Electrical Engineering · Programming · AI

Open to learning & collaboration

I turn ideas into intelligent systems.

Electrical Engineering student designing at the intersection of code, intelligent systems, and practical experimentation.

NOW BUILDINGIntelligent systems

Explore systems My journey
Electrical Engineering
Academic foundation
Programming
Building useful systems
Artificial Intelligence
Learning and research
Swipe to explore
  • WordPress
  • PHP
  • JavaScript
  • AI Systems
  • Electrical Engineering
  • Accessible UX
  • Adaptive Performance

Signal Map

Where engineering, code, and intelligence meet.

DINAVO sits at the center of three connected disciplines. Select a node to trace the signal.

Engineering × Code × AI

Dinavo is the identity connecting electrical engineering, programming, and artificial intelligence into one practice.

01 / ABOUT

Built from curiosity.

A personal engineering space where study, code, and experiments become visible systems.

Blue programming workspace

Learning by building

I'm Amir, an Electrical Engineering student interested in programming and artificial intelligence.

I enjoy understanding how systems work, turning ideas into practical prototypes, and documenting progress through Dinavo.

Field
Electrical Engineering
Focus
Programming & AI
Location
Iran
Status
Student & Developer

02 / SELECTED SYSTEMS

Systems, not mockups.

Working experiences, active experiments, and the engineering behind this digital space.

Web Engine Live now

Dinavo Core

The bilingual WordPress engine powering this site, rebuilt around speed, accessibility, and modern interaction.

  • WordPress
  • PHP
  • JavaScript
  • Core Web Vitals
Intelligence Exploring

AI Systems Lab

An evolving workspace for intelligent systems, automation, and practical experiments—not empty hype.

Engineering Academic track

Electrical Engineering × Code

Turning circuit theory and signal analysis into testable, software-driven systems.

  • Circuits
  • Signal analysis
  • Embedded code

03 / METHOD

A method for making.

Six practical principles guide every experiment—from the first question to a useful result.

  1. 01

    Think

    Analyze the problem before choosing the tool.

  2. 02

    Code

    Write clear, maintainable, and useful software.

  3. 03

    Build

    Turn theory into working prototypes.

  4. 04

    Innovate

    Explore new technologies without chasing hype.

  5. 05

    Improve

    Learn from every version and iterate.

  6. 06

    Impact

    Aim for work that is genuinely useful.

04 / JOURNEY

Always in progress.

A transparent view of what I am studying, building, and developing right now.

  1. Building Dinavo

    Creating a bilingual personal space for learning, experiments, and future work.

  2. Programming and AI

    Practicing through software, automation, and intelligent systems.

  3. Electrical Engineering

    Studying circuits, electronics, signals, systems, and engineering analysis.

Futuristic stairs representing progress

What I am developing

  • Programming foundationsGrowing
  • Web developmentGrowing
  • Artificial intelligenceLearning
  • Electrical engineeringAcademic
  • Problem solvingContinuous

05 / CONNECT

Start a signal.

Have an idea, a technical conversation, or a collaboration in mind? Reach out directly.