All courses | HUJI 2024/25

83002 Active learning workshop to course MECHANICS AND SPECI Calculus for Engineering students

83106 Research in Electrical Engineering and Applied Physics

83296 RF laboratory

83312 MECHANICS AND SPECIAL RELATIVITY FOR ENGINEERING

83313 ELECTRICITY AND MAGNETISM FOR ENGINEERING STUDENTS

83315 PHYSICS LABORATORY FOR ENGINEERING

83320 INTRO. TO CONDENSED MATTER PHYS. FOR ENGINEERING

83325 WAVES AND FUNDAMENTALS OF MODERN PHYSICS I

83326 INTRODUCTION TO QUANTUM MECHANICS FOR ENGINEERS

83328 INTRODUCTION TO ANALOG AND DIGITAL ELECTRONICS

83335 INTRODUCTION TO ELECTRICAL ENGINEERING

83340 ANALOG ELECTRONICS LAB

83394 INTERFACING ANALOG AND DIGITAL WORLDS

83410 OPTRONICS LABORATORY

83412 MICRO-ELECTRONICS DEVICES LAB

83413 INTRODUCTION TO VLSI

83414 Advanced Analog VLSI

83510 PHYSICS OF GUIDED WAVES

83511 ADVANCED LOGIC DESIGN

83517 MATERIAL CHARACTERIZATION

83519 ENGINEERING PROJECT AND WORKSHOP (1)

83520 ENGINEERING PROJECT WORKSHOP (2)

83535 MATERIALS CHARACTERIZATION LAB

83536 FROM LINEAR ALGEBRA TO THE iPhone:INTRO TO ELECTRICAL AND SYSTEM ENGINEERING FROM BASIC PRINCIPLES

83537 FROM Linear Algebra TO THE iPhone (B)– INTRODUCTION TO ELECTRICAL AND SYSTEM ENGINEERING FROM BASIC

83812 SEMICONDUCTOR DEVICES

83836 QUANTUM OPTICS

83861 LASER PHYSICS

83876 QUANTUM ELECTRO-OPTICS B: NONLINEAR OPTICS

83879 AN INTRODUCTION TO OPTRONICS

83880 QUANTUM THEORY IN APPLIED PHYSICS

83882 THE PHYSICS OF SEMICONDUCTOR DEVICES

83888 ELECTROMAGNETIC WAVES AND ANTENNAS

83899 DEPARTMENTAL COLLOQUIUM - APPLIED PHYSICS

83908 Applied Physics Doctoral Seminar

83910 Advanced opto-electronics

83911 Thermal and statistical physics

83915 Backend VLSI Design - Advanced VLSI Design

83922 Introduction to Optical Engineering

83923 Micro/Nano electro-mechanical systems (MEMS/NEMS)

83931 Advance Computer Architecture

83934 VLSI Hackathon