BYTE AKADEMI — AN ENGINEERING JOURNAL
BYTE AKADEMI
From high voltage to silicon, from the construction site to AI: measurement-driven, plain-spoken guides by an electrical & electronics engineer.
ARTIFICIAL_INTEL
ARTIFICIAL_INTEL
November 3, 2026
How to Use Gemini 3.1 Pro Advanced Reasoning: Full Guide
Move beyond impulsive next-token prediction with Google Gemini 3.1 Pro. We break down the mathematics of Test-Time Compute scaling, internal Chain-of-Thought tree search, self-correction backtracking, and how to structure constraint-driven engineering and software architecture prompts.
ARTIFICIAL_INTEL
ARTIFICIAL_INTEL
November 3, 2026
How to Use Gemini 3.8 Flash: Complete Developer & AI Guide
Discover why Gemini 3.8 Flash is the ultimate everyday workhorse for engineers and creators. We break down how Speculative Decoding and configurable Thinking Budgets combine sub-second streaming speeds with deep reasoning across a massive 2-million-token multimodal context window.
ELECTRICAL_ENERGY
ELECTRICAL_ENERGY
November 3, 2026
Power Transformer Protection: Buchholz, DGA & ANSI 87T
Protect high-value power transformers from catastrophic internal failures. We break down the fluid mechanics of Buchholz relays, the hydrocarbon chemistry of IEC 60599 Dissolved Gas Analysis (DGA), and the mathematics of ANSI 87T dual-slope differential protection with Dyn11 zero-sequence filtering.
ARTIFICIAL_INTEL
ARTIFICIAL_INTEL
November 2, 2026
How to Use Gemini 3.5 Flash-Lite: Complete Beginner Guide
Stop overpaying for slow, heavyweight AI models on high-volume tasks. Learn how Gemini 3.5 Flash-Lite leverages Knowledge Distillation to deliver sub-200ms Time-to-First-Token (TTFT) latency at a fraction of the cost—complete with free Google AI Studio setup, Python SDK code, and structured JSON prompts.
ARTIFICIAL_INTEL
ARTIFICIAL_INTEL
November 2, 2026
Google Gemini Architecture: Native Multimodal AI Physics
Go inside the neural architecture of Google Gemini. Unlike cascaded systems that bolt separate vision and speech adapters onto a text-only LLM, Gemini is trained as a single Natively Multimodal Transformer—fusing text, code, audio waveforms, and video frames inside one shared cross-attention vector space.
ELECTRICAL_ENERGY
ELECTRICAL_ENERGY
November 2, 2026
MV Protection Relays Guide: ANSI Codes & IEC IDMT Curves
Go inside the brain of medium-voltage switchgear: Microprocessor Protection Relays (IEDs). We break down essential ANSI/IEEE C37.2 device numbers (50/51, 50N/51N, 67, 87T), worked IEC 60255 IDMT time-current curve calculations, transformer 2nd-harmonic inrush restraint, and relay grading margins.
02
All courses
Learn to code, from zero
In your browser, step by step. Every lesson is a short read, working code and a mini quiz.
EKAT: Yüksek Gerilim ve Şalt Manevra Eğitimi
Kuvvetli Akım Tesisleri mevzuatı, 5 Altın Kural, OG/YG şalt ekipmanları, kesici-ayırıcı manevra sıralamaları ve hayat kurtaran saha güvenlik protokolleri. Örnek manevra senaryoları ve vaka analizleriyle eksiksiz EKAT rehberi.
Not started yet
Start
Introduction to Programming with C#
C# from scratch: installing .NET, from variables to classes, from error handling to LINQ. Every lesson has code you can run, an exercise and a mini quiz.
Not started yet
Start
03
Try, calculate, build
Reading is not enough: break things and rebuild them with in-browser simulations and engineering calculators.
36 kV Substation & SCADA Operator
Operate 36 kV MV substations, manage transformers and bus couplings with LOTO safety interlocks. Experience SCADA operations with live single-line diagrams, relay fault scenarios, and realistic switchgear audio.
Logic Gate Puzzles
Build the given truth table with AND, OR, NOT, XOR and NAND gates across 16 levels; earn three stars with the fewest gates.
Panel Master
Choose the breaker, RCD and cable size for each load of a dwelling; learn why a wrong choice fails, with reasons.
Circuit Lab
Place batteries, resistors, LEDs, switches and meters on the board; watch the current with a real DC solver and solve 10 missions.
Interactive C++ Course
An 18-lesson C++ course in your browser where you earn XP: explanations, code, output prediction and bug hunting.
Virtual Oscilloscope
Measure waves from a signal generator on a 2-channel scope with XY mode and cursors; solve 8 measurement missions.
