110078

    * Application checklist:

          o Printout of duly filled application form

          o Details of publications, awards, and honors (if any)

          o Non refundable application fee: A demand draft of Rs. 300 in favor of IIIT-Delhi, payable at Delhi

Sponsored Full Time Candidates: This category comprises of students who are working professionals and are sponsored by the reputed organization by giving an undertaking. They will not be entitled to any financial assistance from the Institute, fee waiver, and on-campus placement. Admission process will be same as for regular candidates. For sponsored candidates, a tuition fee of Rs. One Lakh per year will be charged.

Admission Process: Based on the facts furnished in the application, a screening will be performed and selected candidates will be asked to appear for a competitive entrance process that includes written and programming tests and interview. Written test may be objective or short subjective. Questions will be from Data Structures, Algorithms, Discrete Maths, Theory of Computation, and Probability Theory. In the programming test, candidates will be asked to write and execute a program in one of three languages (C, C++, JAVA). Based on the performance in written and programming tests, selected candidates will be interviewed.

Clarifications:

    * MCA/MSc(CS/IT/ECE) degree is considered equivalent to the BTech/BE degree. Such students are         also eligible to apply with the condition that in their undergraduate (i.e. B.Sc.) they should have Mathematics as one of the courses and keen interest/capability/commitment in pursuing research.

    * Test/interview venue will be IIIT-D.

    * Students in their final semester of BTech/BE/MTech/ME are eligible to apply.

    * We will not entertain requests to change the test/interview dates and place.

    * Students in Electronics branch are also eligible to apply.

    * IIIT-D PhD program is a full time program, not a part time program.

    * The admission decisions (i.e. screening, shortlisting, and others) will be made by the IIIT-D PhD admission committee, which will be final.

    * Recommenders should be someone who is professionally affiliated with the applicant such as a faculty member in the qualifying degree granting institution, thesis advisor, supervisor, and senior member in their organization.

    * If you have selected two research areas in the application form, then, during interview, questions may be asked from both the areas. However, a candidate may select one of the areas during interview.

    * Outstation candidates will have to furnish the proof of travel. If a candidate decides to choose a different mode (e.g. 3AC, air, etc.), IIIT-D will only reimburse the second sleeper or public transport bus fare by the shortest route.

    * If the candidate is selected for admission and decides to join IIIT-D, hostel facility will be provided as per the norms of the institute.

    * Accommodation during the entrance process will be provided to the outstation candidates (not to any other relatives/guardians) with the condition that prior intimation is given through email to host@iiitd.ac.in along with complete itinerary.

    * All communications will be through email. We will not send any postal mail. Further, most announcements about the admission to the PhD program for 2010 will be made through this site. Results will also be declared through this site. Hence, candidates are advised to check this site regularly for updates.

    * As decided by the PG Committee, IIIT-D selection team will go to some good engineering colleges to screen PhD candidates based on written exam and one round of interview. Pre-selected students will have to attend final round of interview, including interview with the collaborator, at IIIT-D.

PG Admission 2010 IIT ROORKEE

PG Admission 2010 ( (Last Date for Receipt of filled Application Form is April 19, 2010)
          o Detailed Advertisement 2010
          o Download - PG Information Brochure-2010
          o Download - PG Application Form-2010
          o Download - Prescribed Format for OBC Certificate

Students admitted to the graduate programs of study at IIT Roorkee go through a process of selection prior to their admissions. The process of selection is administered at the national (All India) level or at the Institute depending on the program of study. For detailed information of the Institute and different programs, download the information brochure given below.

GATE (Graduate Aptitude Test in Engineering), The Graduate Aptitude Test in Engineering is an All - India Examination conducted by the seven IITs and IISc Bangalore, on behalf of the National Coordinating Board - GATE, Department of Education, Ministry of Human Resources Development (MHRD), Government of India. For more info follow link GATE

JAM (Joint Admission Test to M.Sc) for admission to M.Sc programmes at the IITs. From year 2005 admissions to MCA programme at IIT Roorkee are also made through JAM which were previously through AIMCET. More info at JAM website

JMET (Joint Management Entrance Test) The Joint Management Entrance Test is an Examination conducted by the seven IITs and IISc Bangalore for admission to the Postgraduate Degree Programmes in Management in the respective Institutes. More info at JMET website

This Institute offer courses leading to two-year Master of Science degrees in a number of disciplines. In addition, post-graduate programmes leading to M.Tech., M.Sc. and Ph.D. degrees are also offered.