La Vida Real - Profesiones.

  Image generated by Gemini AI | Conceptualization of 4D Radar perception. By Sergio Cano | Systemic Leadership Edition No. 2 "I remember when Generation 6 was just a sketch on a piece of paper." A few years ago, I had the privilege of being part of one of the most forward-thinking teams in the automotive industry: the sourcing and strategic team for radar technology at Aptiv . Back then, Gen 5 was the standard in production, and I was tasked with quoting the Gen 6—a technology that, at the time, felt like science fiction. Today, that "paper" technology is redefining our roads. We have achieved a quantum leap in perception through two fundamental shifts: 1. From 3D to 4D Imaging We have moved beyond just range, horizontal angle, and velocity. The addition of Vertical Elevation allows the vehicle to truly "see" shapes and contexts, not just flat dots. This transition from basic detection to "environmental understanding" is what allows a car ...

  Image by cottonbro studio via Pexels By  Sergio Cano  | Systemic Leadership Edition No. 1 Recently, Microsoft released a compelling analysis: "Trend Check: 7 AI trends to watch in 2026." In it, their experts share a disruptive vision of the technology that kept us on the edge of our seats throughout 2025. After analyzing their key points, I want to share how these breakthroughs are about to redefine the way we work as engineers and leaders. 1. From Instruments to Digital Companions According to Aparna Chennapragada (Microsoft’s CPO) , we shouldn't compete with AI; we should learn to work with it to amplify our capabilities. This marks the beginning of a profound transition: AI is evolving from a tool into an agent . As engineers, this will have an undeniable psychological impact. Living daily with digital 'colleagues' programmed to be positive and supportive will create an ambiguous line of friendship. This is where the true confusion lies: how will this emotio...

  In the engineering and product development industry, a Component Engineer (CE) plays a vital role in identifying and selecting the right components for a product. In this article, we will explore the key responsibilities and skills of a Component Engineer, as well as the different categories of components and the processes involved in selecting and evaluating them. What is a Component Engineer? A Component Engineer is responsible for identifying and selecting the best components for a product, considering factors such as performance, safety, and cost. Their responsibilities include: Component selection: Identifying and evaluating components that meet product requirements. Component evaluation: Conducting tests and analyses to ensure component functionality and compatibility. Component testing: Conducting tests to ensure components meet quality and safety standards. What is a Component? A component is each of the necessary elements to build a product. Components can be grouped int...