Electrical Foundations
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Every published subject across all six semesters—with course codes, credits, teaching scheme, marks, electives and direct syllabus access.
See every compulsory, elective, audit, internship and project course in the latest published GTU scheme.
GTU is rolling out revised diploma codes semester by semester. This index uses the latest published set for Semesters 1–5 and the active COGC-2021 set for Semester 6. Elective choices are all shown, so your enrolled course load may be smaller than the full list.
DI01C00021Mathematics - IBasic Science43–1–0100Algebra, trigonometry, vectors, matrices and introductory calculus.
DI01C00031Communication Skills in EnglishHumanities32–0–2150Technical communication, grammar, comprehension, presentations and workplace writing.
DI01C00041Sports and YogaAudit00–0–250Physical fitness, yoga practice, wellbeing and team activities.
DI01C00071Engineering ChemistryBasic Science43–0–2150Water treatment, engineering materials, fuels, corrosion, polymers and laboratory analysis.
DI01C00081DC CircuitProfessional Core43–0–2150Circuit laws, network theorems, magnetic circuits, transients and DC measurements.
DI01C00091Fundamentals of Information and Communication TechnologyEngineering Science30–1–450Computer fundamentals, productivity tools, internet, cybersecurity and digital communication.
DI01C09011Electronic Devices & CircuitsEngineering Science32–0–2150Diodes, transistors, biasing, amplifiers, oscillators and regulated power supplies.
Voltage, current & resistance
Balanced load equation
Machines & transformers
Seven manuals covering 122 syllabus-listed experiments, 122 engineering diagrams and 552 printable pages.
Edition 6.0 uses complete current paths, standard schematic junctions and terminals, protection, current and pressure coils, test points, load-terminal identification and measurement notes. AC Fundamental now includes wired CRO/DSO setups, a variable-frequency resonance circuit, instrumented star/delta rigs and the two-wattmeter method. The figures are independently drawn and are not official GTU or DTE publications.
DI01C00081Resistors, Ohm's law, KCL/KVL, network theorems, capacitors, inductors, Faraday's law and LCR measurement.
DI01C09011Diodes, rectifiers, filters, Zener regulation, CE amplifier, transistor switching, MOSFET, SCR, UJT, LDR and optical fiber.
DI02C00171CRO measurements, RL/RC/RLC series and parallel circuits, resonance, power factor, and three-phase star/delta relations.
DI03000091Bridges, Megger, earth tester, clamp meter, phase sequence, range extension and calibration of electrical instruments.
DI03000101Conductors, supports, insulators, sag, line regulation and efficiency, EHV AC, HVDC, FACTS, distribution and cable studies.
DI03009011Domestic, commercial and industrial planning, selection, testing, estimation, distribution lines and service connections.
DI040001718051 arithmetic, GPIO, LEDs, switches, displays, timers, buzzer, motors, PWM and DAC interfacing using code and hardware.
Question-paper routes for every semester, separated by code generation so the new and old syllabi do not get mixed.
Current DI-series or active Semester 6 codes appear first, followed by the 43-series transition scheme and the older 33-series scheme. Each subject code opens its complete Summer/Winter paper history where available.
Common first-year papers plus Electrical foundations.
Use these codes for the immediately preceding GTU curriculum.
Long-run paper history for earlier diploma batches.
Practical material for the classroom, the lab bench and the exam hall.
120+ essential equations
Quick reference122 current-syllabus experiments
7 downloadable PDFsAll 6 semesters
Current + legacy schemes2,400+ questions
Instant answers60 buildable ideas
Circuits + reportsSimulation & CAD guides
Free tools firstStep-by-step diploma projects with block diagrams, components, working principles, cost estimates and viva questions.
Explore 60+ project ideas ↗