Mechanical engineers use the principles of physics and mathematics to design, analyse, and maintain various mechanical systems. In Canada, mechanical engineering students usually go through four years of university education before joining the workforce. After graduation, they have the chance to try a variety of roles within their profession such as design engineer, researcher, and consultant.

Reading magazines is a great way to stay up to date with industry trends within your specific field - key if you are keen to advance in your engineering career . Magazines offer a centralised accumulation of all relevant and current information, with most magazines offering archives stretching back for years where you can find past issues. There are many different types of engineering magazines, with some geared towards entertainment, while others are more focused on detailed engineering topics.  This article offers an overview of engineering-related magazines for some of the main branches of engineering, including mechanical, civil, chemical, and electrical engineering. The magazines mentioned below are aimed at engineering students and professionals.

The Canadian aerospace industry plays a big part of the Canadian economy. In 2018, the industry contributed over $25 billion to GDP and was responsible for 213,000 jobs. Until the pandemic hit, those numbers had increased year on year. The country’s aeronautical companies cover a broad spectrum of opportunities for engineers, including structural design and assembly, space systems manufacturing, avionics, and numerous opportunities in maintenance, repair, and overhaul. Below are ten of the top companies in Canada to consider when pursuing  a career in aeronautical engineering.

Civil engineering is a branch of engineering that deals with the design and construction of buildings, roads, bridges, and other large-scale structures. It is an established profession that has existed since the establishment of the first permanent human settlements. Within the civil engineering profession, there are many subdisciplines to specialise in, including:

Electrical engineers design and test all types of electrical devices, including simple handheld electronics, complex communication systems, power generation plants, and electrical grids. They can also work in a factory, where they may oversee the manufacturing of consumer electronics and other electrical equipment. If you are interested in working as an electrical engineer in Canada, you must first complete an undergraduate degree. After graduating from the program, you can apply to work as an electrical engineer-in-training at one of Canada’s many electrical engineering companies. Once the engineering experience prerequisite is met, you will be able to use the Professional Engineer (P. Eng) title, which allows you to fully practice as an electrical engineer in Canada.

Mechanical engineering students study the forces and thermal environment encountered by a product and its parts so they can come up with the best designs and manufacturing processes of a product. Most importantly, an in-depth understanding of objects and systems in motion are required, which makes mechanical engineering a broad and diverse discipline of engineering. While it can be difficult in the current climate to move to a new city or country in order to pursue your studies, many universities, including some of those on our list, offer distance-learning online degrees. You don’t have to leave wherever you're holed up and, most importantly, you can stay safe!

Humanity has always been fascinated with flight and the freedom it represents. Our interest extends from the sky above to the deepest reaches of the universe. An unrelenting curiosity has driven innovation in the modern era and has resulted in incredible advances in technology. These advances are most evident in the aerospace engineering industry – from everyday airliners to massive rockets that can land upright.

Like most engineers, those working in the energy sector have a pretty diverse brief, and are tasked both with the reduction of existing energy consumption, and the improvement and development of technologies to produce energy more efficiently. As such, the optimal energy engineer is an optimiser and problem solver by nature. It's a highly specialised area of work and typically requires a post graduate qualification, but that's okay, you're a smart bunch. And actually, there are exceptions to this rule as some institutions offer energy engineering programmes which allow you to circumvent that need.

Sometimes, when deciding on a career path, it can be difficult to know how your chosen industry will fare in the future. Are wages likely to increase? Will jobs be hard to come by? Much can feel unknown. To put your mind at ease, NewEngineer is here to help, crystal ball in hand. In the field of engineering it's clear that the current trend is towards information technology and automation, and this is set to remain the case for the foreseeable future – entering these sectors is as safe a bet as you could hope for. While traditional fields such as civil and petroleum engineering are still in high demand, the fastest growing fields are clearly those in the IT sphere. So, without further ado, here are 2021’s most in-demand engineering jobs and the salary potential one should expect from each.

The modern world is a product of human endeavour, our species’ ability to envisage, design, and to construct. Engineers have always been at the forefront of this process, and today, more than any other time in history, we are living in a world of outstanding innovators. These figures have provided humanity with some invaluable advancements, and are now beacons of success, inspiring the minds of tomorrow. Let’s take a look at some of the biggest names.

Many graduates in computer engineering dream of working for one of the top 5 largest tech companies in the world. With offices in every major city across the globe, it doesn’t matter where you currently live, there is bound to be an opportunity to join one of these tech giants – provided you are good enough of course! Although some may opt for a smaller startup or mid-level business, in truth even at the larger corporate companies there are many benefits to accrue, from flexible working hours and great health benefits to a relaxed, fun atmosphere in the office.

