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Bachelor of Science in Quantity Surveying Engineering

Bachelor of Science in Quantity Surveying Engineering

The Course Outline of a Bachelor of Science in Quantity Surveying Engineering DegreeBachelor of Science in Quantity Surveying Engineering

Engineering is one of the most respected sciences out there because it is in play almost everywhere. Anywhere there is a huge structure or building engineering is present. As the science grew, numerous branches of it have spawned and degree programs for each of these branches have also came to rise. This leads students with a variety of options and they can select the branch of engineering that fits their interest or career of choice in the future. One of the many courses related to this science are contained in a Bachelor of Science in Quantity Surveying Engineering degree program.

Program Objectives

One of the several advantages of the program compared to other engineering courses is that it takes only four years to complete as opposed to most of its counterparts that require five years. The aim of the program is to arm its students with both theoretical and practical knowledge in regards to identifying construction resources as well as their cost and value. This will enable them to promote proper control and utilization of resources. They can easily identify over or undervaluation of resources as well as other anomalies that can transpire in regards to construction projects.

Program Expectations

Holders of a Bachelor of Science in Quantity Surveying Engineering degree are expected to have careers in their sector of choice be it public, private, or education. The program will equip the students with the knowledge and skills necessary to qualify and excel in whatever sector they get employed in. The program will also keep them updated with the latest technological advancements and innovations in the field. They will also be taught on how to deal with all kinds of people they are likely to encounter upon finding employment.

Short Term and Medium Term Objectives

  • Creation of an environment that has the natural capabilities of producing quantity surveyors.

  • Reduction of the gap in human resources when it comes to quantity surveyors.

  • Combine the trusted methods and strategies of the past with the newest and more advanced techniques and processes of the modern age.

  • Improve the balance of surveyors in terms of gender.

Long Term Objective

The ultimate objective of the program is to produce highly skilled and very competent surveyors who will pave the way for better control and management of resources thus promoting sustainability and helping alleviate the conditions in the community. The students will not only be instructed with experienced professors but will also participate in various laboratory and computer training. They will also be exposed to first-hand experience through on-the-job training programs. There will also be numerous seminars and workshops to provide supplemental knowledge and skills need to rise above the competition in this very competitive industry.

Competency in Mathematics

Mathematics is the language of engineers regardless of the area of specialization. The program therefore is not meant for those who are not good at or hate Math. It is not advised for those who are average in math either. You need to at least be above average because you will encounter a lot of advanced math subjects. As you go through the study of engineering you will learn to breathe and live numbers. Numbers will be with you wherever you go. You will likely learn to love math if you haven’t already. Your calculator will be your best friend during your studies and you should learn to both depend on it and make quick computations using only your mind.

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Bachelor of Science in Computer Engineering

Bachelor of Science in Computer Engineering

Read This Bachelor of Science in Computer Engineering Program Overview

Bachelor of Science in Computer Engineering

Introduction to Computer Engineering

Computer Engineers are the brilliant minds behind computer breakthroughs. They work mainly on the research, design, testing, developing and creation of computer hardware such as computer chips, circuit boards, computer apparatus, and other associated equipment for example keyboards, routers, and printers.

Computer engineering profession resembles that of electronics engineers because they might design and test other electronic components and circuits. Nevertheless, computer hardware engineers do that function just because it pertains to computers and computer related gear. The rapid developments in computer technologies are mainly a consequence of the research, development, and design efforts of those engineers. Additionally they also work on computer networks for the transmission of information and multimedia. They perform to the interface between various parts of hardware and attempt to offer new features to present and new methods or items.

Computer Engineers embed computers in systems and other devices, construct networks to transfer information, and create ways to make computers, smaller, quicker, and much more able. They enhance the power of computers to “see” and “think” to make sure computers function the way they are programmed to.

