Electronic Engineering

Mariano Fagre | Electronic Engineer | Facultad de Ciencias Exactas y Tecnologia, UNT

Electronic Engineering

Mariano Fagre
Electronic Engineer | Facultad de Ciencias Exactas y Tecnologia, UNT

[ 4 years Experience ]

What is Electronic Engineering?

A Career in Electronic Engineering is very intriguing. Unfortunately, it is very difficult to find information about What Electronic Engineering actually is. Most pages on the internet just talk about How to get into Electronic Engineering. The most authoritative source of information on Electronic Engineering is someone with real experience in it.

Electronic Engineer Mariano Fagre is an experienced professional with 4 years in Electronic Engineering. Electronic Engineer Mariano Fagre describes Electronic Engineering as:

Electronic engineering as such is one of the many branches of engineering, which is divided into subareas, such as control systems, power electronics, telecommunications and robotics. Telecommunications is an area within an electronic engineering that deals with the resolution of problems in the transmission and reception of signals between different systems, as well as in the design of such systems. When we talk about systems we can talk from, offering an internet service, whether through fiber optics or air, to design a radar that is going to be located on a ship, or to solve problems in satellite communications or in the Reception of communications through satellites.

How Electronic Engineer Mariano Fagre got into Electronic Engineering?

After completing my graduation, I worked abroad in a company in the United States. Currently I'm working in the same university that I graduated from as a profesor in the department of electronics 1. I also have a scholarship for PhD studies from CONICET.