Cyber Intelligence Simulation
10-question rounds from a 60-question pool: hardware, networking, electrics, software and AI; timer, combo and lifeline.
Systems Engineering Simulator
Clear bottlenecks during an 8K render, upgrade the hardware and keep the system alive for 10 minutes without a crash.
NEW · ENGINEERING CALCULATORS
Calculate it like you would on site.
Ohm's law, voltage drop and cable sizing, LED resistors, colour codes, power factor correction. Instant, in your browser, with the formula.
04
Explore by topic
Six fields, one curiosity. Pick a tab to see the newest articles in that field.
From the grid to the panel: high voltage, earthing and site practice.
ELECTRICAL_ENERGY
ELECTRICAL_ENERGY
November 3, 2026
Power Transformer Protection: Buchholz, DGA & ANSI 87T
Protect high-value power transformers from catastrophic internal failures. We break down the fluid mechanics of Buchholz relays, the hydrocarbon chemistry of IEC 60599 Dissolved Gas Analysis (DGA), and the mathematics of ANSI 87T dual-slope differential protection with Dyn11 zero-sequence filtering.
ELECTRICAL_ENERGY
ELECTRICAL_ENERGY
November 2, 2026
MV Protection Relays Guide: ANSI Codes & IEC IDMT Curves
Go inside the brain of medium-voltage switchgear: Microprocessor Protection Relays (IEDs). We break down essential ANSI/IEEE C37.2 device numbers (50/51, 50N/51N, 67, 87T), worked IEC 60255 IDMT time-current curve calculations, transformer 2nd-harmonic inrush restraint, and relay grading margins.
ELECTRICAL_ENERGY
ELECTRICAL_ENERGY
November 2, 2026
MV XLPE Cable Terminations: Stress Control & PD Physics
Over 75% of medium-voltage cable failures occur at human-assembled terminations and joints. We break down the dielectric physics of electric field stress concentration at the semicon cutback step, high-permittivity stress control tubes, Partial Discharge (PD) electrical treeing, and Cold-Shrink versus GIS Plug-in T-body installations.
From CPUs to graphics cards: the physics of silicon.
HARDWARE
HARDWARE
October 30, 2026
AI & Evolutionary Algorithms in Tesla Composite Metallurgy
How do Tesla and SpaceX bypass decades of trial-and-error metallurgy? We explore how multi-objective evolutionary algorithms (NSGA-III), CALPHAD thermodynamics, and Quantum DFT simulations synthesize zero-thermal-expansion (ZTE) composites for 20,000 RPM Plaid motors, Giga Press castings, and Starship propulsion.
HARDWARE
HARDWARE
September 16, 2026
Beyond the Thermal Wall: Blackwell B200 and Liquid Cooling
As an electrical and electronics engineer studying high-power semiconductor designs, you keep running into one unchanging law of nature: "Compute capacity depends not on the limits of silicon, but on the heat flux…
HARDWARE
HARDWARE
September 10, 2026
Cut Out the CPU: Streaming Data from SSD to VRAM (DirectStorage)
You bought one of the fastest PCIe Gen4 or Gen5 NVMe SSDs on the market, capable of reading 7000 MB per second. You set up your system and launched your favorite open-world game. Yet while sprinting…
From models to data centers: the engineering of intelligence.
ARTIFICIAL_INTEL
ARTIFICIAL_INTEL
November 3, 2026
Stop Telling Gemini 3.1 Pro to "Think Step-by-Step" (Guide)
For years, "Let's think step-by-step" was the golden rule of prompt engineering. Discover why applying legacy Chain-of-Thought prompts to native System 2 reasoning models like Gemini 3.1 Pro forces linear path-locking and doubles token costs—and how to switch to the Constraint-Boundary-Verification (C-B-V) framework.
ARTIFICIAL_INTEL
ARTIFICIAL_INTEL
November 3, 2026
How to Use Gemini 3.1 Pro Advanced Reasoning: Full Guide
Move beyond impulsive next-token prediction with Google Gemini 3.1 Pro. We break down the mathematics of Test-Time Compute scaling, internal Chain-of-Thought tree search, self-correction backtracking, and how to structure constraint-driven engineering and software architecture prompts.
ARTIFICIAL_INTEL
ARTIFICIAL_INTEL
November 3, 2026
How to Use Gemini 3.8 Flash: Complete Developer & AI Guide
Discover why Gemini 3.8 Flash is the ultimate everyday workhorse for engineers and creators. We break down how Speculative Decoding and configurable Thinking Budgets combine sub-second streaming speeds with deep reasoning across a massive 2-million-token multimodal context window.
Phone chips, displays and mobile security.
