The World of Systems Engineering

  Importance of English in Systems Engineering   This is another of the posts I had written on a blog aimed at those who were starting out in the world of technology... Because it is important to know how to speak and read English when working on systems. How much is enough to have an acceptable level of English. Here are the answers. The importance of knowing English in systems It doesn't matter in the country we live in, if we work in systems, speaking English is one of the most important tools we can count on. The "technical" part of working on systems is easy to learn, and fast. The reasons for the importance: Most of the technology is developed in English-speaking countries. Most of the information and books available are in English. Certifying a technology requires knowledge of the language. The software update is done first for English systems. The technology comes from English-speaking countries Most of the technology we work with on day-to-day systems comes mostl...

  Systems Engineering: 7 subjects that you will see in the degree Subjects Systems Engineering If that sounds like a good idea, you're in luck! Below we will talk in detail about 7 of its subjects. 1. Electronics It is a valuable branch of physics that  is responsible for studying changes in free electrons, as well as their motions . It also evaluates and tracks the action of electromagnetic forces so that they can then be used in devices that receive and transmit information simultaneously. This tells us that becoming an expert in this area will allow you to participate in the development of devices, memories and other computer equipment, one  of the job opportunities in Systems Engineering  that has the greatest impact on modern societies. Thanks to electronics specialists, it is possible to meet the constant demands of today's consumers, almost always associated with the innovation and development of new devices. This satisfies specific needs and helps to optimize...

  How important is artificial intelligence in systems engineering? In recent years, technologies related to artificial intelligence have evolved exponentially.  In this way, more and more sectors are incorporating it to improve the efficiency of operations.  Without a doubt, systems engineering is one of the areas where artificial intelligence is having the most influence. But  what is artificial intelligence?  We could define it as the area of ​​computing that is responsible for the design of programs capable of behaving intelligently.  Artificial intelligence systems have meant a great advance in the analysis of large volumes of data, also known as big data. In this regard, its ability to identify patterns and trends and automatically predict results is today used in a wide variety of fields such as health, finance, education and marketing, among others. Consequently,  graduates of virtual careers in systems engineering are increasingly dedicated to ...

  Impact of Artificial Intelligence (AI) in Systems Engineering Artificial Intelligence (AI) is one of the future trends and one of the fastest growing fields of  systems engineering. For this reason, young people must prepare to  take on the challenges and understand the benefits in this field of study  .  Through these articles, we will explore the advantages and disadvantages of  artificial intelligence  and how it will influence the  Systems Engineering career. Advantages: Efficient automation: Artificial Intelligence can automate repetitive and tedious tasks, freeing systems engineers to concentrate and focus their skills on more complex and creative projects.  This increases  the efficiency and productivity of software development and system administration. Increased precision and quality: With the help of artificial intelligence, the quality of products and services developed in systems engineering can be improved.  Its algor...

  What is artificial intelligence? Computers are getting smarter.  But... what does it mean and what are its limitations? Artificial intelligence   (   AI)   is the science and engineering of making intelligent machines  , especially computer programs, according to an article from the Department of Computer Science at Stanford University, United States, titled   What is artificial intelligence? According to the publication, the development of   intelligent machines  is related to the task of using computers to  understand human intelligence and reproduce it  .  That is, AI is the ability of a digital computer or computer-controlled robot  to perform tasks commonly associated with intelligent beings. According to the   Encyclopedia Britannica  , AI projects are systems   endowed with intellectual processes characteristic of humans  , such as the ability to reason, disco...

  IN MEDELLÍN THERE IS A LACK OF SYSTEMS ENGINEERS THERE ARE FEW STUDENTS AND THE CURRICULUM MUST BE TRANSFORMED, ACCORDING TO ACOFI.  ALERT FOR POSSIBLE CRISIS. In the country there are around 100 thousand vacancies in systems engineering but there is no one to fill them.  The paradox, given the lack of employment, occurs because there is a lack of systems, computer or related engineers and their quality must be improved. The alert was launched by Willian Branch, dean of the Faculty of Mines at Unal, who is also president of Acofi (Colombian Association of Engineering Faculties). According to Branch, this is because there is currently a lack of interest among young people in studying engineering and the other is the quality deficit in training in this area. “The quality in the training of systems, computer science, computing and related engineers that the country offers is going through a quite important crisis of contextualization in the face of the global reality of wh...

  Systems Engineering and Computing laboratories are strengthened With an investment of more than 300 million pesos, in the first phase, the  Systems and Computing Engineering  program acquired, with the support of the  Vice-Rector for Extension and Social Development,  25 state-of-the-art computers  equipped with a robust configuration to support practical of high computational demand, related to training in competencies and skills specific to this field of knowledge, guaranteeing the management of computer resources of industry 4.0. Academic impact It should be noted that with this important acquisition, academic areas and spaces will benefit such as Storage and processing of large volumes of data (Big Data), Knowledge Management, Knowledge discovery from data (Data Mining), Business Intelligence, Management of information technology infrastructure services and security, Cloud Computing, Enterprise Architecture, User-centered development and testing, HCI ...