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Bachelor of Architecture

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

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
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Bachelor of Science in Construction Technology

Bachelor of Science in Construction Technology

What is Bachelor of Science in Construction Technology

Bachelor of Science in Construction Technology

Traces of construction engineering can be found in every modern city and sometimes even in the towns and provinces. Its handy work includes airports, bridges, dams, large buildings, railways and many more. The field covers not only the completed structures but also how the materials were chosen and put together. Planning and all other stages of the construction also fall under the said field.

Educational Requirements

Putting a building or any other infrastructure together covers not just the planning and putting together of the materials. It also includes managing the construction workers and making adjustments to solve unforeseen problems. This is why a Bachelor of Science in Construction Technology includes the study of both construction engineering and construction management. Just keep in mind that a construction engineer can take the job of a construction manager but a construction manager cannot take the job of a construction engineer. This is because the engineer has the management knowledge and skills necessary fill in for the manager but the manager does not have the necessary knowledge and skills to fill in for the engineer.

Construction engineering is all about turning a blueprint into a realized infrastructure. Oftentimes, a professional with the necessary vision such as an architect will be the one making the design and blueprint and the engineer will do the rest to bring the design to life. Some skilled engineers however are also capable of making designs and blueprints. The engineer is responsible for the selection of the materials and the selection and implementation of techniques and equipment that will make the project work.

The Challenge

The architect can be viewed as someone issuing a challenge while the engineer can be viewed as the one accepting the challenge. The architect can make a blueprint with a very difficult design and it will be up to the engineer to make it happen. There are many world famous structures and monuments that at first were thought to be impossible to build but engineers eventually found ways to accomplish them. This is why engineers should be able to analyse the situation quickly and adequately and then utilize critical thinking to come up with a solution to the problems.

Problem Solvers

The ability to find ways to make the most complex designs a reality is the reason why engineers are considered problem solvers. They our given a target such as appearance, functionality, strength and toughness, useful life, and more and it is up to them to find or create means of reaching that target. This is why they should also possess a very creative imagination as sometimes the answer to the biggest problems can come from the most unexpected sources. Their imagination should however be limited to attainable things which demand a huge need for deep knowledge in math and science. The most creative plan is worthless if following it is impossible.

Common Courses

The standard subjects that should be included in a curriculum for Bachelor of Science in Construction Technology should include but is not limited to:

  • Construction Management

  • Engineering Design

  • Engineering Mechanics

The said subjects should also be accompanied by adequate hours of on-the-job training. The entire degree takes five years to obtain and after that the individual should take and pass the Professional Engineers Licensure Exam to be able to acquire his Professional Engineer License. The exam may require specific reviews and refresher courses because it will include questions about all fields of construction engineering.

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Bachelor of Science in Respiratory Therapy

Bachelor of Science in Respiratory Therapy

Bachelor of Science in Respiratory Therapy Degree Overview

Bachelor of Science in Respiratory Therapy

The need for respiratory therapy is continuously increasing because of the alarming growth of cases involving respiratory problems. Millions of people around the world suffer from respiratory illnesses such as tuberculosis and emphysema and there are always not enough new and experienced respiratory therapists available. If you are inclined to science or medicine and want to have a career in which landing a job is easy then you should consider enrolling under a program for a Bachelor of Science in Respiratory Therapy degree.

Duties and Responsibilities

A respiratory therapist is tasked to assess, treat, and administer proper medical care to patients suffering from respiratory and cardiopulmonary illnesses. People of all ages can suffer from one or more of the numerous known and unknown breathing disorders. You may be dealing with a premature infant on one instant and the elderly on another. Most of the patients will be those suffering from chronic lung diseases. Some patients will have respiratory problems from other sources such as victims of shock, drowning, stroke, and heart attacks.

Only certified respiratory therapists are allowed to head the treatment of patients. They should have decent interpersonal skills as they will not only be required to talk to patients at a personal level, they will also need to work closely with physicians most of the time. Diagnosis is their primary responsibility. They should be able to recognize the slightest signs of all known respiratory illnesses. He should then be able to immediately identify possible treatments to ease the condition of the patient. He is also tasked with supervising respiratory technicians.

Graduates of a Bachelor of Science in Respiratory Therapy degree programs are required to develop a personal relationship with their patients because they need their patients to open up to them so they can get a proper evaluation of the patient. They will then use the information they gathered to formulate a customized plan of applying therapeutic procedures to the patient. Since the conditions surrounding each respiratory patient are often unique, the therapists will often need to come up with one plan for each of them.

Need for Immediate Attention

Most patients nowadays require immediate attention or else their condition might become fatal. This need for immediate attention is the reason for the dire need of a lot of respiratory therapists. New batches of therapists will be able to save thousands of lives. This is why more and more colleges and universities are now offering the course. The increase in supply has resulted to tighter competition which in turn led to an increase in the quality of education.

Chest Physiotherapy

The chest area is the center of the respiratory therapy universe because it is where the problems and solutions to breathing disorders lie. All certified respiratory therapists have to complete a special training course in chest physiotherapy. The purpose of this training is to make the therapist adept at making breathing easier for patients suffering from respiratory problems. Therapists working full time at hospitals whether private or public may also find themselves doing things outside of their own job responsibilities. Common extra tasks include diseases prevention, pulmonary rehabilitation, and assisting individuals who want to quit smoking get over their habit. Respiratory therapists are also often needed for the armed forces to help keep the troops healthy and breathing properly in case of wounds and other circumstances.

Requirements

The ability to follow instructions and pay close attention to detail is essential to the study of respiratory therapy because you need to be able to absorb everything the instructor is trying to teach you. You should also be able to work well with others and use a computer properly.