Engineering Degrees

Different Engineering Degrees


The word engineer comes from the Latin verb artere, which means “to make great.” Engineers are experts who apply their expertise and skill to solve complex problems. Engineering is a broad term that includes anatomy, thermodynamics, chemistry, physics, design and addition, analysis and interpretation, and laboratory work.

Many careers are open to candidates who meet the educational requirements of this discipline. Because of the broad subject coverage, engineering degrees are seriously sought after by students seeking a career in any of the engineering areas. Engineering technology, or technology engineering, is the area of science that deals with modeling and understanding the physical world. Technology is a constantly evolving field and device that improves our lives every day. Engineers who provide technology to governments, companies, and other organizations use their technical expertise to devise solutions to real world problems. The job description of a technology engineer includes developing new designs, formulas, methods of analysis and algorithms to maximize the effectiveness of equipment and implement solutions to real world problems. The job responsibilities include maintaining current technology and integrating new technology to existing designs to produce reliable products.

Now a days, the term technology engineer has become a general job description that is available in almost every industry. Many companies now require technology engineers in both large and small businesses. There are many opportunities available in the area of computer-Aided Engineering, Data Analysis and Computer Programming, which are directly relevant to the development of technology.

Technology and computer-Aided Engineering combine aspects of both engineering disciplines to produce well-rounded graduates who are adept in using both technology and computers to solve problems and manage projects. Graduates of a professional program may expect to find employment in a wide range of sectors – from cryptography designing and code breaking, to the design and installation of high-speed storage systems.

Professional candidates who want to pursue a career in the field of engineering should seriously consider earning a degree in technology management. Such a degree, which develops an understanding of the causes of technology transfer and learning, will help candidates to enter the technology field as experts. Technology is advancing rapidly and mature, and therefore, graduate degrees in engineering are only a yard behind technology. Technology-guided Engineering provides guidance on technical and real-world applications of a technology, along with the development and management of business and technical problems.

Technology-guided design engineers refused to wait for someone else to invent a technology. They are inventing their own technology and customizing it to solve engineering problems such as posture therapy. They are using their knowledge of physics and mathematics to develop systems that are based on principles of safety and reliability. Ideally, a bachelor’s degree in engineering with technology-guided engineering is the minimum requirement for a career in engineering. However, although it may be a stepping-stone to further into engineering, it is not necessary to obtain a degree in engineering. Many countries have legislation that supports the need for a bachelor’s degree in engineering, but there is a need to opt for an associate’s degree in civil engineering instead.

Several colleges and universities offer technology-guided engineering degrees. These degrees may take as short as two years to completion, but they ensure that the student is actually involved in the study of technology, its advancement and use in industry.

When choosing a technology-guided engineering program, the student should be realistic that this course will cost more than a similar degree in engineering. However, the outcome of the technology-guided engineering program, after completion, will be that the student will be sufficiently familiar with the basics of technology to help those in industry manage the day-to-day problems that are presented by technology.

There are several technology-guided degree programs available on the market. They are linked to the diet, health and fitness industry, advertising and marketing, media and communication and automotive industries among others.

Engineering Career History

Engineering Career History


The career of an engineer starts with a college or university degree in engineering. They usually complete a four year study at least. TheEA, stamped on the collar of the engineering student, signifies that he has completed his studies and is eligible for a career in engineering. Reasons for choosing engineering as a career can be different:

1. + Engineering is a hands-on job. While other professions need a degree, engineering requires no specific expertise.

2. + Engineering provides numerous career opportunities. Engineering jobs don’t have a limit on time or resources and can span across several disciplines.

3. + Engineering is a field that offers very challenging jobs and even though it is a niche, still has potential career scope.

4. + Engineering is the most sought after profession with a close second of

interior designer Philadelphia (which in itself requires a lot of engineering), in terms of job creation in the engineering sector.

While all these factors are true, only the degree alone is not sufficient to become an engineer. One has to undergo educational and professional experiences to fully understand the role of an engineer in the world. For instance during the cold war era of the 1950s and 1960s, engineers were looked upon as experts who could help the nation with its satellite technology and communications. During these years of martial law and the Cold War, engineers whose work entailed the use of computers were at a great disadvantage. The engineers who had mathematical or verbal talent were favored to do engineering jobs. These days, the demand for engineers who can solve complex problems has outgrown the area of 7th through 12th grades.

