In today’s economy, electronics are essential, as most of the everyday products used daily depend on them. But this area is about to enter a period of revolution, ushering in an era where robotic devices and drones are used for many everyday tasks. Likewise, the rise of electronics is increasing the career opportunities for computer scientists. For them, there are higher degrees that allow them to specialize and update their skills, such as TECH’s Professional Master’s Degree in Electronic Systems Engineering.
In this scenario, developing technologies such as the Internet of Things (IoT), artificial intelligence, quantum computing, or data processing are, nowadays, areas where great impulse and growth are expected. This will lead to further development of electronic systems and the demand for specialists in this field.
In this way, they will play an essential role in the connectivity and interconnection of devices, and the resolution of complex problems in areas such as cryptography. In addition, these advances will make it possible to create new memory architectures such as resistive or switching, which will lead to major breakthroughs in data storage.
Innovations: electronic systems applied to biomedicine
Biomedical electronic engineering combines the principles of electronic engineering with medicine and biology. It focuses on the design, development, and application of electronic devices and systems for use in medical diagnosis and treatment. Professionals in this area must master the fundamentals of electronic systems engineering, as their work involves the design and implementation of medical equipment and specialized electronic systems.
This electronic system implementation is applied in many ways, including medical imaging equipment such as computed tomography (CT), magnetic resonance imaging (MRI), and ultrasound equipment. It also includes the design of vital sign monitoring devices, such as electrocardiograms (ECGs) and glucose meters, and novel drug delivery systems.
Professionals in this field must have a solid understanding of the principles of electronics, including circuit design, electronic instrumentation, microelectronics, and programming. Of course, an understanding of relevant medical and biological concepts is essential to develop effective and safe technological solutions for healthcare settings.
Electronics, Present and Future
Applied electronic systems offer benefits such as automation, efficiency, precision, real-time monitoring, processing ability, and fostering innovation, which drives technological progress in different sectors and improves people’s quality of life. One of the most visible applications is consumer electronics, present in devices such as smartphones, televisions, audio systems, personal computers, tablets, and home appliances.
In recent years, its presence has become even greater in the automotive industry. Electronic systems are key to engine control, entertainment and navigation system management, safety and driver aid, emissions detection, and in-car communication. But undoubtedly, in communications and networks, these systems play a crucial role.
This set of progress is reflected in the cities themselves, where greater sustainability is sought with the application of devices that control the level of pollution, the movements made with public transport, or the inclusion of equipment that promotes energy efficiency through all possible resources, existing in the cities.
TECH Technological University
In a globalized and digital world, TECH Technological University has been committed since its creation to 100% online teaching. This method, together with the quality of its contents and its Relearning method, has led it to distinguish itself in the sector.
Its reputation is preceded by the pedagogical resources of its degrees and the extensive catalog of existing programs. With all this, it has achieved the satisfaction of its students, who give it a score of 4.9 out of 5 after more than 1,000 ratings on the Trustpilot platform.
In addition, this academic institution has been recognized as one of the 200 fastest-growing companies in recent years, according to the Financial Times. This achievement reflects the institution’s commitment to academic excellence, innovation, and constant development, adapting to the changes and demands of the labor market.