Alvaro Garcia

Electronics Development & Product Engineering

Innovation IT Solutions • Temps plein

Jan 2026 - Oct 2026 • 9 mos

Supported the broader electronics product-development process, with attention to component selection, design documentation, prototyping requirements, and preparation for manufacturing. Hardware development involves more than producing a schematic: the board must meet functional requirements, use appropriate components, and be organized for assembly, testing, and future maintenance. I focused on keeping technical information clear and structured, including bills of materials, design files, and manufacturing documentation. This product oriented approach connects electronic circuit design with practical implementation, helping identify potential issues early and making the transition from a hardware concept to a working product more manageable.

Industrial Electronics & Automation Engineer

Technologies

Feb 2026 - Sep 2026 • 7 mos

Worked on the engineering concepts behind industrial electronic systems, including control circuits, interface electronics, signal conditioning, and PCB development. The work involved translating functional requirements into organized schematics and board layouts, selecting suitable components, and considering electrical reliability and manufacturing requirements. Industrial applications require particular care with power inputs, digital and analog signals, connectors, and communication interfaces. I focused on practical design decisions that support integration with wider control systems and simplify testing, troubleshooting, and future maintenance. The experience connects electronics engineering with industrial automation and the development of dependable hardware for professional applications.

Electronics Hardware Design Engineer

Inexoft Technologies Pvt Ltd

May 2025 - Nov 2025 • 6 mos

Worked on electronic hardware development, from circuit concepts and schematic design to PCB layout and technical documentation. The role involved selecting suitable components, organizing circuit blocks, and considering power requirements, communication interfaces, and practical manufacturing constraints. I focused on developing reliable hardware designs that matched project specifications and could progress smoothly toward prototyping and production. The work also required attention to component availability, design organization, and collaboration between hardware and firmware development. This experience helped strengthen my understanding of electronic product development and the relationship between circuit design, embedded systems, and real world applications.