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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 Architecture

Bachelor of Science in Architecture

Bachelor of Science in ArchitectureArchitecture is a classic craft. It came from the Greek word arkhitekton where “arkhi” means master (or chief) and “tekton” is builder. Nowadays, a draftsman, a chief builder and an architectural designer may render architectural services but may not always be called an architect. Before you can be an Architect, you need to complete certain requirements such as completing the Bachelor of Science in Architecture degree from an accredited institution and passing the license exam. But before we discuss the bachelor’s degree in architecture further, let us have a brief overview of Architecture.

Introduction to Architecture

The Royal Institute of British Architects (RIBA) was founded in 1837 and it was only in mid 19the century that Architecture became an organized occupation. RIBA was established to further develop architectural education and to provide prominence of architecture in every town and city. Then two decades after, The American Institute of Architects was likewise started following the footsteps of the British Architects. At that time, architecture education was mainly influence by the Ecole des Beaux Arts, a French Academy in Paris which was established during the 17th century. The influence of Beaux-Arts Classicism was broadly evident in most architectural designs of America including Grand Central Terminal and such structures as the New York Public Library.

Architecture continued to develop at the turn of the last century. Architects were mostly showmen and became marketers themselves. They paid much attention to details and even illustrated their artistry not only on their crafts but on their own places and offices. Nowadays, the same artistry style is evident in most architectural firms.

How to be an Architect?

To start an architecture profession, you have to first be equipped with a university degree in architecture in one of the 114 architecture programs accredited by the National Architectural Accrediting Board. You can choose from several kinds of specialization or education programs in architecture. The four primary kinds of architecture programs will be the 5 year bachelor’s degree, 2-year Master of Architecture degree, 3-4 year Master of Architecture degree and the PhD in Architecture. The most typical kind is the 5-year Bachelor of Science in Architecture program.

In the United States, they require architecture graduates to obtain license to practice their profession. It depends on the state where one will be practicing architecture. Below are the requirements that need to be completed for architecture license:

  1. A bachelor’s degree in architecture from schools accredited by the NAAB

  2. An internship in an organization with an authorized architect for 3 years

  3. A passing grade on architecture license examination administered by NCARB or the National Council of Architectural Registration Board.

Moreover, one can be a licensed architect even without the degree if he did architectural projects for an authorized architect for 10 years. In certain cases such this, the candidate could be permitted to have Architect Registration Test or ARE and if he passes he could be given a permit to practice architecture.

Top 18 Schools for the Architecture undergraduate program

  1. Cornell University

  2. Southern California Institute of Architecture

  3. Rice University

  4. Syracuse University

  5. California Polytechnic State Univ., San Luis Obispo

  6. University of Texas at Austin

  7. Virginia Polytechnic Institute and State University

  8. Rhode Island School of Design

  9. Iowa State University

  10. Auburn University

  11. Pratt Institute

  12. Carnegie Mellon University

  13. University of Notre Dame

  14. University of Oregon

  15. Boston Architectural College

  16. University of Southern California

  17. Cooper Union

  18. Pennsylvania State University

Architecture as a Profession

It has frequently been said that we become what we repeatedly do and it affects the way we present ourselves to others. In correlation, our way of life can actually tell a lot about our standards and inclinations in the same way our houses represent a great approximation of the attitude we consider and the lifestyles we lead. These are just few of the significant variables the architects must bring forward in constructing homes as well as the structures that people want.

They are not only planners but builders and designers as well. Their profession covers and takes into account the principles of engineering, components, aesthetics, building codes, local ordinances, structural principles and materials availability. Architects must also understand their customers’ environment and wants to successfully provide advice and convey ideas and images into a final design.

In terms of salary and benefits, their compensations can be influence by many factors such as location, experience, firm, and level of education. Based on the data of US Department of Labor Statistics in May 2011, architects in the United States earn between $44,030 and $119,410 annually and their annual average wage is $79,300 a year, while their average hourly rate is $38.13.

If you would like to pursue this profession, there are a number of schools to choose from that offer online training for Bachelor of Science in Architecture.

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Bachelor of Architecture

The Standard Curriculum of a Degree Course in Bachelor of Architecture

Bachelor of Architecture

The growing awareness in the importance of architects has greatly increased the number of people enrolling for a course in Bachelor of Architecture at a global scale. People are now more aware regarding what this particular form of art and science can do for them. The increased demand has led to more colleges and universities offering the course which has directly resulted to an increase in the supply of professionals. Architecture is no longer considered just at technical profession but also as a delicate art form and an advanced intellectual discipline. Its popularity is brought about by the fact that it is directly related to the biggest sector of the economy which is Housing and Construction.

