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Bachelor of Science in Architectural Engineering

Bachelor of Science in Architectural Engineering

Why Choose Bachelor of Science in Architectural Engineering?

Bachelor of Science in Architectural Engineering

Creativity in Engineered Systems

Architectural engineering is a challenging yet rewarding profession. It is a course that requires inquisitive attitude, creativity, and analytical skills. The BS Architectural Engineering course combines the study of architecture with classes in mechanical, electrical, building development, and structural engineering. People who would like to study architectural engineering can concentrate on one of the four traditional areas of this study; structural designs and evaluation, mechanical systems, lighting and electrical system, building development and breakthroughs including sustainability or fire safety, as an example.

In the United States, to be an Architectural Engineer, you need to finish Bachelor of Science in Architectural Engineering degree, complete your internship and should pass the required exams and evaluations for this profession. Accreditation Board for Engineering and Technology or ABET is the institution that provides accreditation for architectural engineering. While on the other hand, the American Society of Civil Engineers (ASCE) and the Architectural Engineering Institute (AEI) provide certifications and education credits to those who want to develop their skills and further demonstrate their competency in engineering.

To secure a permit and be a professional engineer (PE), the requirements are the following:

  1. You need to complete your Bachelor of Science in Architectural Engineering or BA Architectural Engineering degree from any accredited programs of ABET

  2. Four years of related work experience

  3. A passing score on your licensing examinations. The very first assessment is known as the Principles of Engineering (FE) which you can take right after your graduation. Once you passed this first examination, you are considered as engineer in training or EIT. The second assessment is the Principles and Practice of Engineering which can only be taken after you completed the four years of related work experience.

The entire BS Architectural Engineering course requires 165 hours to complete including specialization of your chosen major. Throughout the five years of the undergraduate program, designing skills is enhanced beginning with all the introductory class and continuing with needed architectural, structural, electrical, HVAC, and building management classes. Nevertheless, the four to five years spent studying is all worth it because your career opportunities are endless once you earn your license.

What Architectural Engineers do?

Most architectural engineers work in office buildings, laboratories, and industrial plants. Like all engineers, they employ the principles and theories of science and math to analyze and develop alternatives to technical difficulties. Their work is the connection between scientific discoveries and commercial applications. They employ engineering principles to the building, planning, and design of buildings and other constructions. Most of the time they collaborate with several other engineers and architects to develop sustainable solutions. Their work also includes structural planning, building cost estimation, design and other construction related tasks.

Salary of Architectural Engineers

The architectural engineering business is closely related to the construction business, and although they do not always pay more, the areas with high construction rates like western and southern regions have more employment opportunities for architectural engineering positions. Fresh graduates of architectural engineering can earn anywhere from $17,000- $70,000 annually depending on the position of the engineer. On the other hand, architectural engineers with nine to ten years of expertise have an average wage of $74,000 per year based on Career Cornerstone using information from the Engineering Workforce Commission.

One of the contributing factors of their salary rates is the firm or institution wherein they are employed. For instance, working with well known businesses or organizations like NASA, the U.S. Army Corps of Engineers, and Halliburton entails a higher wage and better benefits compare to other organizations.

Good compensation is just one of the reasons why Bachelor of Science in Architectural Engineering is actually a great choice for college education. What really inspiring about this profession is that, you get to be part of the history of every structure you build.

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Bachelor of Biomedical Science

Bachelor of Biomedical Science

Why Get a Bachelor of Biomedical Science Degree

Bachelor of Biomedical Science

If you find research to be interesting and challenging then a Bachelor of Biomedical Science Degree will be perfect for you. The course is very research centered reflecting the fact that the various fields of human health and disease is constantly changing and evolving. You will gain knowledge and skills in evaluating a person and detecting known and unknown strains of pathogens as well as treatment to such.

Four Year Course

The program is one of the few that require only four years to complete but can land the graduate with a high paying job. The studies generally revolve around the human body and everything that can have beneficial or adverse effects on it. Thorough study of the physical body at all scales from molecular to cellular to whole body will be performed. Microbiology, Cellular Biology, Physiology, Pharmacology, Neuroscience, and many more fields would also be included in the curriculum. The students will also be constantly informed of the latest innovations and technologies in the field.

Facilities

As with any other course that deals with the handling of human life, studying a Bachelor of Biomedical Science degree will expose students to the most advanced and cutting edge laboratories and equipment. You will be exposed to experiments and laboratory activity as early as the first year of the program. This way, students will get used to working in clinical environments. On the final year, you will be able to make use of all the theoretical knowledge you have learned into a research paper on any topic of your choosing provided it is approved by your lector.

Advancements

The course will also pave the way for your pursuit of postgraduate study of medicine or any related field. This is because the program will give you strong foundations thus preparing you for any health related course. Biomedical Science will equip you with everything necessary to excel in the field of health such as critical thinking, analytical and practical skills, communication skills, problem solving skills, and many more. You will learn to master the most advanced laboratory tools and equipment.

First Year

The first year of the curriculum will teach you of the basics that will serve as the foundation of your future career path. You will learn about biology, chemistry, physics, as well as statistics. Accompanying these subjects is numerous hours of laboratory and practical work. After your first year, you will have been completely embraced the role of being a scientist.

Second and Third Years

The second and third years will serve as your transition period to the specialization of your choosing. You must take your interests as well as what you want to do in the future in selecting the advancement that will best fit you. Depending on your choice, you will start spending significant hours in a research laboratory best equipped to aid you. You can also choose to strive for honors by completing a full time research project.

Fourth Year

The fourth year will be focused entirely on the specialization you have chosen. These specializations are as follows:

  • Developmental Biology

  • Human Genetics

  • Immunology and Infectious Diseases

  • Molecular and Cellular Biology

  • Neuroscience

  • Pharmacology and Toxicology

  • Physiology

Careers

Biomedical Science Research is the most notable career path for those who have obtained the degree. In this field, you will be focused on conducting studies to help improve current human health practices as well as discover and develop new ones. You can do research under the government sector, education sector, and industry sector. Basically, you can work anywhere you want.

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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 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.