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Bachelor of Science in Construction Engineer

Bachelor of Science in Construction Engineer

Why You Should Choose a Career Using a Bachelor of Science in Construction Engineer Degree

Bachelor of Science in Engineering ScienceThe construction industry is one of the largest industries in the globe. It is also considered as one of the most secure and stable. This is because as the world population continues with its pattern of growth there will always be the need for more buildings and structures. The industry therefore is expected to remain unscathed even if a second global economic meltdown would befall the world. The global potential of the industry amounts to trillions of dollars and the demand for industry professionals is growing at an impressive rate. Recognizing the colossal potential more and more students are looking for construction-related degree programs. In response, more and more colleges and universities are now offering construction courses. One of these many booming courses is Bachelor of Science in Construction Engineer.

Wide Array of Career Options

There is a wide range of employment areas that become accessible upon completing the degree. This is why landing a job is so easy. If you cannot make it into one area there are still numerous remaining areas to choose from. Fresh graduates and those that have no work experience to show for are often tasked with the gathering and evaluation of topographical information. This involves analysis of the area and other external factors that may affect the project either directly or indirectly.

Regulations and Ethics

All engineers have certain professional and ethical codes to follow no matter what. An engineer needs to ensure that the plans, designs, and blueprints are followed perfectly during the construction of a project. Doing so however needs to be done within the limits of the currently prevailing laws of the area. The building or structure itself as well as every process should be completely safe to avoid accidents and tragedies. The engineer should also keep the workplace clean and hygienic to ensure wellness for the workers. The engineers should also troubleshoot any unforeseen issues to ensure the construction goes as planned.

Intersection of Two Fields

Graduates of Bachelor of Science in Construction Engineer need to have two essential competencies. First, they should posses advanced technical and theoretical engineering knowledge. They should have sufficient critical thinking and problem solving skills so they can resolve issues in a quick and efficient manner. Slow resolution of problems has high tendency to significantly delay the completion of the project. The second competency is that the graduates should also have advanced interpersonal and leadership skills. They need to be able to understand their co-workers while at the same time making it easy of co-workers to understand them. This is because the construction engineer almost always works together with other types of engineers on every project. Engineers also need to command the workforce. Without one of the two qualities any engineer cannot succeed and excel in the field.

Academic Qualifications

The graduates of construction engineering should finish advanced subjects such as:

  • Designing
  • Management
  • Mathematics
  • Mechanics

The graduates also need to have internship experience before they get deployed in the field. This is because the margin of error for engineering work is quite low so those without practical experience cannot be allowed to participate in projects. The graduates also need to pass the Construction Engineering Licensure Examinations. The examination exists to ensure that buildings and structures are developed only by highly qualified experts. Obtaining all these qualifications will definitely lead you to a very stable and rewarding career.

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Bachelor of Science in Engineering Science

Bachelor of Science in Construction Engineer

An Overview on Obtaining a Bachelor of Science in Engineering Science Degree

Bachelor of Science in Engineering ScienceA bachelor degree in engineering science is not something that is easy to achieve. When you consider obtaining a bachelor’s degree in engineering science, you’d better be ready for what is ahead. Selecting a qualification that will fit you well can be a daunting task and besides your college education and future occupation depends on it. However, believe it or not, there are a lot of possibilities within the engineering field whatever specialization you want to pursue. We hope that this article will give a little understanding of what is the engineering science program.

Bachelor’s Degree in Engineering Science

A Bachelor of Science in Engineering Science is a multi-disciplinary degree program, which emphasizes in integrated use of science, mathematical concepts and engineering principles. It offers a comprehensive study in sciences and related math and engineering core courses. Consequently, Engineering Science students attain both in-depth understanding and cross study in science and engineering principles, which prepares them for advanced studies on both disciplines. With this program, students may have a chance to choose through technical electives and a degree thesis. In addition, within the bachelor’s degree program, the classes offered may include physics, math, chemistry, and biology, thermal-transfer, thermodynamics, electromagnetic, fluid and solid mechanics, electric devices, materials science, research and in-depth analysis.

The program is designed for students who have interests in engineering disciplines along with science courses. Focus areas of the degree program include, but are not limited to electric, bio-engineering, civil, mechanical, and materials and are generally interdisciplinary. Moreover, the specializations offered for this degree may include the following depending on the chosen university, engineering mathematics and statistics, energy engineering, environmental engineering science, mechanical and material science and engineering physics.

