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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.

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Bachelor of Science in Construction Engineering

Bachelor of Science in Construction Engineering

An Introduction to a Bachelor of Science in Construction Engineering ProgramBachelor of Science in Construction Engineering

Construction engineering is one of the biggest industries in several countries including the United States, European Countries and Asian Countries. For the United States it holds about 8% of the country’s gross national income. This industry can be subdivided into four sectors, the commercial, industrial, residential, and heavy civil construction. To be a construction engineer you need to finish a bachelor’s degree in Construction Engineer and should pass the necessary assessment exams and training for engineers.

The principles learned in a Bachelor of Science in Construction Engineering program are almost similar to a civil engineering degree. The study crosses over between principles of civil engineering and construction site management.

The Bachelor’s Degree Program

Many universities now offer the bachelor’s degree in Construction Engineering but make sure to choose an education program that is accredited by the Engineering Accreditation Commission of ABET, www.abet.org. The Construction Engineering degree is to some extent like the construction management program, but has more focus on math, engineering and basic science classes. It is a combination of fundamental science, construction, humanities, math, engineering, and management classes. Graduates of this degree program have more job opportunities in construction business and become a licensed engineer by passing the Fundamentals of Engineering (FE) examination and Professional Engineer (PE) examination, www.ncees.org.

The distinction between civil engineering program and construction engineering is just in the academic level as both disciplines can take the PE examination to be a licensed engineer. Civil engineering students focus more in the design work, gearing them toward a profession for a design expert. This basically requires them all to take a ton of design classes. On the other hand, construction engineering students take design courses in addition to building management courses. This enables them all to comprehend the design functions in addition to the construction demands needed to design and develop new structures and buildings.

Job Responsibilities of a Construction Engineer

  1. Feasibility and technical study of locations and strategies
  2. Surveying of construction sites and work locations
  3. Evaluation and risk management
  4. Development of comprehensive design
  5. Personnel supervision and management
  6. Equipment and funding management
  7. Oversee schedule and deadlines
  8. Regular monitoring of construction process

Important Qualities of a Construction Engineer

  1. Listening Skills
  2. Math Skills
  3. Critical Thinking and Decision Making
  4. Problem Solving
  5. Organizational and Management Skills

Job Opportunities for Construction Engineers

Construction engineering industry is visible in various areas like airport, highway, railroad, dam, bridge, or other infrastructures and buildings. Therefore construction engineering is not just confined in buildings per se but can be part of any structure. With this at hand, the career possibilities for construction engineering graduates are enormous. About 17% increase on employment for this profession from 2010 to 2020 according to U.S. Bureau of Labor Statistics and it is more likely to increase more because of continuous construction projects nowadays. In recent years, the estimated starting wage for this profession is between $47,000 and $73,000.

The most typically offered positions within this discipline include construction engineer, civil engineer, field engineer, office engineer, project engineer, project controls engineer, superintendent, construction manager, construction design engineer, construction supervisor, civil draftsman and other related job positions. Graduates of this profession can find opportunities in building construction, highway projects, mechanical and electrical construction as well as in academe, if they prefer to educate aspiring engineers.

Those interested in taking up a Bachelor of Science in Construction Engineering degree should choose the right university or college which is accredited by the Technology Accreditation Commission (TAC) of the Accreditation Board for Engineering and Technology (ABET) in the United States or the appropriate boards in their country of residence. Some universities that offer this degree are California State University, Pennsylvania State University, North Dakota State University, and Montana State University.

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Bachelor of Engineering

Bachelor of Engineering

Bachelor of Engineering – The Four QualificationsBachelor of Engineering

An engineer is one of the most trusted professions in the world because they are responsible for making sure that the numerous structures we use or encounter in our daily activities are safe and able to perform the functions intended for them. Engineers make things happen. They transform the designs and blueprints created by architects into reality. They are problem solvers. Architects tell them what a building or any other structure should be and they find ways to do it. There are four levels in the study of Engineering. It is best to know all of them so you can choose the one that will best work for you.

Diploma in Engineering – 1 to 3 Years

This is referred to as associate in engineering in which a student studies only a certain part of the profession also to only a certain extent. It works best for those who for some reason are not capable of completing a full baccalaureate degree. Common hindrances may be financial problems and the urgent need to get employed and earn money as soon as possible. Graduates of this level often end up as assistants or in the rank and file of engineering firms.

Bachelor of Engineering – 4 Years

This is the minimum requirement for anyone who wants to become an engineer. Even the most skilled and experienced engineering assistants need this in order to get promoted. During this course the student will learn all the theoretical knowledge needed by the profession in general and by the field of specialisation he has chosen. He will also acquire the necessary skills and introductory experience through mock projects and on-the-job training. He will gain first hand experience with the assistance of experts. Completing the degree will also allow him to take the Engineer License Exams to obtain an Engineering License which is the only way an individual can be considered as a professional engineer.

Master of Engineering – 5 to 6 Years

A graduate of a Bachelor of Engineering program can take his knowledge and expertise to the next level by obtaining a master’s degree in engineering. This advancement can be accomplished in two ways. The first method is coursework in which the bachelor completes several series of advanced classes in his chosen field of specialization to greatly increase his theoretical knowledge of the applications and technical concepts of the profession. The second way is through research work. In this method, the bachelor performs a small project and then writes a thesis based on what he has learned while doing the project. The primary aim of the theses is discovering new strategies and approaches as well as innovations that may benefit the engineering community as a whole.

Doctor of Engineering – 3 Years

This is the highest degree of engineering qualification. It can only be achieved through research work and presenting a thesis that makes a significant contribution to the engineering community. All masters who have managed to upgrade to the title of doctor have become well-known among their colleagues because of the useful innovations they have contributed. Only students with the most outstanding academic records and critical thinking skills are permitted to take the qualification.

Research work is often the preferred path chosen when upgrading to a master or doctorate degree because it is less strict and allows the individual to continue with his employment without much hassle. A significant contribution may also lead to instant fame and acknowledgement by the community as well as huge earnings due to the patent.

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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.