Electronics hardware experience for validated engineering discussions.
This public profile presents generalized, non-confidential engineering experience in mixed-signal PCB, power electronics, FPGA, RF, photonic systems, validation, and EMC. Any formal outside activity, paid work, or customer/competitor engagement is subject to applicable written approvals and conflict review.
Public-facing experience focused on engineering proof.
Engineering capability shown as a measurable system.
Mixed-signal PCB design, power integrity, EMC, FPGA, embedded control, and lab validation are presented as one product-development workflow, not disconnected keywords.
Engineering coverage from circuit to validated system.
Skills organized as product capabilities.
A professional site should show not only keywords, but how the engineering work reduces product risk. These capabilities are presented as solution blocks, like a semiconductor or aerospace technology page.
Each area is shown as a generalized engineering story.
Cards combine domain-specific visuals, animated signal diagrams, non-confidential design reasoning, validation evidence, and public reference ecosystems.
Generalized studies with technical motion and proof.
These cards are public-facing abstractions of experience areas. They avoid proprietary schematics, confidential implementation details, customer-specific deliverables, and any offer of paid services while still showing the engineering thinking behind reliable hardware.
Optical and electronics validation environment for compact display-related hardware, mixed-signal bring-up, measurement, and cross-functional engineering communication.
Medical photonic platform environment covering low-noise readout thinking, validation discipline, EMC-oriented measurement, and system-level documentation.
High-frequency power-electronics and measurement environment involving digital control, test automation, compliance-oriented validation, and lab instrumentation.
Professional lighting and driver-electronics collaboration context through research and development work, described here only at a non-confidential level.
RF, embedded, multi-board hardware, supply isolation, and navigation-system development environment.
Embedded, power, actuator, radar-related, and FPGA/DSP hardware development environment with board-level and system-level validation.
Architecture, simulation, layout, firmware, and validation connected.
The technology view explains why the hardware runs professionally: constraints, interfaces, timing, noise, thermal behavior, and compliance are planned before the final PCB.
The engineering stack behind reliable hardware.
This tab is organized like a solutions page: technology area, design method, validation proof, and reference ecosystem. It communicates that projects run well because system risks are handled before the final prototype.
Research credibility behind product engineering.
Academic RF CMOS work, conference publications, and system modeling support the portfolio with deeper engineering foundations.
Knowledge base with research credibility.
Master's degree in Electronics Engineering, 2011-2013.
Bachelor's degree in Electrical Engineering, 2007-2011.
Persian native. English fluent with IELTS. German B1, progressing toward B2.
SDR for aerospace, radar and EW, Xilinx DSP, structured hardware validation.
Technical communication within appropriate approvals.
The contact path is framed around general engineering discussion, public portfolio context, non-confidential knowledge exchange, and legally permitted collaboration routes.
Technical dialogue, review, and knowledge exchange.
For professional conversations about generalized hardware engineering topics, public portfolio discussion, research visibility, and legally permitted collaboration paths.
Technical Conversation
Messages are delivered to siavash136725@gmail.com via FormSubmit. Please keep the first message general and non-confidential.