Some universities that offer this degree are Abilene Christian University in Texas, MacEwan University in Alberta Canada, Harvard University, Michigan Technological University, University of Western Australia, Colorado State University, New Jersey Institute of Technology, and University of Western Sydney.

Once you finished your bachelor’s degree, postgraduate courses (master’s degree and Doctor (PhD) dissertations) in engineering are also available.  There are also online degree programs for engineering study. This is another option if you are a very busy person. Nevertheless, if you choose online study make sure that you also enroll into internship programs. Search for apprenticeships or internships to help you have hands on practical understanding of the degree that you are studying. Experience still does matter, as it pertains to online study.

Why study Bachelor of Science in Engineering Science?

  1. The concentration of the degree program is flexibly structured to be suitable for students who plan to pursue engineering, and research related careers as well as for students who would like to work in business, government law, academe, and medicine.
  2. The learning within this program is not only confined in classroom learning but also field and laboratory learning.
  3. Engineering science opens a wide range of job opportunities various fields including mathematics, computer science, physics, biology and chemistry, medicine and business.
  4. This degree is a rewarding profession not only because of its contribution to our society but also of its promising compensation.

The entire outlook for engineers and sciences of any specialization is great with an anticipated increase of 11%. Currently there are 1.5 million engineers working in a broad array of specialties. Although engineering science is only an emerging discipline there are still several opportunities with this profession. Among the possible career choices are in medicine, research, investment banking, consulting, computer design or programming, entrepreneurship, planning, design, production, building, management, education, writing, or sales.

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Bachelor of Science in Engineering Physics

Bachelor of Science in Engineering Physics

Get Your Bachelor of Science in Engineering Physics Degree: Discover Answers to Engineering Challenges

Bachelor of Science in Engineering PhysicsTechnology has become a driving force worldwide and almost every industry engages in technological breakthroughs. Among these technologies are silicon microprocessors, communication technologies, micro electro-mechanical sensors, image processing, and many more. Nevertheless, no matter how advanced we now in almost all aspects of civilization, we are still face with age-old problems like engineering challenges and questions in physics that are not answered yet. This is the reason why a deeper understanding and study of underlying principles is needed.

Introduction to a Bachelor of Science in Engineering Physics Program

The aim of a Bachelor of Science in Engineering Physics degree program would be to provide a good background to students in the fundamentals of physics while utilizing that knowledge to engineering fields. The degree is designed to supply a fundamental knowledge of physical principles, a powerful foundation in quantitative skills, plus a powerful foundation within an engineering area.

A Bachelor’s degree in engineering physics usually requires 4 years of study. The classes include engineering fundamentals, engineering physics core courses like advanced mathematics, electronics methods, advanced mechanics and dynamics, electricity and magnetism, quantum mechanics, thermodynamics, kinetics and statistical mechanics and design courses.  Students can also choose their specialization in different subjects including biophysics, energy systems, electro-mechanical system design, computational science, energy systems, photonics, material science, solid-state physics and renewable energy.

Like most engineering courses, this degree is best taken from good universities that specialize in engineering or technology. Choose the university or college that can offer good platform and in-depth knowledge in engineering physics. You can take this degree from various universities worldwide; in the United States, the top five universities for technology related fields include Cornell University, Massachusetts Institute of Technology, California Institute of Technology, Carnegie Mello University in Pittsburgh, and University of Texas.

What makes Engineering Physics different from other engineering disciplines?

The essential distinction between other Engineering majors and Engineering Physics is that in Engineering Physics students study the same complex physics issues like those in physics majors, specifically, at least two quarters of quantum mechanics and at least 25 per cent of statistical mechanics.

This degree also prepares students to function in the private sector or in national labs at the very forefront of technology, or to pursue an advanced level degree in engineering. The Bachelor of Science in Engineering Physics degree also prepares students to pursue an advanced level degree in physics, which other engineering majors do not.

