Professional narrative

About Me

I am a software engineer focused on applied AI systems that connect models to reliable software, data, and user workflows. My projects span retrieval-augmented generation, tool-calling LLM applications, machine learning, and AI-enabled robot programming.

Earlier work in backend development, robotics, XR, Android, algorithms, and computational-geometry research gives me a broad engineering base for building and evaluating these systems.

Connected experience

How my background supports AI engineering

These are complementary parts of one engineering practice rather than separate professional identities.

Applied AI systems

Grounded retrieval, embeddings and vector search, tool-calling loops, structured outputs, and model comparison.

View applied AI projects

Backend and software engineering

Python, FastAPI, REST APIs, testing, relational data, and user-facing software delivery provide the foundation around model behavior.

View supporting software work

Robotics and spatial systems

Unity, HoloLens 2, mixed reality, digital twins, and physical robot interaction connect AI to spatial and embodied workflows.

View AURaPath

Research and problem solving

Peer-reviewed research, computational geometry, graph theory, competitive programming, and robotics competitions support rigorous technical reasoning.

View publications

Selected capabilities

Technical focus

A concise set of technologies tied to current project evidence.

AI, ML & data

  • Python
  • PyTorch
  • Scikit-learn
  • NumPy
  • pandas
  • OpenCV
  • RAG
  • Embeddings
  • ChromaDB
  • Cohere

Software, robotics & interaction

  • FastAPI
  • REST APIs
  • SQL
  • C/C++
  • C#
  • Kotlin
  • Unity
  • HoloLens 2
  • MRTK
  • Git
  • Linux

Academic foundation

Education

Graduate research in theoretical computer science and an undergraduate foundation in computer engineering, software, and competitions.

  • 2022–2024

MSc in Computer Science

University of Windsor, Canada

Grade: 96.33 / 100

Thesis: City Guarding with Cameras of Bounded Field of View
Field: Theoretical Computer Science (Graph Theory & Computational Geometry)
Supervisor: Dr. Ahmad Biniaz

Activities:

  • Graduate Assistantship
  • Research Assistantship
  • Sessional Lecturing
  • Sub-reviewing conference papers
  • September 2016 – July 2021

Bachelor of Science in Computer Engineering

University of Isfahan, Iran

Grade: Top 10% of class
CGPA: 17.35 / 20 (≈ 86.75 / 100)

Thesis: Design and Implementation of a Plant Nurturing and Nourishment Platform (Score: 20/20)

Activities:

  • ACM Chapter Chair (2 years)
  • Active member of Computer Engineering Student Association
  • Participation in national and international competitions
  • Teaching Assistant for multiple courses

Additional evidence

Research, robotics & algorithms

Explore my peer-reviewed publications and achievements across ICPC, robotics competitions, and algorithmic problem solving.

View publications View honors