Complete design solutions from schematic design and routing to simulations, PCB optimization, and compliance verification.
Learn More →Fusing firmware, hardware components, and industrial design inputs to create robust prototype modules ready for mass fabrication.
Learn More →Industrial internships with live projects to gain professional experience in electronic board assembly, embedded programming, and hardware debugging.
Learn More →Guidance and end-to-end design resources for student final year projects across IoT, robotics, embedded automation, and power electronics.
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Converting design ideas into multi-sheet hierarchical schematics, selecting optimal components, and running simulation testbenches.
High-density multilayer layout routing, impedance matching for high-speed signals, thermal planning, and generating production Gerber packages.
Programming controllers using Embedded C/C++, integrating hardware abstraction layers (HAL), device drivers, and RTOS for reliable task scheduling.
Assembling prototype boards, running diagnostic checks using signal analyzers and oscilloscopes, and debugging hardware-software interfaces.