Join Trio Techdesign and work on advanced engineering solutions in robotics, materials science, automation, and industrial technologies.
Work with cutting-edge technologies and push the boundaries of what's possible in advanced engineering and design.
Join multidisciplinary teams where diverse expertise converges to solve complex engineering challenges.
Access to state-of-the-art tools, equipment, and research facilities that define the future of technology.
Create solutions that transform industries and make a tangible difference in robotics, automation, and beyond.
At Trio Techdesign, we believe that the most groundbreaking engineering solutions emerge when diverse minds work together. Our culture is built on a foundation of research-driven engineering and cross-disciplinary collaboration.
We foster an environment where mechanical engineers work alongside firmware developers, where electrical designers collaborate with project leads, and where every team member’s expertise contributes to solving complex real-world challenges.
Our approach combines rigorous technical excellence with creative problem-solving, empowering our teams to explore innovative solutions in robotics, automation, and advanced manufacturing technologies.
Tackle complex challenges in robotics, embeddedad manufacturing that push the limits of innovation.
Work alongside experts from mechanical, electrical, firmware, and software engineering disciplines.
Expand your expertise with access to cutting-edge tools, methodologies, and continuous learning opportunities.
Contribute to R&D projects and explore emerging technologies that shape the future of engineering.
Design and develop embedded systems for robotics and automation applications. Work with microcontrollers,
Develop low-level firmware for embedded devices, optimize performance, and collaborate with hardware teams on system integration.
Design multi-layer PCBs, create schematics, and oversee board bring-up and testing for advanced electronic systems.
Create mechanical designs for precision components, conduct FEA analysis, and collaborate.
Lead multidisciplinary engineering projects, coordinate team efforts, and drive technical excellence across development cycles.
