Custom Electronic Design
I offer specialized technical consultancy, covering the entire project lifecycle: preliminary analysis, hardware/software design, industrialization, and post-implementation support.
I design custom electronic circuits for automation, control, measurement, and embedded systems.
I manage the entire process: requirements definition, component selection, schematic design, multilayer PCB layout, and full manufacturing documentation.
Included:
- professional schematic design
- EMI/EMC‑optimized PCB layout
- component selection and BOM creation
- functional testing on prototypes
- complete production documentation
I develop custom automation solutions for machinery, production lines, and control systems.
I integrate sensors, actuators, control logic, and user interfaces to improve efficiency, safety, and reliability.
What I deliver:
- custom control logic
- retrofit and upgrade of existing systems
- sensor and actuator integration
- intuitive operator interfaces
- installation and commissioning support
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I design high‑precision measurement instruments for industrial, laboratory, and quality‑control applications.
Each system is engineered for stability, accuracy, and long‑term reliability.
Typical applications:
- data acquisition
- custom sensors
- analog and digital measurements
- calibration and compensation
- continuous monitoring systems
I analyze and reconstruct obsolete or unavailable electronic boards, extending the operational life of machines and equipment.
I can replicate, improve, or redesign existing hardware.
Main activities:
- schematic reconstruction from PCB
- replacement of obsolete components
- improved redesign
- electrical and mechanical compatibility
- complete technical documentation
I develop reliable, optimized firmware for microcontrollers, embedded systems, and custom devices.
I also integrate firmware with control software and user interfaces.
Skills:
- firmware for MCUs (ARM, PIC, AVR …)
- communication protocols (UART, SPI, I2C, CAN, Modbus…)
- real‑time control logic
- configuration and diagnostic tools
- updates and long‑term maintenance
I evaluate the technical feasibility of a project before development begins.
The goal is to reduce risks, costs, and delays while providing a clear overview of possible solutions.
The analysis includes:
- requirements study
- component and technology evaluation
- cost and time estimation
- risk identification
- proposed technical architecture
