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Nazanin N.

Senior Electronics Hardware Engineer specializing in Analog/Mixed-Signal Design, PCB Layout, and Pow

Porvoo, Finland

Global rank:

15,127 / 131,097

Skill pts: 5

Altium Designer 2023 Electronic Hardware Design Multi Layer PCB Layout PCB Design PCB Layout Design

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About

Electronics Hardware Engineer with 12+ years of experience in analog and mixed-signal system design, PCB development, and hardware validation.

My expertise includes power electronics, multi-channel system design, signal conditioning, and hardware debugging using laboratory equipment such as oscilloscopes, multimeters, and signal generators.

I have worked on reverse engineering and redesign of industrial electronic boards, as well as development of embedded hardware systems with focus on reliability, noise performance, and real-world testing.

Key skills include:

PCB design (analog, mixed-signal, power electronics)
Circuit design and system-level architecture
Hardware testing, debugging, and validation
Reverse engineering of electronic systems
PWM control, current sensing, and power regulation

I focus on practical engineering solutions, fast problem solving, and delivering reliable hardware designs for real-world applications.

Experience

R & D Nodai · Full-time Feb 2024 – Present 2 yrs 3 mos Tehran, Tehran Province, Iran • Architected industrial IoT acoustic emission monitoring system, achieving ~30% improvement in detection stability via analog front-end optimization.
• Designed structured electrical test strategies cutting debugging time by ~40%.
• Resolved 20+ critical system-level issues using oscilloscopes, logic analyzers, and DAQ instruments.
• Redesigned signal-conditioning stages to reduce noise impact by ~25%, improving measurement reliability.
• Built Python test and data-acquisition tooling eliminating ~50% of manual testing effort.
R&D Engineer

Education

KNTU Bach of engineering, Electronic & Electrical Engineering 2008 – 2013

Other experience

R&D Engineer • Developed embedded control systems for industrial HVAC, improving closed-loop control stability by ~20%.
• Validated sensor-based hardware, reducing system-integration issues by ~30% through structured test plans.
• Integrated embedded vision and sensor modules into industrial monitoring platforms.