Electronic Engineer Mariano Fagre's Talk on Electronic Engineering

The Journey of an Electronic Engineer: Mariano Fagre's Insights into Telecommunications In the ever-evolving landscape of technology, electronic engineering stands out as a dynamic and impactful field. Mariano Fagre, an accomplished electronic engineer and educator from the Facultad de Ciencias Exactas y Tecnología, shares his unique journey within this discipline, particularly focusing on telecommunications. With a wealth of experience that spans international work and doctoral studies, Mariano provides an in-depth look into what it means to pursue a career in electronic engineering. This article will explore the intricacies of the profession, the educational path, essential skills, the positives and challenges, and what a typical day in the life of an electronic engineer entails. What Is Electronic Engineering? Electronic engineering is a crucial branch of engineering that encompasses various subfields, including telecommunications, power electronics, control systems, and robotics. This discipline specifically addresses the challenges related to the transmission and reception of signals across different systems, as well as the design of these systems. For aspiring engineers, understanding the principles of electronic engineering is foundational, especially when considering applications like internet services, radar systems on vessels, and satellite communications. Mariano emphasizes that every component, from signal transmission to circuit design, hinges on the core theories of electronic engineering. Education Basic Sciences The journey of an aspiring electronic engineer begins with a robust foundation in basic sciences. This stage includes courses in mathematics, physics, chemistry, and technical drawing, which equip students with the necessary skills to tackle more complex subjects. Mariano highlights that mastery of these fundamental sciences is critical, as they form the basis for understanding more advanced concepts encountered later in the program. The rigorous study during this introductory phase prepares students for the challenges ahead and instills a strong analytical framework essential for engineering practice. Electronic Once the basic sciences are completed, students enter specialized courses that introduce them to essential electronics components, circuit designs, and the practical application of theoretical knowledge. Mariano recalls that from the third year onward, students begin working with the real components of electronics, taking lab-based classes that immerse them in the hands-on aspects of their education. Exposure to simulations and circuit software during this stage further enhances their understanding and capabilities, allowing them to innovate in their chosen fields of study. Digital and Analog Electronics The specialization into digital and analog electronics marks a significant transition in an engineer's educational journey. In this segment, students delve into the intricacies of microprocessor circuits and radiofrequency design. Mariano notes that this dual focus allows students to identify their preferred area of expertise. For instance, understanding digital electronics is crucial for developing communication systems, while analog electronics is fundamental for applications like radio transmission. This structured approach helps guide students toward their ultimate career paths. Telecommunications In focusing on telecommunications, students learn how to address and resolve issues related to signal transmission and reception. As Mariano explains, this area is not only about theoretical knowledge; it also involves practical projects, such as designing circuits for high-atmosphere studies and communication systems. The telecommunications sector is rapidly developing, and engineers are at the forefront, innovating solutions such as fiber optic communications and antennas used in mobile devices. This specialization is not only intellectually rewarding but also highly relevant in today’s technology-driven society. Skills Perseverance Perseverance is one of the core skills that Mariano advocates for aspiring electronic engineers. The road to becoming an engineer is fraught with challenges, and a commitment to continuous learning and improvement is critical. Mariano emphasizes that those who remain dedicated and resilient in their studies are more likely to succeed, underscoring that engineering is a discipline that tests one’s resolve, requiring sustained effort and determination throughout. Analitycal and Logic Thinking Analytical and logical thinking are vital skills that develop during an engineer's academic journey. Mariano asserts that these competencies enhance problem-solving abilities and enable students to devise effective solutions to complex engineering problems. Importantly, he encourages students from non-technical backgrounds, assuring them that these skills can be cultivated over time with dedicated practice and engagement with the coursework. Time Management Time management emerges as another essential skill for electronic engineers. Mariano points out that the nature of university studies differs greatly from the high school experience, demanding a higher degree of self-discipline and organization. Proper time management becomes indispensable for balancing heavy workloads and project deadlines, allowing students to thrive in this rigorous academic environment while preparing them for the demands of the engineering profession. Passion Finally, a genuine passion for engineering is what fuels success within this field. Mariano emphasizes that an authentic interest in the subject matter motivates students to invest the necessary time and effort to excel. When students are passionate about their studies, they are more likely to overcome challenges and embrace the learning experience, ultimately shaping them into not just competent engineers, but innovators in the field. Positives Job Opportunity The field of electronic engineering offers abundant job opportunities across various sectors. Mariano highlights that graduates are not limited to working in the private sector; they also have ample opportunities in academia, conducting research, and teaching. The diversity of roles available to electronic engineers means that they can explore their interests and align their careers with their passions, whether in industry, academia, or research organizations. Job Diversity One of the major advantages of pursuing a career in electronic engineering is the diversity of job roles available. Electronic engineers can find positions in varied sectors, including telecommunications, oil and gas, and software development. Mariano’s experience exemplifies this, as he has worked in different capacities, from practical circuit design to teaching and research. This variety not only enriches the professionals' careers but also allows them to contribute significantly to multiple fields. Development Abroad Another positive aspect highlighted by Mariano is the potential for development abroad. Many electronic engineering programs establish partnerships with international institutions, enabling students to pursue studies or internships overseas. Graduates often find that working in foreign companies can provide them with unique insights, skills, and experiences that are invaluable for their careers. This international exposure not only broadens their professional horizons but also immerses them in diverse cultures and work environments. Challenges Demanding Studies While an educational path in electronic engineering is rewarding, it comes with challenges, notably demanding studies. Mariano asserts that the rigorous curriculum requires significant effort and discipline from students, especially during the first few years of the program. Prospective students must prepare for a shift in study habits and a higher volume of coursework compared to secondary education. Awareness of these challenges can help students adopt strategies to manage their time and responsibilities effectively. Adaptability Adaptability is another challenge that electronic engineering students face. Mariano explains that transitioning from a structured high school environment to the more flexible, self-directed realm of university requires a mindset shift. Students must be prepared to adapt to varying teaching styles, methodologies, and the increased level of responsibility for their learning outcomes. Embracing this change is crucial for success in both academic settings and future engineering roles. Geographics Limitations Lastly, Mariano speaks about geographic limitations affecting job opportunities for new graduates. He emphasizes that those who limit themselves to staying within their local provinces may miss out on diverse job potentials that exist in larger cities or abroad. Keeping an open mind about relocating for work can significantly enhance professional opportunities and experiences for newly minted engineers, broadening their prospects in the field. A Day Of Electronic Engineering A day in the life of an electronic engineer is highly variable and largely depends on their specific area of focus. Mariano describes that engineers might engage in fieldwork, where they conduct maintenance or operational tasks on systems, or they might take on project management roles that involve overseeing personnel and resources. In an academic setting, engineers may dedicate their day to research or teaching, continuing the cycle of learning and knowledge propagation that is fundamental to their field. Each path offers unique challenges and rewards, ensuring that no two days are alike in an engineer's professional journey. In summary, Mariano Fagre's insights into electronic engineering, particularly in telecommunications, illuminate the rewarding yet demanding nature of this career. As technology continues to advance, the role of electronic engineers remains integral to shaping our future. Their contributions have far-reaching impacts across industries and communities, proving that a career in electronic engineering is not just a profession but a vital force in innovation and problem-solving.

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How to get into

Electronic Engineering?

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The 14 hour process, guided by a LifePage Career Advisor, will help you introspect and check whether your interest in Electronic Engineering is merely an infatuation or is it truly something you wish to do for the rest of your life.

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Links for this Talk

Electronic Engineer Mariano Fagre's LifePage:

[LifePage]
https://www.lifepage.in/page/marianofagre

LifePage Career Talk on Electronic Engineering

[Career]
https://www.lifepage.in/careers/electronic-engineering

[Full Talk]
https://lifepage.app.link/20170620-0002

(Electronic Engineering, Mariano Fagre, Facultad de Ciencias Exactas y Tecnologia, UNT, Engineering, Electronic Engineering, Telecommunications, Profesor, Investigation)

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