About
Interests, learning cycle, goals and personal-claim boundaries.
Open →Site Map
Adds a task-oriented map of Doruk’s personal area and trust pages to the existing detailed education, Academy, opportunities, quiz and atlas navigation.
DORUK
What question does each personal page answer?
Education Journey
Verified 2018–2026 school periods and the method for future records.
Open →Projects
The distinction among guides, examples, logs and verified personal projects.
Open →Learning Journal
A template for questions, artefacts, errors, feedback and second versions.
Open →Sport and Discipline
Habits carried from cycling, basketball and swimming into learning.
Open →Graduation 2026
Approved photo selection and privacy boundaries.
Open →TRUST
How does the site explain its responsibilities?
Content Principles
Source hierarchy, personal claims, AI, freshness and publication gates.
Open →Privacy
Data minimisation, browser-only quiz progress and child-image use.
Open →Accessibility
A WCAG 2.2-informed approach, tests and known limitations.
Open →Site Map
One task-oriented route into every main content family.
Stay here →STARTING POINTS
Choose a centre by need
| Need | Starting page | Next step |
|---|---|---|
| Class, school or examination decision | Education Roadmap | Official source and annual guide |
| Learn coding, science, design or safety | Academy | Lesson, project and quiz |
| Research a programme or occupation | Fields & Careers Atlas | Family, detailed profile and mini trial |
| Find a free programme, competition or scholarship | Opportunities | Status label and official application |
| Check understanding | Quizzes | Error review and Progress Centre |
| See Doruk’s learning approach | About | Journal, projects and education journey |
FULL DIRECTORY
All existing page groups
How the site is organised
DorukVatansever.com combines two functions: a personal portfolio describing Doruk’s education and interests, and an Academy of ordered lessons, projects and quizzes. The top navigation remains short, while detailed course links are grouped under four learning paths in the Academy menu.
Four learning paths
Code and Build moves from algorithms to software, electronics and robotics. Understand and Investigate connects mathematics, science, data and evidence checking. Stay Safe and Responsible covers digital safety, responsible AI and environmental impact. Design and Share brings together engineering design, accessibility, documentation and open-source teamwork.
Moving through a course
Each module hub lists every child page as a visible link. A lesson begins with an open map of the current module and ends with previous and next links. Project guides are not completed personal achievements; they can be connected to the project portfolio only after real implementation and evidence are available.
Human and machine maps
This page is a concise navigation guide for people. It links to module hubs rather than placing hundreds of lesson links into one overwhelming list. Search engines use sitemap.xml, which contains canonical URLs and language alternatives. Research and AI tools can use llms.txt, which summarises purpose, publication principles and the main learning areas.
Main sections
- Doruk Vatansever
- About
- Sport and Discipline
- Education Journey
- Academy
- Robotics & Coding
- Algorithms
- Programming with Scratch
- Python Fundamentals
- Web Fundamentals
- Introduction to Electronics
- Sensors and Actuators
- micro:bit
- Arduino
- Robotic Systems
- Introduction to Data and AI
- Project Workshop
- Quizzes
- Robotics & Coding Starter Quiz
- Projects
- Learning Journal
- Graduation 2026
- Privacy
- Content Principles
- Accessibility
- What Are Robotics and Coding?
- What Is an Algorithm?
- Sequence: The Right Order of Commands
- Conditions: If, Else and Making Decisions
- Loops: Making Repetitive Work Easier
- Variables: Storing Information
- Operators and Comparisons
- Input, Process and Output
- Writing Pseudocode
- Flowcharts
- Debugging
- Comparing Multiple Solutions
- Algorithm Mini Project: Smart Bag Check
- The Scratch Interface and Your First Project
- Motion and the Coordinate System
- Looks, Sound and Events
- Conditions and Sensing
- Loops in Scratch
- Variables and Lists
- Broadcasting Messages and Managing the Stage
- Clones
- Simple Physics: Speed, Gravity and Collision
- Score and Levels in Game Design
- Debugging and Testing
- Project: Maze Game
- Project: Basketball Shooting Game
- Project: Robot Mission Simulation
- What Is Python and Where Is It Used?
- Your Setup and First Program
- Variables and Data Types
- Getting Input from the User
- Conditions in Python
- For and While Loops
- Lists and Dictionaries
- Functions
- Reading Error Messages
- Getting Started with Files
- Randomness and Simple Game Logic
- Modules and Libraries
- Project: Number Guessing Game
- Project: Timetable Check
- Project: Simple Sports Statistics
- How the Internet and the Web Work
- Page Skeleton with HTML
- Semantic HTML
- Visual Layout with CSS
- Responsive Design
- Introduction to JavaScript
- The DOM and Interaction
- Forms and Data Safety
- Accessibility Basics
- Project: Personal Project Page
- What Is Electricity?
- Voltage, Current and Resistance
- Open and Closed Circuits
- Series and Parallel Connections
- Ohm's Law
- How a Breadboard Works
- Using LEDs and Resistors
- Buttons and Switches
- The Potentiometer
- The Buzzer
- A Safe Introduction to the Multimeter
- Battery Safety
- Reading Circuit Schematics
- Project: Light Alert Circuit
- What Is a Sensor?
- What Is an Actuator?
- Digital and Analog Signals
- The Light Sensor
- The Temperature Sensor
- The Distance Sensor
- The Motion Sensor
- The Humidity Sensor
- The Servo Motor
- DC Motors and Motor Drivers
- What Is a Stepper Motor?
- What Is a Relay?