IITs and Engineering

The manufacturing of engineering products and key technologies directly results from the engineering colleges. Engineering students go to these colleges and pursue a professional career. Because of nation’s need for engineers and engineer assistants, the nation also issues many technical universities and colleges. These schools provide a broad curriculum that inculcate many of the skills required to become an engineer. These skills are fundamental skills like problem solving, cost control, and handling a workforce.

o IITs: This engineering discipline is prominent in the west, though not in India. It has a wide curriculum and comes second to Engineering as the preferred course of study in India.

o hourglass machining: This machining is divided into two parts:

o hourglass machining or glass machining where glass is literally hourglass-shaped in shape and assembled it into components by hot rolling, giving it special properties.

o refractory: This is engineering that deals with the properties of materials on different temperature scale, by using specially designed test tubes.

o stability analysis: stability analysis is the process of finding out the position of a material on a given support without using it.

o thermal paste: This is a design of materials that is used to fuse an element or materials together.

o wicketting: This is the process of designing, making and heating a material to make it gas tight.

o certification: Some of the engineering colleges in India are certified to offer engineering courses.

Engineering Jobs

engineering opportunities


The term “engineer” all refers to professionals who are engaged in actively pursuing something. Engineers are often associated with inventors, creators, innovators and the people who make them happen.

While a doctorate that invents a medical technology is a hero, an engineer that invents a new product is more popular. The success of an engineer stems from his skill in the observation and then acting on the data that he gets from his scientific experiments.

There are a couple of steps in the process of being an engineer. Engineers are educated people who have a bachelor’s degree in engineering. Aside from the engineering course, a person who is a professional engineer needs to get an associate’s degree in science. This will then be followed by a couple of years of specialized training that takes them into different departments.

Engineers spend most of their time working on projects and only a couple of years in the labs. The role that they play in the technology industry is really important to the success of companies. Without engineers, there would be almost no technology developed.

It is important for people who wish to become engineers to gain a wider knowledge of different engineering processes so that they can be more effective in their job. Since different technology is developed based on data, engineers have to be educated so that they can understand the different demands on different components.

There are additional requirements for being a professional engineer. Every engineer has to have a license and also a degree from an university or college that gives engineering courses. These requirements are related to the engineer’s profession, department and overall performance. After fulfilling these requirements, the engineers can then apply for a career in the company that they are looking to join.

Engineering jobs are considered to be very important for the well being of the country. Although many people engineers tend to become unemployed at times, the job market is well secured. Along with the knowledge and skills, engineers need to have a good work ethic and be able to deal with different kinds of situations such as iron work fabrication. While it takes years of experience to become a proficient engineer, the rewards that come with it are numerous.

With the various opportunities that come with engineering, there is a wide variety of things that can be done by people who want to pursue careers in this field. Different types of engineering jobs include power plant engineering, electrical engineering, aerospace engineering and civil engineering. A power plant engineer is responsible for designing, building and maintaining plants that turn on electricity. An electrical engineer analyzes the electrical systems of any piece of infrastructure. A civil engineer plans and builds buildings or structures for the purpose of efficient and ecological usage of space.

While there are people who can go into any of these fields, the people who are able to do multiple things well is what a nation needs. Engineers are able to invent the future and make inventions that allow people to have modern days comfort while also making the environment comfortable.

What is a Concrete Engineer and How do you Become One?

concrete engineer

What is a concrete engineer

The field of engineering is as vast as the ocean. There are a lot of things that you can do. Rather than doing general engineering, why not think about specializing in a certain fields? Specialization sets you apart in the market and enables you to become an authority in the field. It should be noted that some clients are particular that want a professional who has experienced vast knowledge and experience in a specific field.

Prior to embarking on any career, evaluate what the course entails, and see if that is something you love doing. If you take a course that you do not love, then, you are going to waste a lot of money and resources, and you will still change the career. Think about the cost of taking the program and the available work opportunities. And at the same time, think about whether there is any chance that you can start your own firm and be independent.