The Job

The creation and execution of a building design and resolving any problems that arise in relation to it is the primary task of an architect. The architect therefore needs a strong foundation of the needed knowledge as well as good assessment and decision making skills.

The Curriculum

The standard course of Bachelor in Architecture focuses on achieving a very high state of contextual excellence through a combination of theoretical and practical exercises. The programme requires mastery of multiple disciplines and the input and evaluation of experts in numerous fields especially arts, engineering and technology, humanities, and professional practices is a necessity. Students are to be taught not only about space and construction environment but also about aesthetics because the profession requires the ability to interact with people: understanding others and making others understand.

The Skills

Architectural presentation is the most important skill in the profession because it is vital that the architect is able to express all the necessary details in diagrams and blueprints that are easy to understand. Therefore, drawing is necessary and should be taught in the early stages of the course. Research and writing is also important since the professional should be able to analyse and acquire the data and information that he needs and then document everything. He should also be proficient in the latest computer applications and equipped with the necessary technical knowledge to make his work faster and easier. Managerial ability particularly in problem detection and solving is also essential because he is likely to encounter several issues in the course of a project.

The Stages

The standard curriculum spans for five years and is composed of two phases. The first phase which includes the first three years is all about theories and knowledge foundation. The last 20 weeks of the first phase is centred on practical training aimed at providing students with actual experience in designing and constructing structures. The first 18 months of the second phase will be devoted on writing a research paper and presenting it to a panel of experts. This is to allow the students to experience how an actual project is made. The last six months will involve numerous seminars and workshops will also be conducted to supplement the knowledge and skills of the participants as well as to expose them to the latest innovations and newest ways of thinking.

Job Preparation

The course of Bachelor of Science in Architecture should not end without preparing the students of the numerous employment opportunities that will be made available to them after completing the degree as well as the several advancements they can choose from is they opt to further their studies. Architects can be employed in any sector be it public, private, NGOs, or multinational entities.

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Bachelor of Science in System Engineering

Obtaining a Bachelor of Science in System Engineering Degree Program After Learning More

Bachelor of Science in System Engineering

System Engineering is a branch of engineering that is composed of multiple disciplines. It is one of the youngest fields in the sector and it is focused on the design and management of highly complicated and multifaceted engineering projects from the start to the end of their life cycle. A systems engineer is essential because the average engineer tends to get overwhelmed when a project is too complex. A professional who specializes on such complex project is therefore essential to ensure its successful completion.

Duties and Responsibilities

The systems engineer serves as an overseer that manages teams of engineers to ensure they have proper coordination with each other. He is also tasked of ensuring the reliability of the blue prints, materials, and processes being employed. He is also in charge of gathering logistics and information that can help ensure the stability of the construction. He is to check and evaluate each measurement to make sure they are correct. He is to assess each work process and optimize them if possible. He should also ensure the necessary risk management strategies and safeguards are in effect. The role involves several disciplines such as the following:

  • Control Engineering

  • Industrial Engineering

  • Organizational Studies

  • Project Management

Graduate Degree Programs

A Bachelor of Science in System Engineering degree aims to arm students with the basics science and advanced courses in mathematics that are required to be able to perform analysis and designing of complex engineering systems. Math is the engineering language and all engineers are well versed in the subject. Students who successfully finish the degree program and pass the license examination can work in the following fields:

  • Healthcare

  • Information Technology

  • Manufacturing

  • Production

  • Telecommunications

  • Transportation

Average Projects

Bachelor of Science in System Engineering graduates are specialized at dealing with complex projects but it does not mean that they are not well equipped for the smaller projects. They are trained to be able to identify and analyze the needs of the client and then design equipment, networks, and devices that will be able to answer such needs in the most efficient and optimal manner. Systems engineers can also engage in research activities in which they study and experiment in order to create new innovations that will make troubleshooting system problems and improving the operating processes of a business or other artificial entity. Systems that are often the subject of engineering research and development are:

  • Aviation

  • Building Design

  • Computer Networking

  • Health Delivery

  • Product Assembly

  • Transportation

Course Topics

The first two years of the five year course are focused on the standard general education classes. The engineering life begins at the third year when the students are bombarded with advanced and specialized mathematics, computer and science courses. Numerous practical courses that provide students with hands on experience will also be tackled. Common topics include:

  • Design and Modeling

  • Dynamic Systems

  • Engineering Management

  • Operations Research

  • Physics

  • System Design

Popular Career Options

System improvement can benefit any business regardless of the industry where it belongs. This is why the career opportunities present to graduates of the degree program seem endless. The fields system engineering graduates can work on include but are not limited to:

  • Biomedicine
  • Government
  • Information Technology
  • Manufacturing

Sample job titles they can obtain are:

  • Integration Manager
  • Mission Director
  • Network Analyst
  • Project Chief
  • System Architect