MOBILE
MOBILE
September 14, 2026
A Thermal Revolution: The iPhone 18 Pro Max Vapor Chamber
As an electrical and electronics engineer examining hardware designs, the rule I pay most attention to is this: "Performance is determined not by the chip's clock speed (GHz), but by its thermal threshold." For years…
MOBILE
MOBILE
September 13, 2026
Smartphone Ghost Touch: 5 Root Causes and Fixes, Explained
Is your phone opening apps on its own, typing random letters or ignoring your taps? Ghost touch is rarely a software bug. Here are its hardware root causes and fixes…
MOBILE
MOBILE
September 12, 2026
Peak Hardware Isolation: Inside Samsung Knox Vault Security
The most common misconception users have about modern smartphone security is that software encryption (Android kernel-level locks) is an impregnable fortress. In reality, once an attacker has the device…
Operating systems, tools, cryptography and cyber security.
SOFTWARE_SECURITY
SOFTWARE_SECURITY
October 31, 2026
How to Use ChatGPT: The Ultimate Beginner's Guide & Tips
New to generative AI? This comprehensive guide walks you through how ChatGPT works under the hood, how to set up your free account, the 5-part Prompt Engineering formula (Role, Context, Task, Constraints, Format), and how to master Deep Research, Canvas, and file analysis.
SOFTWARE_SECURITY
SOFTWARE_SECURITY
September 20, 2026
The Cryptography Behind the Padlock: How SSL/TLS Works
When you type https://www.byteakademi.tr/ into your browser's address bar, how many times have you actually looked closely at that tiny padlock icon on the left? For most of us, that padlock is just…
SOFTWARE_SECURITY
SOFTWARE_SECURITY
September 15, 2026
Excel CTRL Shortcuts That Make Engineers Ditch the Mouse
As an electrical and electronics engineer, I spend hours every day moving between cells, whether in construction site quantity take-off sheets or in energy consumption simulations. When working with large datasets…
History, education and how technology shapes people.
SCIENCE_SOCIETY
SCIENCE_SOCIETY
October 25, 2026
SpaceX Thruster-Equipped Roadster: Rocket Physics Explained
How does the SpaceX-packaged Tesla Roadster hit 0-60 mph in 1.1 seconds? Explore 10,000 PSI COPV tanks, cold gas thrusters, and supersonic nozzle physics.
SCIENCE_SOCIETY
SCIENCE_SOCIETY
October 24, 2026
Fusion Energy & Artificial Sun: The Clean Power Era
How nuclear fusion and artificial sun tech work. Tokamak reactors, net energy gain (Q>1), plasma physics, and the future of unlimited clean energy.
SCIENCE_SOCIETY
SCIENCE_SOCIETY
September 14, 2026
Invisible Wear: Teachers and Institutional "Silent Mobbing"
As an electrical and electronics engineer examining high-voltage lines or complex industrial drives, I know that failure does not always arrive with a big explosion. The most dangerous damage is the kind…
AUTOMOTİVE_ENGİNEERİNG
AUTOMOTİVE_ENGİNEERİNG
October 30, 2026
Tesla Acoustic Glass Physics: Frequency Absorption & NVH
How do the Tesla Model Y Juniper, Model 3 Highland, and Cybertruck achieve studio-grade cabin silence at highway speeds? We analyze multi-layer viscoelastic PVB interlayers, 3,150 Hz coincidence dip attenuation, active road noise cancellation (ANC), and the neurological impact of aero-acoustic isolation.
AUTOMOTİVE_ENGİNEERİNG
AUTOMOTİVE_ENGİNEERİNG
October 30, 2026
Tesla Cybertruck 30X Stainless Steel: Passivation & Physics
How does the unpainted ultra-hard 30X (HFS) stainless steel exoskeleton on the Tesla Cybertruck and SpaceX Starship survive harsh road salts and atmospheric exposure without a paint shop? We analyze strain-induced martensite metallurgy, self-healing 2.5 nm chromium-oxide passivation layers, and iron fallout decontamination.
AUTOMOTİVE_ENGİNEERİNG
AUTOMOTİVE_ENGİNEERİNG
October 27, 2026
Tesla 4680 Dry Cathode Physics: Quantum Tunneling & EV Pack
How did Tesla eliminate toxic NMP solvents and 150-meter drying ovens in its 4680 structural battery pack for Model Y and Cybertruck? We analyze solvent-free dry electrode lamination, PTFE shear fibrillation, and quantum mechanical electron tunneling across nanometric barriers.
79articles
7fields
27coding lessons
402minutes of reading
The person behind the writing
Fatih Karaaslan
Electrical & Electronics Engineer · Gürsem Mühendislik
Electrical and electronics engineer. Loves reading, researching and sharing what he learns — Byte Akademi is the notebook of that curiosity.
Meet a circuit: tap A and B