You're navigating the Electronic Engineering field. How can a diverse network benefit your career?

Electronics opens up greater job offers since it involves almost all specialties in some aspect. In my work it helps me better understand hydrocarbon and gas processes.

A diverse network in Electronic Engineering can provide broad perspectives that enhance your career. By connecting with professionals from various backgrounds and specialties, you gain access to a wide range of insights, innovative ideas, and problem-solving approaches. This diversity can open doors to new opportunities, collaborations, and career advancements.

What I’ve realized is that technical skills alone aren't enough to excel in this field. Connecting with a diverse network of professionals is being crucial in expanding my knowledge and sparking creativity. Interacting with experts from different specializations has provided me with insights into unconventional applications of electronic components that I hadn't encountered in academia. This exposure not only enhances my problem-solving abilities but also prepares me for the rapid technological changes in the industry. Ultimately, these diverse perspectives are helping me transition from theoretical learning to practical, innovative engineering solutions.

Electronic Engineering is beneficial to me Just because every system in Mobile communication and Telecommunications uses electronics even the laptop that I'm using, is using components so we cant run away from electronics so its a blood brothers of Light current, as an emerging young guy who want to make it in this field he of she must make sure that he or she masters the subject otherwise forget.

In field of electronics, broad perspective is mandatory as we always have to deal with different technical person according to need and that makes a good impact on the project if we have broad and open mindset of all the network. While working with other designated person we add some points on our skill list and we get new knowledge to make our field more strong. and often we get some unexpected solutions of our problems as every situation can be solved in different and innovative ways.

L'électronique se retouve dans énormément de domaines différents. Que ce soit de l'industrie classique, de l'informatique, ou des domaines plus créatifs comme la mode, l'art immerssif ou le design, avoir un réseau diversifié permet de créer des opportunités insoup?onnées au départ. Diversifiez votre réseau selon tous vos centre d'intérêts, même ceux éloignés de l'électronique. Des occasions arriveront peut être !

VLSI :- In Electronic Engineering VLSI is the most famous topic among the youngsters because they know the importance of VLSI in upcoming time, everything is becoming digital and electronic so VLSI play a major role in it that's why VLSI student is having more opportunity as compare to normal student so I recommend to everyone who wants a best and stable career in electronic industry so prefer VLSI for your upcoming journey.

We all know that a CV having more skills got preferred than having a fewer skills, this is because of our human nature as we want more features on a single pad. In our electronics we should have more and diverse skills as our field is more diverse than any other branch and this makes us apart from others and while working in electronic department we have to deal with other teams s the recruiter want to hire the one who can be comfortable with any other teams as he should have extra skills apart from his core. This extra skills with definitely keep us apart and preferred on any recruiting place and will make our career growth more smoothly.

O networking sempre faz a diferen?a, diariamente eu propago essa cultura. e recomendo que seja feito o mesmo por todos. inclusive quem estiver lendo conecte-se comigo e vamos adiante.

As an electronics engineer myself, I can attest to the fact that our field is constantly evolving at a rapid pace. For instance, IEEE International Conference on Electronics and Instrumentation has allowed me to learn from industry experts and network with fellow engineers. In my experience, continuous learning and networking have been key to: - Staying current with industry trends and advancements (e.g., IoT device security) - Expanding my skill set and expertise (e.g., learning Python programming) - Improving my problem-solving abilities (e.g., applying innovative circuit design techniques) - Enhancing my career prospects and opportunities (e.g., collaborating on projects and building professional connections)

Once I started facing new hurdles is the point where I realized just how important continuous learning is in this fast-paced field. My diverse network has been a game-changer, helping me keep up with the latest trends and skills. Whether it's picking up a new programming language, learning innovative circuit design techniques, or getting tips on better project management, these connections have provided insights I didn’t get in school. By joining forums, attending conferences, and participating in social media groups, I’ve been able to learn from both seasoned pros and fellow newcomers, making my transition into the industry a lot smoother.

The Extra passionate field which has the hardware and software work together, will always have new features, devices and techniques. And in my opinion we all are learner in any way of our life and while being a learner we should share our knowledge and make our knowledge more accurate. Nowadays we all know one who is updated with the time is more accurate and more demanding as we say like the top model of car or laptop is more preferred and valuable than having older version this is because we know this is the newest technology of the time and this was build because the team is updated with time and shared their new learning and skill with others and implemented their learning to it and make something new, updated and valuable.

En el campo de la electrónica de defensa, se utilizan diversos lenguajes de programación dependiendo de la aplicación específica, los requisitos de seguridad, y el hardware utilizado. A continuación, se presentan algunos de los lenguajes de programación más comunes en este ámbito: El lenguaje elegido depende de varios factores, incluyendo los requisitos del sistema, la plataforma de hardware, las normas de seguridad y la eficiencia necesaria. En muchos casos, se utilizan múltiples lenguajes de programación en conjunto para aprovechar sus respectivas fortalezas en diferentes partes de un sistema complejo.

Tive uma fase da vida com muitas patentes no INPI, hoje em dia como educador, acredito que conhecimento guardado se torna conhecimento inutil

In Electronics field or any other department which have broad perspective will always have to deal with new problems and while solving those problems we get increment in our knowledge and we should have sharing and learning mind set. while facing any problem which are above our limit we always deal with patient and talk with our seniors and have open meet with technical team. As experienced has some extra time gone through the project and he may have gone though such problem or something similar to it as some times we stuck at any level and have solution for other one so interacting with other will definitely works to solve critical problems.

Os problemas normalmente s?o desafios a serem superados, brinco com colegas e alunos que se o circuito ou código funcionou de primeira esta errado.

Mentorship isn’t limited to traditional roles. it can come from anyone who inspires and supports your growth. A mentor could be a friend, family member, or peer who empowers you to achieve your goals. I experienced this firsthand with a friend who is now at IISc Bangalore. Despite our shared electronics background, he excelled in CAD design, which intrigued me. I asked him to teach me, and with just a simple lesson "make a square using the sketch tool and extrude it to create a 3D cube" he changed my perspective. That one moment ignited my passion, leading me to design complex, industry-grade products and robots.

Mentorear e um exercício continuo de humildade e atualiza??o de conhecimento, a mentoria nada mais e que a grande chance de trocar conhecimento

"WE SHOULD SHARE OUR LEARNING AND IDEAS TO GET SOMETHING NEW AND INNOVETIVE TO IT" This is my thinking on learning with sharing

Innovaciones en Electrónica Sostenible 1.Polímeros Conductores Biodegradables:Desarrollo: Investigación en materiales como el PEDOT:PSS (Poli(3,4-etilendioxitiofeno) poliestireno sulfonato), que es un polímero conductor biodegradable utilizado en dispositivos electrónicos flexibles y biocompatibles. Aplicaciones: Pantallas flexibles, sensores biodegradables y dispositivos médicos. 2.Electrónica Impresa con Tintas Biodegradables:Desarrollo: Tintas conductoras biodegradables que pueden ser impresas en sustratos flexibles. Estas tintas a menudo contienen polímeros biodegradables mezclados con materiales conductores como el grafeno. Aplicaciones: Circuitos impresos flexibles y desechables, etiquetas RFID biodegradables.