⚡ TU Delft BSc Electrical Engineering

Curriculum 2025–2026

Faculty of Electrical Engineering, Mathematics and Computer Science
Programme overview organised by academic year and quarter.

Quarter 1	Quarter 2	Quarter 3	Quarter 4
EE1C1 — Linear Circuits A	EE1C2 — Linear Circuits B	EE1P1 — Electricity and Magnetism	EE1E1 — Electrical Energy Fundamentals
EE1G1 — Introduction to Electrical Engineering	EE1M1 — Calculus	EE1M2 — Calculus and Linear Algebra	EE1M3 — Linear Algebra and Differential Equations
EE1D1 — Digital Systems A	EE1L1 — Integrated Project 1	EE1D2 — Digital Systems B	EE1L2 — Integrated Project 2

Quarter 1	Quarter 2	Quarter 3	Quarter 4
EE2M1 — Probability and Statistics	EE2P1 — Electromagnetics	EE2S2 — Systems and Control	EE2C2 — Mixed-Signal Circuits and Systems
EE2S1 — Signals and Systems	EE2T1 — Telecommunication and Sensing	EE2P2 — Semiconductor Physics and Devices	EE2G1 — Electrical Engineering for the Next Generation
EE2C1 — Transistor Circuits	EE2L1 — Integrated Project 3	Elective

Quarter 1	Quarter 2	Quarter 3	Quarter 4
Minor	Minor	Elective	EE3L1 — Bachelor Graduation Project Electrical Engineering
		EE3S1 — Signal Processing
		EE3D1 — Computer Architecture and Organisation

Minor

TU Delft notes: Going abroad? Start preparations at the start of your 2nd year.

Code	Elective
EEX01	Introduction to Machine Learning
EEX02	Communication Networks and Algorithms
EEX03	Microwave Engineering
EEX04	Technologies for Energy Transition
EEX05	Chip Design

EE1L1 — Integrated Project 1

Requires the course labs of EE1G1.

EE1L2 — Integrated Project 2

Requires EE1L1 and the course labs of EE1D1 and EE1D2.

EE2L1 — Integrated Project 3

Requires EE1L1, the course lab of EE2S1, and at least EE1C2 or EE1M1.

EE2G1 — Electrical Engineering for the Next Generation

Requires EE1L1, EE1L2, EE2L1, EE1E1, and EE1M3.

EE3L1 — Bachelor Graduation Project Electrical Engineering

Requires all courses of the first and second year of the bachelor programme.