One of the areas of specialization that you can explore is how to be a concrete engineer. This article will guide you on the career of a concrete engineer and how you become one:

Roles and Responsibilities of a Concrete Engineer

The role and the responsibility of the concrete engineer largely depend on the position that you have assumed. Generally, be prepared to perform some of the following functions:

-Preparation of concrete mix

-Designing infrastructural projects

-Building infrastructure projects

-Budgeting when executing a project

-Ensuring safe processes and outcomes

-liaising with authorities and the attorney on meeting legal requirements

-Research projects in the field of concrete

Concrete engineers can work as production or technical managers. It is not uncommon to find them working in high level management positions. In some cases, the concrete manager could work in production distribution, sales, and marketing.

A concrete staff engineer could be required to offer a professional opinion and recommendation to the firm, and at the same time, apply engineering principles and best practices in construction projects. You could be asked to embark on a complex construction project which is not only demanding but will consume a lot of time, but sometimes it could be as simple as designing a concrete shower. You may need to visit the laboratory in order to test the quality of testing and give approval thereof of the continuation of the project. You may also need to perform an investigation through a non-destructive technique and prepare the report for the client. Note that much as you could be based in the US, you could be sent overseas for assignments.

There are ample opportunities for growth and expansion. For example, if you become an authority in the field, you could offer consultancy services. If you decide to teach in a university, you can easily do that, and you just need a master degree. The reason why it is easy to lecture is because, in STEM courses, professionals are in high demand. In addition to that, you can become a project manager. However, if you think that college teaching in concrete engineering is a field you can take, you have to start looking for experience early enough. Applying for a research assistant position in the university is not a bad way to start.

concrete engineers working

Qualification and Accreditation

In order to practice in the US as a concrete engineer, you will need a minimum of a bachelor’s degree in Civil Engineering, and it has to be accredited by authorities in the Accreditation Board for Engineering and Technology (ABET). If you are located in Canada, you need a four year bachelor’s degree awarded by an accredited school. Some employment positions might require a master’s degree (with a major in civil engineering).

Course work includes and not limited to: fluid mechanics, computer-aided design (CAD), and integrated design. A curriculum of concrete engineering informs the student on the manufacturing, testing, and utilizing concrete.

In order to practice as a concrete engineer in the US, be sure to be licensed. The following are the main requirements for obtaining a Professional Engineering (PE) license:

-A degree obtained from an accredited engineering school

-Passing the exam (Fundamental Engineering exam)

-The appropriate work experience

Note that if the authorities know that you are practicing concrete engineering without a license, then you are going to be in a big problem. Such an allegation is taken seriously and could lead to a long and expensive legal process. This is because the authorities cannot compromise on the safety of the public. Again, if you have legal problems, it will be very difficult for you to start your own firm or to secure employment.

Soft Skills Engineering

Engineering is a skill that requires the use of hard or technical skills. However, successful engineers appreciate the importance of the use of soft skills in order to enhance career prospects. Perhaps, the most important soft skill is communication skills. As an engineer, you are going to interact with various parties including the owner, the government, the construction workers, and the clients. Therefore, you must learn how to communicate professionally. For example, you cannot make a comment that is sensitive to others. Bear in mind that when you will be working, you will be dealing with people who have knowledge in engineering, and others who do not have any knowledge in the profession.

As a concrete engineer, you have to have intellectual curiosity which will help you be updated in the latest trends affecting the field. The field of engineering is fluid and dynamic. Techniques which are in high demand now could become obsolete in a few years. At the same time, technology brings in better equipment. Therefore, you must be updated in order to be relevant in the field of engineering.

As an engineer, you should think about trial and error as a tool of innovation. Do your research well, and present your ideas to funding organizations or imminent individuals who can invest in your idea. At the same time, think about protecting your ideas by reading the relevant intellectual property laws applying to your state. This is because as you pitch your ideas, your project can be stolen, and you might not easily recover it.