The world is beset by intertwined crises: the climate, pandemic, and, increasingly, a crisis in the global food supply. It’s prosaic to say, but as the world’s population increases, more food is needed to sustain it. And regardless of the population size, humanity will only ever have the same amount of land on which to produce its food. This, as one may expect, is a growing tension. Luckily, engineers of all stripes are busy using their expertise, conjuring up innovative solutions to address the issue. Here we take a look at some of the most impressive.

Long gone are the days when women were believed to have no place in the workforce. In the United States today, women make up 49% of the college-educated workforce. However, despite this encouraging number, careers in science, technology, engineering and math (STEM) remain severely lacking when it comes to females in the field. Let’s break down why that is, and how it can change.

​Development aid: what is it good for? Well, according to much research the answer may well be absolutely nothing. In fact, it may well be worse than nothing. When judged against its aim of ‘instigating economic development and alleviating poverty’, its record is so dismal it looks as though aid actually hinders the achievement of its own stated goals. And the curious thing is this seems to be something of an open secret. Even to an untrained eye the big numbers pertaining to development aid don’t look right. Take Africa, for example. Over $1 trillion dollars has been pumped into the continent in the last 50 years, and how much has it benefited? How many African countries are actually in a better condition now than they were before receiving aid?

At the end of 2020, chaos in the transport industry ensued after many European countries, including France, decided to ban all travel from the UK. The reason was the rapid outbreak of a new COVID-19 strand. Ultimately, the industry was not ready for such a turn of events. It is incredibly difficult to prepare for what came to pass: in the morning everything started as usual, and then a few hours later, all change and a 180-degree turn. 

Here at Nature Careers we’re always looking for ways to provide assistance to the scientific community worldwide in order to help researchers to have a rewarding career.

The United Nations Convention on the Law of the Sea (UNCLOS) stipulates that the primary responsibility for vessels lies with the flag state of the vessel. Consequently, this means that each merchant vessel must be registered under the flag of a specific state. The flag state of the vessel is responsible for the inspection of the vessel and compliance with safety, pollution prevention, crew certification and international standards.

Networking is one of the most important parts of a conference, but lots of people find it hard to engage with other people. At conferences it's even more difficult: you're talking with so many people, many of whom are successful businesspeople or established academics.

Four years ago, the world adopted an ambitious set of Sustainable Development Goals (SDGs) designed ‘to end poverty, protect the planet and ensure that all people enjoy peace and prosperity by 2030’. Despite rising life expectancy and the eradication of many endemic diseases, more than 400 million people in the member states of the Islamic Development Bank (IsDB) still live in absolute poverty, subsisting on less than US$1.90 per day. It is, perhaps, these countries that face the greatest challenges in fulfilling the SDGs. Traditional methods of development finance have struggled to alleviate the extreme poverty in some regions of the world, leaving the poorest populations without the basic building blocks needed to lead healthy lives and build dignified livelihoods. Many remain deprived of primary healthcare, protection against infectious diseases, a sufficient and nutritious food supply, potable water, clean power, and sanitation.

History, it feels, is quickening pace. Pandemics, both old and new, are rocking the world, shaking its foundations. Systemic racism, an age-old disease, continues to facilitate violence on black bodies and undermine humanity, while a novel coronavirus has killed hundreds of thousands, disproportionately affected people of colour, and compounded the often racial inequalities that characterise our societies. Protestors now fill the streets, and across much of the anglophone world a tipping point has been reached. What will emerge from this moment is hard to say. A better question may be what do we want to emerge? Either way, there can be little doubt, change is afoot - and it’s been a long time coming.

Environmental engineering is the branch of engineering where the principles of soil science, biology, and chemistry are applied to improve and protect the environment from adverse effects. Environmental engineers also help to protect people from negative environmental effects. Engineers in this field of study also help improve waste disposal, recycling, control of water and air pollution, and public health.

In its short and controversial history, neoconservatism has changed America. For almost 60 years, the ideology has variously been embraced and rejected; celebrated for its patriotism and commitment to democracy; and disdained for it hawkish arrogance and imperialistic tendencies. It has simultaneously proven uniquely divisive, while also unifying people across party lines. Quite simply, recent American political history cannot be made sense of without an understanding of neoconservatism; such has been its influence.

In 2018, the World Meteorological Organization published its statement on the State of the Climate. The report showed that the 20 warmest years on record have occurred in the last 22 years. In the same year, the State of California’s Energy Commission published a report linking changing atmospheric conditions due to global warming as a direct cause of the devastating forest fires that swept through California, burning nearly 1.9 million acres’ of land and costing more than US$3.5 billion of damages.