BACHELORSchool of Technology

Bachelor of Engineering in Electronics and Nanoengineering

Duration

3 Years

Language

English

Credits

240 ECTS

Back to Department of Electrical & Electronics Engineering

Program Faculty

Anders Maier

Visiting Scholar

Leo Anttila

Lecturer

Dr. Väinö Brown

Head of Department of Electrical & Electronics Engineering

Mathematics & Foundations

Calculus I, II, III: Analysis fundamentals.
Linear Algebra: Vector spaces and matrices.
Differential Equations: Modeling dynamic systems.
Probability & Statistics: Data analysis.
Physics for Engineers: Mechanics and electromagnetism.

Core Electronics

Circuit Theory I & II: Network analysis.
Analog Electronics: Amplifiers and filters.
Digital Electronics: Logic gates and systems.
Microprocessors & Microcontrollers: Computer architecture.
Electronic Devices & Instrumentation: Measuring systems.
Signal Processing Fundamentals: Signals and systems.
Communication Systems (Intro): Data transmission basics.

Nanoscience & Nanoengineering Fundamentals

Introduction to Nanotechnology: Nanoscale phenomena.
Materials Science for Nanoengineering: Properties at small scales.
Solid-State Physics: Crystal quantum properties.
Nanomaterials & Nanostructures: Carbon nanotubes, nanowires.
Thin Films & Coatings: Deposition techniques.
Nanoscale Fabrication Techniques: Lithography and etching.

Automation & Embedded Systems

Embedded Systems Design: Hardware-software integration.
Sensors & Actuators: Transducers for control.
Mechatronics Basics: Integrated systems.
Robotics Fundamentals: Kinematics and control.

Computing & Software

Programming for Engineers: Python / C / MATLAB.
Simulation & Modeling: SPICE and finite element.
CAD for Electronics & Nanodevices: Layout design tools.

Laboratory & Practical Work

Electronics Lab: Circuit experiments.
Analog & Digital Circuits Lab: Design and testing.
Micro/Nano Fabrication Lab: Cleanroom basics.
Sensors & Embedded Systems Lab: Microcontroller interfacing.
Signal & Communication Lab: Modulation and filtering.

Professional Practice

Industrial Training / Internship: Industry exposure.
Engineering Ethics & Safety: Professional conduct.
Project Management for Engineers: Planning and execution.

Capstone

Final Year Project: Major design project (Electronics or Nanoengineering focus).