As a Computer Engineer they should understand both computer hardware and applications to enable them to find new discoveries and alternatives. Moreover, they should consider networking, design automation, machine intelligence, design automation, online security, software and embedded system of a computer. In accordance with the important technical aspects of computer engineering, Computer engineers use a majority of the methods and concepts of electrical engineering and several of computer science to come up with new development on computer technology.

The Study of Computer Engineering

A Bachelor of Science in Computer Engineering program is an interdisciplinary course, which integrates both Electrical Engineering (EE) and Computer Science area. Computer engineering degree covers topics in computer hardware and software. There are lots of universities offering CE possibly for a diploma program or just as a sub-area of EE. Some of the excellent CE classes add instruction to the electronic, power and electronics systems. They cover disciplines that allow in electronic rational method circuits, computer and communication apparatus, and electro-optics microprocessors. Others acknowledge micro coding, logic circuits, electronic prototype processing, machine vision and lasers.

If you want to continue studies in CE, there are graduate and postgraduate programs for Computer Engineering. The Master’s degree covers advanced studies in programming, computer architecture, electronic design, and built-in methods while within the post-graduate program it include progressive studies in computer architecture, logic developing, hardware design and computer arithmetic languages.

Computer Engineering Job Outlook

There are many individuals who manage to become successful in this profession, the chances and benefits are just boundless. As they say, sky is the limit with its promising possibilities. Actually, some of the most successful and wealthy personalities in history are in line with this profession. There is Bill Gates, who owns Microsoft and Mark Zuckerberg, the creator of Facebook.

Although competition is really tough with this profession, you have boundless opportunities to choose from. Unlike the conventional branches of engineering, which are more or less static and change quite slowly, computer engineering is exceptionally dynamic. Therefore, it’s really a world for thinkers and innovators.

Based on the study of United States Bureau of Labor Statistics the employment rate for computer engineering will likely to increase by 11% from 2010 to 2020. The median yearly wage of computer engineers in May 2010 was $98,810. Just imagine how much it is nowadays.

However not everyone who dives in this area of study manages to become successful computer engineer. But if you are really enthusiastic about technology and love computers then do not let anyone stop you from pursuing a Bachelor of Science in Computer Engineering degree.

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Bachelor of Science in Information Technology

Bachelor of Science in Information Technology

The Language of the New Millennium Can Be Obtained With a Bachelor of Science in Information Technology

Bachelor of Science in Information TechnologyThe advance computer and internet generation created a totally different world in human history. There is no turning back. Information and data are being contained in even smaller mediums and hardware. Every year, the leading innovators in telecommunications and media outsmart each other by introducing more compact, intelligent and highly-interactive gadgets, hardware and software that basically change the landscapes of the global community.

Inventions and innovations come when the need arises. And in our day-to-day interaction with the rest of the world, either personal, linear or via the internet, we encounter necessities that challenge the mind of technological geniuses. Take for example the creation of social media, which now became more popular than traditional media. We used to know the news and trivia from our television sets and newspapers but today that is fast-becoming obsolete.

Newspapers are now facing the problem of competing with themselves because of their on-line publications. This is just one industry that relies heavily on the latest information technology and information systems. Imagine the numerous other industries that are now confronted by pressing challenges how to keep abreast of technology.

Everyone needs to be updated. Every office, every factory, every manufacturing plant, every media outfit, every advertising firm and marketing agency, every government office, every business, almost everything needs to be updated to survive the millennium era of technology.

How to Keep Pace with the Changing World?

The only way to survive in this “generation X” jungle is to learn and be equipped.

The Bachelor of Science in Information Technology or B.S. in IT is one of the hottest technological degrees now being offered by schools and colleges. Basically, it deals with the study of development and management of computer-based data, information and knowledge.

There are different careers under IT. One will find these interesting for they offer job opportunities and sizable amount of salaries to degree holders.

