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.

Whether it be moving documents between departments, stocking shelves, or even making sandwiches, many businesses have processes that can be refined. These processes are often inefficient, can produce waste, and use up valuable time and resources – particularly in the case of bad sandwich making. So, what’s the solution? Consult a process engineer. Unfortunately, many businesses do not consult a process engineer because they don’t even know that they should. 

As with any highly technical field, it is extremely important to stay up to date with all advances in your specific area of expertise. The conferences listed below are made up of 5 main categories, namely, materials science, finite element analysis, additive manufacturing, traditional manufacturing, and robotics. This is by no means a complete list; however, it aims to be relevant to most, if not all branches of mechanical engineering.

As additive manufacturing begins to take off at an exponential rate it is often difficult to stay current with the constantly evolving technologies and applications. The best method to learn is to have some face to face time with the experts. The highest density of experts will always be at tradeshows.

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.

A major competition designed to get more young people involved in manufacturing has recognised the talented engineers of the future.

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.

Top 5 Engineering Reads that will Increase your Value as an Engineer There are few things better than sitting down with a good book to pass the time. If this book happens to improve your skills as an engineer as well as being an interesting read, then it’s even better. This article is split into two main categories of books; those that cover soft skills, and those that look at design & development. These are topics that can have a direct and measurable impact on your career. The listed books can act as a force multiplier.

Chemical engineers are in demand these days and are essential to some of the most innovative projects. A degree in chemical engineering can open up doors across diverse industries, from designing clean energy solutions and developing medical treatments to creating materials for infrastructure improvement or manufacturing products. In this post, we'll look at some of the top career options available after graduating with a chemical engineering degree, highlighting how each role contributes to society and reveals unique opportunities for personal growth.

The world’s population is growing – and ageing. This means that more people are getting sick, and new ailments are constantly popping up. The pressure, thus, to keep developing and manufacturing the pharmaceuticals that people need to stay healthy is constantly building. And who exactly is shouldering that burden? Pharmaceutical engineers.

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.

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.

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!

Whether it’s Christmas or an upcoming birthday, gifts are a fantastic way to show another person you care.

3D volumetric construction is one of the most modern building construction techniques in civil engineering today. It is a form of off-site construction in which units are manufactured in a factory and then transported to site for assembly. The method of constructing within a factory setting ensures that the necessary building materials are brought in just in time and the modules can be constructed irrespective of the weather outside.  The products can be transported to site in various states of finish (modules, basic structural blocks or semi finished) ready for assembly in-situ. The basic idea is that as much of the building is constructed off site (in a factory assembly line) and only brought to site for completion.

Since the mechanical engineering profession focuses on the design, development, manufacturing, and testing of various mechanical devices and components, mechanical engineers are expected to be on top of their game and should be well-informed on the latest technological developments. Among the avenues mechanical engineers can use to remain competitive are the conferences offered by various organizations and relevant governing bodies. Below are some of the United States’ mechanical engineering conferences to watch out for in 2020.

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.

The industry for aerospace engineering in Germany has been growing for the last two decades. Its world-class and heavily invested R&D infrastructure, powerful manufacturing base, and the ready availability of highly qualified professionals and engineers have made the country one of the leading hubs for the global aerospace industry.