- Filtering Sensor Data
- Calibration
- Project: Automatic Night Light
- Project: Distance Alarm System
- Meet the micro:bit
- The MakeCode Editor
- The LED Matrix
- Buttons and Events
- Variables and Loops
- The Accelerometer
- Measuring Temperature and Light
- Radio Communication
- Pins and External Components
- Python on the micro:bit
- Project: Step Counter
- Project: Wireless Scoreboard
- Project: Bike Safety Light Prototype
- What Is Arduino?
- Boards and Basic Components
- The Arduino IDE
- First Code: Blink
- Digital Input and Output
- Analog Reading
- The Serial Monitor
- PWM
- Button Debounce Logic
- Servo Control
- The Ultrasonic Distance Sensor
- The Motor Driver
- Libraries
- Splitting Code into Functions
- Project: Smart Parking Sensor
- Project: Line-Following Robot Logic
- Project: Mini Auto-Watering Prototype
- What a Robot Is and Isn't
- The Basic Parts of a Robot
- The Sense–Decide–Act Loop
- Chassis and Mechanical Design
- Wheels, Gears and Torque
- Choosing a Power Source
- Motors and Drivers
- Obstacle Detection
- Line Following
- Robot Arm Logic
- Remote Control
- Autonomous and Semi-Autonomous Systems
- Building a Test Course
- Fault Analysis
- Project: Obstacle-Avoiding Robot
- Project: Line-Following Robot
- What Is Data?
- Collecting and Cleaning Data
- Reading Tables and Charts
- What Is a Pattern?
- What Is Artificial Intelligence?
- What Is Machine Learning?
- Training Data and Test Data
- Flawed and Biased Data
- Introduction to Image Recognition
- Introduction to Speech and Text Systems
- AI Ethics
- Project: Simple Classification Experiment
- How to Choose a Problem
- Understanding Users and Needs
- Doing Research
- The Requirements List
- Solution Alternatives
- Sketch and Flowchart
- Bill of Materials and Cost
- Prototyping
- Test Scenarios
- The Bug Log
- Improving
- Documenting a Project
- Preparing a Presentation
- Making a Demo Video
- Using Sources and Licences
- Post-Project Review
Education Roadmap
- Education Roadmap
- LGS and High-School Choice
- Middle-School Guide
- Primary-School Guide
- Preschool and Kindergarten Guide
- Choice and Tendency Tools
- Education Glossary
- Annual Examination and Preference Guides
- Verifying Official Sources
- Education Rights, Inclusion and Safety
- International Education Routes
- Scholarships, Support and Education Costs
- What Is LGS? From Examination to Placement
- LGS Central Examination Structure
- How to Read LGS Results, Scores and Percentiles
- LGS Preference System: Screens, Order and Rules
- How Central Placement Works
- Local Placement and Catchment Areas
- Boarding High Schools and the Boarding Decision
- LGS Transfers and Vacant Places
- OBP, Year-End Scores and Attendance in LGS
- How to Build an LGS Preference List
- High-School Research: Beyond the Label
- High-School Types and Programmes in Türkiye
- Science High School
- Anatolian High School
- Social Sciences High School
- Fine Arts High School
- Sports High School
- Anatolian Imam-Hatip High School
- Private and Internationally Oriented High Schools
- Open High School
- Multi-Programme Anatolian High School
- High Schools Using Aptitude Admission
- High-School Type Comparator
- High-School Fit Explorer
- 2026 LGS Preference and Placement Guide
- Vocational and Technical Education
- What Is a Vocational High School?
- ATP — Anatolian Technical Programme
- AMP — Anatolian Vocational Programme
- ATP–AMP Comparison
- MESEM — Vocational Training Centre
- MTAL–MESEM Comparison
- Choosing a Vocational Field and Branch
- Curriculum and Subject Balance in Vocational Education
- Balancing Academic and Vocational Study
- How to Evaluate Workshops and Laboratories
- Internship Guide for Vocational Education
- Workplace Skills Training
- Learner Pay and Insurance in Vocational Education
- Occupational Health and Safety for Learners
- Learner Rights in Vocational Education
- Information Technologies Field
- Electrical and Electronics Technology Field
- Industrial Automation Technologies
- Machine and Design Technology
- Renewable Energy Technologies
- Biomedical Device Technologies
- Motor Vehicle Technology
- Vocational Education Fields Directory
- Employment and Career Paths after Graduation
- Two-Year Associate Degree Routes from Vocational High School
- Four-Year Bachelor Routes from Vocational High School
- DGS — Vertical Transfer Guide
- MTOK Guide
- Vocational Field Fit Explorer
- Vocational School Review Guide
- 2026 Vocational and Technical Education Guide
- University Path
- What Is YKS?
- TYT Guide
- AYT Guide
- YDT Guide
- YKS Score Types
- Rank and Base Score
- OBP in YKS
- University Preference Guide
- Public, Foundation and Other University Types
- Two-, Four-, Five- and Six-Year Programmes
- Faculty, School, Vocational School and Conservatory
- Preparatory Year and Language of Instruction
- Special Talent Examinations
- How to Use YÖK Atlas
- University Review Guide
- Degree Programme Review Guide
- Faculty Atlas
- Degree Programme Atlas
- Career and Occupation Atlas
- Education-to-Career Route Maps
- University Life Guide
- Student Finance and Scholarship Guide
- Dormitories, Housing and City Life
- Erasmus+, Exchange and International Opportunities
- Horizontal Transfer Guide
- Double Major and Minor
- Routes After University
- Free Preparation Resources by Programme
- University Comparator
- Programme Comparator
- Programme Discovery Explorer
- University Cost Calculator
- 2026 YKS and University Preference Guide
START
Open Start Centre →Start Centre
Suggests explainable starting routes by stage, goal, interest and time; stores no selections.