This blog post will look at the structure and limitations of wireless internet and why we continue to use it despite these limitations. We are now in an era where we can use the internet anytime, anywhere. Computer engineers have undoubtedly worked hard to make this possible. We use wireless internet on our smartphones, laptops, and even on the navigation systems installed in our cars...
Who is responsible for accidents involving driverless cars and how should they be punished?
This blog post examines the legal and ethical issues surrounding liability and punishment standards in the event of an accident involving a self-driving car. February 23, 2016. This is the day when an unmanned vehicle under development by Google in San Francisco, USA, caused its first accident and was held responsible for the accident. This was because the unmanned vehicle under...
How does wood contribute to industry and the ecosystem through environmental material science?
In this blog post, we will learn how wood is used in various industries through environmental material science and how it contributes to the protection of the ecosystem. What is the longest and most widely used material in human history? It is probably stone and wood. Wood is not only important for construction and civil engineering, but also a very important resource for paper. In...
How will digital signal processing transform our daily lives and industries?
In this blog post, we will take a look at how digital signal processing technology is transforming our daily lives and various industries, and how it will impact future technologies. Nowadays, you can do everything with your smartphone wherever you go. You can send and receive messages with friends nonstop, listen to music with earphones, and browse the internet for news or trending videos...
PCR technology, its stability at high temperatures, and its impact on life sciences
In this blog post, we’ll look at how PCR technology works, its stability at high temperatures, and its impact on life sciences. PCR stands for Polymerase Chain Reaction, which stands for polymerase chain reaction. It is one of the most revolutionary discoveries in modern life sciences and is used as an essential tool for massively amplifying DNA. The DNA in our bodies is a long...
BIM, the future of architecture and how it’s changing efficiency and safety
In this blog post, we look at how BIM technology is changing the future of architectural design and how it’s impacting efficiency and safety. Have you ever looked at the plans for your home? While they may look like a simple drawing of lines and shapes, there’s a lot of detail and information behind them. Architects go through countless calculations and analyses to create these...
ASA, How has aspirin been used to prevent and treat a variety of diseases?
In this blog post, we’ll take a look at the origins of aspirin, its various pharmacological actions, and how it’s been used to treat diseases. Have you ever heard of a substance called acetylsalicylic acid (ASA)? While the name may be somewhat unfamiliar, it’s an amazing drug that is consumed by humans across the globe in excess of 100 million pills a day. It has...
3D printing: why haven’t we realized its potential yet?
In this blog post, we’ll take a look at the evolution of 3D printing technology and why we haven’t seen it in everyday life yet. While 3D printing may sound like a cutting-edge technology at first glance, it was first conceived over 30 years ago and is now deeply embedded in many industries. The first 3D printer was developed by Chuck Hull in 1984, and his invention was...
How do Mechanical and Aerospace Engineering Drive Future Technology and Industrial Innovation?
In this blog post, we’ll explore how mechanical and aerospace engineering interrelate to drive future technological advancements and industrial innovation. The School of Mechanical and Aerospace Engineering is a combination of the Departments of Mechanical Engineering and Aerospace Engineering. Mechanical engineering plays a key role in many industries and everyday life, and is based...
How did mechanical engineering become the core of our lives and future technologies?
In this blog post, we will look at how mechanical engineering has played an essential role in our daily lives and why it has become a key driver of future technological development. Mechanical engineering is a discipline that deals with engineering related to machines. This discipline is the culmination of mechanical technology that humanity has developed over a long period of time and...