You are not going to learn soft skills in a single day. On the contrary, it will take time and effort. The best thing of doing this is through breaking down your objectives to achievable milestones. At the same time, think about the most effective ways of seeking mentorship so that you can grow. A mentor is going to criticize you and give you an opportunity to grow.

Work Environment

Most of the civil engineers, including concrete engineers, work in an office setting. However, a concrete engineer will still out in order to physically inspect the project.

Where to Get Experience

If you want to work as an engineer and in deed the practical courses, do not think about starting your own firm right away. Think about an experience first. In fact, during your college breaks, apply for an industrial attachment, and it will give you practical skills in exposing yourself to the benefits and challenges of the market. Upon graduation, apply for a job first. As far as possible, align your attachments to the position you want to take in the future. For example, if you want to do concrete engineering for many years, request the human resource department in the office that is responsible for the same.

Possible Employers

As an engineer, the path to your career should be starting your own firm, someday. Now that starting your own firm requires capital and experience, why not consider working for someone else first. The following are some of the possible employers in the market:

-The construction sector is the biggest employer

-Building infrastructure related to building and construction

­-In house work opportunity with a multinational organization

-Government departments

-Local authorities

The Job Application Process

After identifying the job position, you need to ensure that the employer may ask that you be screened for drugs. Due to the sensitive nature of the construction industry, some employers do not like being associated with employees who abuse drugs.

concrete slabs used for construction

Starting Your Own Firm

Starting your own concrete engineering firm requires a lot of courage, and it carries a lot of risk. However, it is equally a rewarding experience. The first thing you should do is to view engineering as a business. Any business course will teach you that business is not about the professional, but rather, about the client.

When you are starting a business, you need to realize that you are not going to have all professionals at your disposal. In fact, you are going to be a jerk of all trade. With time, think about hiring more staff. There are critical services nevertheless, accounting and taxation for instance.

The greatest risk that comes with starting your own firm is that you may not have enough construction projects throughout the year. In addition to that, construction projects may be affected by weather factors such as flooding. The best thing to manage this is through exploiting business opportunities when they are available. The good news is that states such as Florida have favorable weather year-round.

If you are to start your own firm, think about partnering with others in the field. This will help you work with a team which is ready to give you a referral. Again, in the case where starting a business requires high capital, then, it is good to think about seeking a partnership in order to raise the required capital.

The Role of Marketing

In most of the businesses, one cannot survive without a proper marketing strategy. The best ways through which engineer can market themselves is doing a perfect work for the existing projects. Any client would want an engineer who has a perfect record in past projects. The main rationale behind having an aggressive marketing strategy is to realize an optimal outcome and a high stream of revenue.

As marketing professionals penetrate the market, they learn about new opportunities of doing business. This is done through exploring consumer behavior and identifying possible future areas of doing business. In other words, research can be active or passive. What is important is to capitalize on the learning process when one is interacting with the others in the market.

The future of business is going green in order to save the environment. Concrete engineering professionals can enhance green processes, products, and services. For example, they can save as much paper as possible through the use of electronic correspondence.

The Role of Technology

The construction industry is going through a process of transition from manual processes to automatic processes. Drone technology plays a critical role in improving the efficiency of the business and increasing the productivity of the firm. In a situation that a human being cannot reach a certain area, then the use of the drone can be of much help.

As a concrete engineer, you can get real time data from where you are located. This can help you in placing the relevant safety measures and making a timely intervention should things go wrong.

The use of 3D technology plays a critical role in ensuring that construction projects are not only durable but also, have a strong aesthetics. Such a technology is important because it reduces waste and enhances saving of resources. By the end of the day, what is important is to realize maximum profits with the use of available resources.

At the same time, an increasing number of construction companies are outsourcing services such as data entry. In such a case then, technology comes in handy in collaborating with members of the team irrespective of their geographical location. For example, the use of zoom can help you liaise with your team in order to execute a certain project. Such video technology can also help in explaining situations.


The field of concrete engineering has a lot to offer to anyone who is interested. Like in any sector of the economy, there are inherent, structural, and systemic challenges that come with the profession. However, with the right preparation and planning, concrete engineering is a viable and sustainable career.