Discover 111 opportunities in Engineering

Mechanical engineers work with all types of mechanical systems, from cars and planes to space ships. In their everyday work, they must design and analyze these systems to make sure they can function based on the principles of science. They can also work in the maintenance of these systems once they are built to ensure they can function the way they are designed to do. In Australia, students interested in working as mechanical engineers must complete an undergraduate degree first. They will learn the basic principles of physics and mathematics that will allow them to succeed in their job.

Automotive engineers tend to be highly passionate about their jobs, as most started their careers spending their free time modifying or repairing old petrol-powered cars, that often broke down if we’re being honest with each other. The automotive industry is moving rapidly towards a market where internal combustion engines are beginning to be actively phased out. Major cities around the world are placing ever more severe deadlines and penalties on vehicles that pollute the air.

Energy is the lifeblood of modern industry. Without extraordinary amounts of it, our modern lifestyles will come crashing down in front of us. If you’re reading this article you already know this and are looking at expanding your knowledge in the field of energy engineering. Energy engineering is the field of using different technologies to extract the many forms of energy from the environment and to convert it into useable electric energy. This article lists what we believe are the 11 best Master's programs in energy engineering currently available.

Summer school is an academic program which includes classes, lectures and courses. They usually take place during summer, outside of the regular school calendar; hence the name summer school. Summer schools are typically carried out by universities, colleges, and sometimes, private companies. The following are some of the purposes of summer school:

Civil engineering involves the design and construction of buildings, bridges, and other large infrastructure projects. In Canada, prospective civil engineers usually go through four years of university education before joining the workforce. After graduation, civil engineering graduates have the chance to try a variety of roles within their profession, with job titles such as design engineer, project manager, and consultant. Before they can enter the workforce, however, civil engineering students must apply to these roles and go through interviews to convince companies to hire them.

One of the biggest issues facing recent university graduates today is the fact that you need experience to get experience. In other words, how do you get the experience required to land your first job when you do not have any working experience in the first place? For many students, internships are one way to navigate past this problem, as they allow inexperienced students to gain work experience related to their future careers.  

Automotive engineers tend to be highly passionate about their jobs, as most started their careers spending their free time modifying or repairing old petrol-powered cars, that often broke down if we’re being honest with each other. The automotive industry is moving rapidly towards a market where internal combustion engines are beginning to be actively phased out. Major cities around the world are placing ever more severe deadlines and penalties on vehicles that pollute the air.

A quick glance around the picturesque university campuses and the reasons to study at the Polytechnic Institute of Leiria become startlingly obvious - there are that many. From the facilities and exemplary standard of teaching, to the climate, landscape and opportunity to surf, the list really is exhaustive.

Engineering involves putting scientific principles into practical applications. From building bridges to the next Facebook, it is a popular field of study that is offered at almost all large public universities and research institutes. It can also be categorized into many disciplines such as chemical, mechanical, civil, environmental, software, electrical engineering and more. No matter what discipline prospective students choose to specialise in, they must first choose the right school to pursue their engineering studies.

Environmental engineers deal with the protection of the natural environment from harmful elements such as pollution and contamination. They may also work on industrial processes in various factory settings and can specialize in areas such as air, water, or waste management. In addition, environmental engineers should stay up-to-date on regulatory procedures and environmental guidelines. Attending conferences is one such way for professionals to stay up-to-date. Continue reading below for the top five environmental engineering conferences in 2019.

Friends, engineers, countrymen, lend me your ears. I come to make a request of you - don’t worry, its a short and relatively painless one. Here at NewEngineer, we are conducting research into the career paths of our beloved engineers.

You may think engineering is the stuff of hard fact and exact calculations but here’s a small peek into an alternate reality of engineering. From sci-fi fantasy to action heroes, engineers have been well represented in books and on screen. Ok, so they’re not always flattering depictions – think uber-nerds in some cases… So, counting down from 5, here are the top fictional characters that have inspired us, amazed us, and at times, left us in bewildered awe.

