Project guides.
Practical notes to help you choose, plan and understand your project.
How AI Designs Hardware: LLMs, PCB Layout and the Audit That Catches Their Mistakes
OpenAI reported that its GPT-6 Astra model designed a working hardware device in under a week, then admitted manufacturing still needed several rounds of review. This guide explains how a language model designs hardware — requirements, component selection, schematics, PCB layout, firmware and enclosures — where it typically goes wrong, and how a student team audits every output with datasheets, design-rule checks and a written audit log before ordering a board.
Read guideHow to Write the Introduction Chapter for Your IEEE Base-Paper Project
The introduction chapter opens your IEEE base-paper report: it states the problem, names the gap your own feature fills in the base paper's method, and ends with a roadmap. This guide gives the six-job funnel structure, the base-versus-own split, the Phase-1 vs Phase-2 difference, a worked example built on a verified base paper, and the six mistakes that send reports back.
Read guideBest 10 Event & Fest Management Projects
Ten event and fest management projects students actually ask for: campus event apps with QR tickets, fest volunteer rosters, seat-map ticketing, gate check-in, hall booking, sponsorship tracking and wedding planning. Every entry links to its live project page, with the stack and workflow taken from that page.
Read guideHow to Choose a Loss Function for Your ML Project: MSE, Cross-Entropy and More
Every ML model learns by minimising a number, the loss function. This guide compares MSE, MAE and Huber for regression, cross-entropy in its three forms for classification, and how to match each loss to the output layer, with worked numbers.
Read guideHow to Choose the Right Fuse for Your Electronics Project: Ratings, Types and Placement
A fuse is the cheapest insurance in a hardware project, but only if it is sized right. This guide explains the four ratings that matter, fast-blow vs slow-blow, the fuse types students actually meet, and a worked sizing example for a motor driver board.
Read guideHow Thermal Drones See Heat: LiDAR, mmWave Radar and Thermal Imaging for Inspection
A thermal inspection drone finds overheating joints on power lines from the air, using three different sensors: a thermal camera that reads heat, a LiDAR that holds altitude, and a mmWave radar that keeps working in fog. This guide explains how each sensor works — microbolometers and emissivity, time-of-flight ranging and beam geometry, FMCW radar and distance gates — and how a student team can honestly build the same architecture at lab scale, using the DJI Matrice 5T launch as the reference.
Read guideBest 10 Offline Apps & Tools That Work Without Internet
Ten offline-first projects picked from the published Projectech catalog: six Android apps (language learning, document scanner, first-aid guide, grocery list, bus timetable, recipe book), three desktop tools (kanban board, PDF redaction, mind map) and one LoRa farm weather station that logs to an SD card. Every entry links to its live project page, and every detail comes from that page.
Read guideHTTP Status Codes Explained: What 200, 404 and 500 Mean for Student Web Apps
Every web request ends with a three-digit status code. This guide explains the five code families, the ten codes students meet most, when your own API should return each one, and how to debug failures with curl.
Read guideHow to Add Search to a Student Web App: Filtering, Pagination and Full-Text Basics
A search box is a small pipeline: match, rank, page, and respond fast. This guide compares browser filtering, SQL LIKE, and full-text search, then covers pagination, debouncing, and the mistakes that make student-app search slow or useless.
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