Career paths for Engineering Physics graduates

Engineers and physics majors always have an enormous range of job opportunities. Graduates of Engineering Physics have careers possibilities in systems engineering, science writing, academe, medicine, law (especially intellectual property or patent law), government, or management in technical fields, philosophy of science, history of science, science policy, energy policy, and other related jobs. Those who would like to pursue physics upon completion of their degree have higher demand in medicine, semiconductor technology, information technology, applied research and development, communications technology, and other laboratory research facilities. Based on a study, the rapid growth of sustainable research and physics related research would also mean high employment opportunity for physics and engineering majors.

Salary Expectation

According to United States Bureau of Labor Statistics, in May 2010, the median yearly wage of this profession was $106,370 and the employment rate was projected to increase by 14% from 2010 to 2020.

Whether you choose to be part of engineering or physics disciplines, the Bachelor of Science in Engineering Physics offers you the opportunity to specialize on both fields. Moreover, the classes in physics, engineering and mathematics offered on this program will be useful for entry into many other careers.

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Bachelor of Science in Electrical Engineering

Bachelor of Science in Electrical Engineering

Improve Life with Electricity with a Bachelor of Science in Electrical Engineering

Bachelor of Science in Electrical Engineering

What is Electrical Engineering?

Electrical energy and systems have reached the center of contemporary society and so too are electric and electronics engineers.  Nowadays, Electrical Engineers may deal in everything from the most recent smart phone, to ensuring a continuous reserve of electricity to the homes and workplaces. Though electrical engineering may also overlap with tasks related to electronic and mechanical engineering, the difference between these fields should not be confused. For electrical engineering, the main concern is the most significant problems nowadays, electricity and its transmission.

Education and Certification

A Bachelor of Science in Electrical Engineering degree program prepares students for duties and responsibilities within the energy system, from design conversion facilities and electricity generation, through to managing the distribution of electricity to individual users and devices. Students of electrical engineering may also specialize in various kinds of energy sources including hydro power, wind or solar electricity.

Electrical engineering is really a broad area of study that entails numerous disciplines, and you can find an array of electrical engineering jobs in various different fields. It covers different areas including digital computers, RF engineering, signal processing, electronics, power engineering and telecommunications. In the United States education system, the bachelor’s degree in electrical engineering requires four years of study while in Britain only three years of study. Classes include differential equations, digital systems design, and electrical circuit theory. Programs in electrical engineering ought to be accredited by ABET (previously the Accreditation Board for Engineering and Technology).

At some universities, students may register in a 5-year program which results in both a bachelor’s degree and a master’s degree.

Once the bachelor’s degree is completed, students may take the Fundamentals of Engineering (FE) assessment and should get a passing score before they can become Engineer-In-Training. After getting related work experience, they can take the second examination called the Professional Engineering (PE) assessment, which is administered by, ABET. If they passed the license exam that is the only time, they can receive their Professional Engineer certification or their permit to practice.

Employment and Salary Overview

Employment opportunities for electrical engineering graduates are quite powerful in various industries worldwide. In Australia, for example, the federal government forecasts continued strong jobs increase up to 2016 – 17. While in the United States, according to the U.S. Bureau of Labor Statistics there will be about 6% increase in employment for electrical engineers from 2010 to 2020.  Although this is really slower as opposed to overall growth rate predicted over the industry, the emerging fields in electrical engineering such as breakthrough in alternative energy will open great opportunities for electrical engineering graduates.

According to the data of United States Bureau of Labor Statistics, the industries that employ most number of electrical engineers include Architectural, Engineering, and Related Services, Electric Power Generation, Transmission and Distribution, Aerospace Product and Parts Manufacturing, Navigational, Measuring, Electro-Medical, and Control Instruments Manufacturing and Semiconductor and Other Electronic Component Manufacturing. While the top paying industries for this profession include Oil and Gas Extraction industry, Semiconductor and Other Electronic Component Manufacturing, Aerospace Product and Parts Manufacturing, Computer Systems Design and Related Services and other Support Services.

When it comes to salary expectations, those within the electrical and electronics sector often bring in more. The United States Bureau of Labor Statistics reports that the average yearly wages for electrical engineers within the United States was $91,810 in May 2012.

If you have the love for complexity and electrical gadgets and devices, a Bachelor of Science in Electrical Engineering might be the right course for you. Aside from its promising career paths and lucrative pay, you will be exposed more on world of electricity and its boundless contribution to humanity.