  1. Computer and Information Research Scientists – they develop and conceive new technology. They provide solutions to complex technological problems encountered by people working in medicine, business and other scientific disciplines. They also devise new uses for old technologies. The average salary range for computer and information research scientists is US$100,660 per year.
  2. Computer Programmers – they design programs needed to support software programs. Their creations are codes that enable computers to follow instructions and applications for the benefit of the users. Most programmers receive at least US$72,000 per year.
  3. Information security analysts, web developers, and computer network architects – their main concern is to protect, secure and promote their IT-based company. They receive salaries ranging from US$70,000 to US$75,000 per year.
  4. Computer Support Specialists – they are ones you call when you have a problem with your computer. They provide advice and support to individuals or companies that use computer software or hardware. They are the IT technicians. They get at least US$46,000 per year.
  5. Computer Systems Analysts – they help companies or agencies to be more efficient and effective in its operation by studying, reviewing and recommending better systems in using computers and relevant systems to information technology. They usually get a salary of US$77,000 per year.
  6. Database Administrators – they keep, organize and manage data that is imperative to the operations of a certain company or agency. The average salary for a database administrator is US$73,500 per year.
  7. Software Developers – they are the geniuses that puts life to our computer hardware. They developed software programs needed in our day-to-day work like lay-outing a newspaper, or designing a building, computing payrolls, or editing a film. All software programs we use in computer programs are created by these geniuses. They are usually paid at least US$90,000 per year.
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Bachelor of Science in Biomedical Engineering

Bachelor of Science in Biomedical Engineering

Bachelor of Science in Biomedical Engineering – A Degree That Utilizes a Variety of Skills

Bachelor of Science in Biomedical Engineering

The days when finishing any college degree ensures immediate employment are gone. Times have changed and have become a lot more difficult. This is because globalization has greatly increased the supply of workforce thus making the competition of jobs a lot tighter. A new graduate not only needs to complete with other graduates and also experienced individuals in his field, he also needs to compete with job seekers coming from other countries. Hence, selecting a major that will allow you to tread a smooth career path is now more important than ever. You should choose a path that is high-paying, is in dire need of new professionals, and does not have enough supply of new workers to meet its needs. One of the programs that fit these requirements is Bachelor of Science in Biomedical Engineering.

High Chance of Success

The probability of success with a degree in Bachelor of Science in Biomedical Engineering is extremely higher compared to other engineering courses because of the multifaceted characteristic of the program which means the sectors you can enter are very diverse. In fact, you can practice in almost all the fields other types of engineers can because biomedical engineering strategically combines the strategies, techniques, and skills of the its sister programs such as chemical engineering, electrical engineering, mechanical engineering, and optical engineering. You can immediately start as assistants to the said engineers and even get promoted as heads with a few years of experience and several units in master studies.

Earning Possibilities

Almost immediate employment and financial stability are the primary advantages of finishing the degree program. The average yearly salary for a fresh graduate of the course is more or less $50,000 which is almost at par with that of electrical engineers. Yes, the median salary of electrical engineers is higher than that of biomedical engineers. However, getting employed as the latter is almost assured while getting employed as a former is very difficult and it might take you months or even a year or more to land a job. This is because electrical engineers are already at a surplus. There are simply too many of them. Biomedical engineers on the other hand are quite few and are never enough to fully satisfy the demand for their services. This means that there are always available vacancies.

Difficulty of Jobseeking

The more popular kinds of engineering have existed for decades and they produce thousands of graduates each year. The outstanding graduates are the often the only ones assured of a job while the others are left to fight over the few vacant positions remaining. This can prove to be a huge challenge especially since looking for a job can be very expensive. You may spend material amounts trying to get a job only to have it taken by someone who is only slight better than you in terms of grades or experience. Biomedical engineers never experience this problem. The profession is quite new and companies are often tolerant and patient in training new hires so they are not that strict in terms of grades or experience level. Also remember that as long as there are illnesses and diseases to fight biomedical engineers will always be needed to come up with new treatment as well as new strains of antibodies. And a sickness free world still cannot be seen in the near future so you can be assured the demand will still be huge when you graduate.