Projectech — You Select, We Create | Learn | GrowCustom Project
A LITTLE DIRECTION

Project guides.

Practical notes to help you choose, plan and understand your project.

Blueprint-style technical illustration of a web browser split between a server-side rendering flow and a client-side rendering flow, with servers and page-loading arrows.Web development students choosing how their app renders pages who want to understand first paint, search visibility, and the hybrid options between SSR and CSR

Server-Side vs Client-Side Rendering Explained for Student Web Apps

Where a web page's HTML comes from, and why it matters: server-side and client-side rendering compared step by step, with first-paint, search, cost, and failure-mode trade-offs, hybrid patterns, and a checklist for choosing.

Read guide Blueprint-style technical illustration of a current-sensing circuit with a shunt resistor, a Hall-effect sensor module, a motor, and a waveform display.Electronics students building motor, battery, or power-supply projects who need to measure current accurately and choose between shunt and Hall sensing

Current Sensing for Student Projects: Shunt Resistors vs Hall Sensors

How to measure current in a student electronics build: shunt-resistor sensing with amplification and high-side versus low-side placement, compared against isolated Hall-effect sensing, with sizing rules, calibration steps, and three practical recipes.

Read guide Technical illustration of see-through AR glasses in side profile: a small display above the lens, a beam-splitter film at an angle, display light reflecting toward the eye while room light passes throughElectronics, IoT and Computer Engineering students who want to understand see-through AR glasses before building one

How Optical See-Through AR Glasses Work: Beam-Splitters, Head Tracking, and the Phone Link

Optical see-through AR glasses float text in front of one eye while the room stays visible. This guide explains the beam-splitter optics, MPU6050 head tracking and yaw drift, the phone-linked voice path, and dimming — the physics behind XREAL's Aura launch and behind the student-scale build that translates it to bench hardware.

Read guide Technical blueprint illustration of a researcher comparing dataset trays on a workbench, one tray highlighted as the chosen set, with charts and data tables on a board behind.B.E./B.Tech students with an approved IEEE base paper who must choose, justify and document a dataset before implementing the paper.

How to Choose a Dataset for Your IEEE Base Paper Project

The dataset decides whether your base-paper results mean anything. This guide gives a seven-question check — input format, licence and access, label quality, honest splits, size, hardware fit and room for your own feature — plus a substitution ladder for gated data and a one-page dataset note for reviews.

Read guide Technical blueprint illustration of an open electrical distribution panel with current-transformer clamps on three phase cables, DIN-rail contactors, a smart MCB unit and heater load elements.Electrical and electronics students who want a panel project they can wire, test and demonstrate: load sharing, shedding, motor starting, protection and load-bank testing.

Best 10 Electrical Load Management & Protection Panel Projects Students Actually Build

Electrical clients keep asking for panel builds they can wire, test and demo rather than simulate: sharing load between transformers, shedding loads on a small generator, starting motors, regulating voltage, testing supplies under load, and tripping before a fault cooks a motor. This guide picks ten real published panel projects, each linked to its live page.

Read guide Blueprint-style technical illustration of a 2x2 classification matrix with four quadrants and smooth curve charts on a dark blue background.B.E./B.Tech Computer Science and AI/ML students building and evaluating classification models who want to report results beyond a single accuracy number

Confusion Matrix Explained: Precision, Recall, F1 and ROC for Student ML Projects

A confusion matrix shows not just how often a classifier is right, but how it is wrong. This guide explains the four cells (TP, FP, TN, FN), derives precision, recall, specificity and F1 with a small illustrative example, and covers imbalanced classes, threshold choice, ROC curves and AUC, and multi-class averaging.

Read guide Blueprint-style illustration of phone screens connected by navigation arrows and graph nodes on a dark blue grid backgroundComputer Science and IT students building multi-screen Android apps in Kotlin who want type-safe, predictable navigation instead of manual fragment transactions

Android Navigation Component Explained: Graphs, NavController and Safe Args

Learn how Android's Navigation Component replaces manual fragment transactions: define destinations in a NavGraph, host them in a NavHost, move with NavController, and pass arguments type-safely with Safe Args — including deep links, back-stack behaviour, and the mistakes that cause crashes and duplicate screens.

Read guide Technical illustration of three houses with rooftop solar panels and home battery boxes connected by power lines to a central coordinator hub.B.E./B.Tech Electrical, Electronics and Computer Engineering students who want to understand virtual power plants and model one on a bench rig.

How a Virtual Power Plant Turns Home Batteries into One Power Plant

A virtual power plant is not a building or a single big battery: it is a coordinator that dispatches many home batteries together as one resource. This guide explains fleet dispatch, solar-charge, peak-shave and island modes, why state-of-charge estimates drift, and how students model the whole system honestly on a bench rig.

Read guide Technical illustration of a researcher comparing a baseline model run with a new version, with paper notes, data splits and result charts on a workbench.B.E./B.Tech students whose base paper is approved and who must implement it before designing their own contribution.

Reproduce Your IEEE Base Paper First: A Baseline-Before-Features Guide

Most base-paper projects go wrong when the team's own feature is built on a method that was never shown to work. This guide gives a seven-step reproduction protocol: claim table, data and split, smallest runnable version, exact preprocessing, logged runs, honest comparison, and a frozen baseline — so your own feature can be measured against something real.

Read guide