COMPUTER ENGINEER · AI · SIMULATION

HILAL YEŞİM ALTUNAY

I turn complex technical ideas into working systems.

I work across artificial intelligence, modelling and simulation, autonomous systems and software architecture.

Portrait of Hilal Yeşim Altunay

Selected Work

04

Industrial PLC Machine Health and Alarm System

A monitoring system that analyzes PLC-based industrial machine data, detects meaningful anomalies, predicts equipment health using machine learning, and converts maintenance recommendations into operational alarm workflows.

Industrial Software · Machine Health · Predictive MaintenanceC#PythonPLCData MonitoringAlarm Logic
05

E-Commerce Management Platform

A modular and comprehensive e-commerce management platform that combines product, category, order, user and administrative workflows through a database-backed architecture while allowing users to design their own online stores.

Full-Stack Web Development · Administration · Database SystemsPHPCodeIgniterMySQLHTMLCSS
06

AI-Powered EV Route and Charging Optimization

An AI-powered optimization system that estimates energy requirements from vehicle and user profiles and generates personalized long-distance routes by evaluating charging points, stop preferences and station availability.

Intelligent Mobility · Route Optimization · Charging PlanningArtificial IntelligenceMachine LearningDeep LearningReinforcement LearningRoute Optimization
07

Digital Twin and Autonomous Systems Work

An evolving engineering and research body of work at the intersection of digital twin and autonomous systems.

Digital Twin · Autonomous Systems · ResearchDigital TwinAutonomous Systems

Experience Trajectory

An experience path across technical disciplines

01 · Second Summer Internship · Modelling and Simulation

Roketsan

Missile Modelling and Simulation Systems

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Within next-generation missile modelling and simulation work, I focused on movement simulations, scenario-data processing and converting ASI records into SIMDIS-compatible outputs. In the C++ project, I contributed to reader-writer architecture, scenario modelling, querying, analytical reporting and the handling of malformed records.

C++Missile ModellingMovement SimulationASISIMDISASAMRPR FOMTOML
Additional details

Worked on movement simulation, scenario analysis and data-conversion flows.

Contributed across ASI, SIMDIS, ASAM, RPR FOM and TOML-related engineering work.

Focused on technical reporting and correctness without exposing confidential data or restricted technical details.

02 · Part-Time Software Development

CND Studio · Nasirus

Web Platforms · E-Commerce · Digital Publishing Systems

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During part-time software development work, I contributed to the development of websites, e-commerce infrastructures and digital publishing platforms. I worked on user and administration interfaces, content processes, database-backed workflows and turning different platform needs into working software solutions.

Web DevelopmentE-Commerce PlatformsPublishing PlatformsDatabase-Backed WorkflowsAI AutomationVector DatabasesDomain Knowledge BasesGitNexus
Additional details

Worked on user and administration interfaces together with content-oriented platform workflows.

Translated web, e-commerce and digital-publishing needs into database-backed software solutions.

In parallel, I carried out technical work around AI automation, domain knowledge bases, vector databases and tool-using intelligent agent structures.

03 · First Summer Internship · Industrial Automation

Aymos Automation

PLC · Machine Health · Industrial Data Analysis

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I worked on PLC-based systems and machine data in an industrial automation environment. I developed a machine-health and alarm system to monitor machine behaviour, detect meaningful anomalies, estimate equipment health with machine learning and turn maintenance recommendations into operational alarm workflows.

PLCIndustrial AutomationPythonC#Machine LearningScikit-learnMatplotlibAnomaly Detection
Additional details

Worked on PLC data, machine-health evaluation and the predictive-maintenance direction.

Connected anomaly detection, data visualisation and operational alarm workflows.

Contributed to analytical development using Python, C#, Scikit-learn and Matplotlib.

04 · First Voluntary Technical Experience

Arslan Bilgisayar ve Siber Güvenlik

Hardware · Server Systems · Networking and Technical Support

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During my first voluntary technical experience, I worked with computer and electronic-board hardware, fault diagnosis and repair processes. I gained hands-on experience in server installation, network connectivity, router and switch configuration, access points, remote troubleshooting and end-user technical support.

Computer HardwareElectronic BoardsFault DiagnosisTechnical RepairServer InstallationNetworkingRoutersSwitches
Additional details

Gained hands-on experience with computer hardware, electronic boards and fault-diagnosis processes.

Worked on server installation, network connectivity and router-switch configuration.

Built practical experience in remote support, troubleshooting and end-user technical support.

Capability Constellation

Connected capabilities form a technical map linking methods, systems and tools.

Machine Learning
Deep Learning
Reinforcement Learning
Game Theory
Intelligent Agents
Neural Networks
Python
PyTorch
Scikit-learn
Vector Databases
Partial Observability
State Representation
Temporal Dynamics
GRU
Representation Learning
Future-State Prediction
Environment Modelling
Latent State
C++
Scenario Modelling
Digital Twin
SIMDIS
Data Conversion
Movement Simulation
Validation
Autonomous Systems
Perception
Planning
Decision Systems
Sensor Fusion
Navigation
Real-Time Systems
Multi-Agent Systems
OpenCV
YOLO
Object Detection
Tracking
Image Processing
Feature Extraction
MediaPipe
Real-Time Vision
C#
Monitoring
Alarm Logic
PLC Data
SQL
PHP
TypeScript
CodeIgniter
MySQL
Database Systems

Modelling and Simulation

active focus

Text summary of capabilities

  • Artificial Intelligence: Machine Learning, Deep Learning, Reinforcement Learning, Game Theory, Intelligent Agents, Neural Networks, Python, PyTorch, Scikit-learn, Vector Databases
  • World Models: Partial Observability, State Representation, Temporal Dynamics, GRU, Representation Learning, Future-State Prediction, Environment Modelling, Latent State
  • Modelling and Simulation: C++, Scenario Modelling, Digital Twin, SIMDIS, Data Conversion, Movement Simulation, Validation, Autonomous Systems
  • Autonomous Systems: Perception, Planning, Decision Systems, Sensor Fusion, Navigation, Real-Time Systems, Multi-Agent Systems
  • Computer Vision: OpenCV, YOLO, Object Detection, Tracking, Image Processing, Feature Extraction, MediaPipe, Real-Time Vision
  • Industrial Software: C#, Monitoring, Alarm Logic, PLC Data, SQL
  • Web Development: PHP, TypeScript, CodeIgniter, MySQL, Database Systems
  • Data Systems: SQL, MySQL, Vector Databases, Database Systems, Data Conversion

ABOUT

I combine technical curiosity with research, exploration and building.

I am a fourth-year Computer Engineering student at KTO Karatay University. At the intersection of artificial intelligence, modelling and simulation, and autonomous systems, I focus on building solutions that turn data into meaningful decisions, account for real system constraints and produce measurable results. Across research, algorithm design, system optimization and software development, I am especially drawn to the full process of taking a problem from the right model to a testable and practical system.

My Erasmus experience in Italy showed me how much exploring different cultures, ways of working and perspectives can expand both personal and technical vision. Seeing new places, gaining new experiences and discovering the world is not a temporary curiosity for me; it is a long-term motivation that continuously shapes how I think and build.

Born in 2003

KTO Karatay University · Computer Engineering

Fourth-year student

Erasmus · Italy

Languages

TurkishNative
EnglishProfessional working proficiency
ItalianBeginner / basic proficiency