The definition of sustainability is the ability to sustain change in a balanced way. It’s most commonly applied to keeping a harmony between the earth’s resources and our material needs. It’s a way of ensuring that the human race doesn’t exploit the environment and ecology of our planet into a state of irreversible decline. It also covers economic and social issues, and the development of systems and processes that enable future generations to continue meeting their material needs, without destroying the ecosystem. This is also sometimes referred to as sustainable development.

Engineering is a common profession that combines knowledge of science and technology to solve practical problems. In most countries, working as an engineer means a fulfilling job with good pay. In fact, the average salary of engineers working in the united states is $86,101 per year. This number differs within the various disciplines in the engineering profession. Continue reading below to see a detailed breakdown of the average salaries of the various disciplines in engineering. 

3D printing is past the stage of being a niche technology, and has planted its feet firmly in the manufacturing industry. Its growth shows no signs of slowing down and it is therefore important to stay up to date with the latest trends and innovations. The most efficient way to this is through networking with 3D printing practitioners, researchers and OEMs. Conferences are a great place to meet such people. This article aims to provide a list of conferences covering various 3D printing topics that can be attended within the next 6 months.

3D printing is a technology that has become almost mainstream and is well known to even the casual technology junkie. For the uninitiated, a 3D printer basically works by depositing layers of material to create a component from nothing. This is counter to existing CNC machining, where the process is subtractive in nature and a part is carved out of an existing block of material.

Electrical engineering stands as one of the most applicable professions across a wide spectrum of industries. An electrical engineer is capable of studying and applying principles of electricity, electronics, and electromagnetism to make technology act the way we want and expect it to. Check out our engineering program listings

’Necessity is the mother of invention’ is a phrase we’ve all heard at one time or another no doubt. As humans, we’re hard-wired to think about the problems we face in life and try and come up with solutions to them, solutions which facilitate us and others around us. The invention of the wheel is a classic example.

Engineering is a profession that applies the principles of math and science to practical problems. In the U.S., an undergraduate engineering degree usually takes four years and can cost up to tens of thousands of dollars. Graduate programs can take anywhere between two to six years and add more to the cost of an undergraduate degree. Luckily, many scholarship programs are available to help students offset those costs.

As an engineer, you’ll realise it’s important to stay current with any new technological breakthroughs as they may benefit you in your career. Even if they don’t directly impact your career, new technologies are always interesting and will boost your passion for engineering. In this article we will explore some YouTube videos that every engineer should watch. If you are planning on studying engineering then these videos will definitely convince you that it’s a field of expertise that can lead to a most interesting career.

Mechanical engineering is a diverse branch of engineering that deals with the design of objects in motion. This includes machines, mechanical components, and large objects like clocks and cars. Graduates of a Master’s program in mechanical engineering can expect to work in consulting, management, banking, and even medicine. And with automation and Artificial Intelligence becoming an ever-growing field, engineers who can design and build things that machines aren't able to will be highly sought after in the near future.

The Mechanical Engineering discipline is the most broadly defined engineering discipline and comprises two major areas of expertise: mechanical systems and thermal systems. There are many overlaps between it and other major engineering disciplines such as aeronautical, civil, petroleum, electrical and metallurgical.

Computer engineering is a hybrid between electronic engineering and software engineering and its focus is to develop hardware and software systems. Due to the complexity and rate of change in technology in this field, it is imperative for a computer engineer’s knowledge and skills to remain up to date. The most efficient way to achieve this is by attending conferences as these concentrate new developments in one place. Software engineering refers to the creation of programs that can perform a defined set of functions through coding.

When you mention the Internet of Things (IoT) and how it applies to engineering, most people’s thoughts turn to the manufacturing industry. Undoubtedly, the use of internet-enabled devices that link up, communicate and work with each other will revolutionise factory work. It will make assembly line processes more streamlined and cost-efficient. But, there are also plenty of uses for IoT technology in the traditionally, more ‘manual’ environments of construction and infrastructure projects. It’s estimated that IoT will have an economic impact of $6.2 trillion by 2025.