Quantum Technology

About

Aalto University's major in Quantum Technology empowers you to be at the leading edge of the ongoing quantum revolution, characterized by advancements in computation, communication, sensing, and simulation. These innovative quantum devices, capitalizing on quantum-mechanical phenomena, are positioned to surpass existing technologies. Key areas include quantum devices for next-gen technologies, quantum information processing, communication and algorithms, quantum sensing and simulation, nanoscale quantum circuits and processors, and low-temperature physics and materials science for quantum engineering. Additionally, a strong theoretical understanding of quantum systems will be accentuated.

Overview

Introduction

Join Aalto University, renowned for its innovation and excellence. The Quantum Technology program places you at the forefront of the quantum revolution, preparing you for groundbreaking advancements in computation, communication, and beyond.

Program Details

Duration: 2 years
Tuition Fees: 12,000 EUR/year
Start Date: January 18, 2025 (Apply before this date!)

Curriculum Focus

Delve into quantum devices, quantum information processing, and nanoscale circuits. Gain hands-on experience in quantum sensing and simulation, ensuring a robust theoretical foundation.

Student Advantages

Career Paths: Opportunities in cutting-edge tech sectors
Internships: Industry partnerships enhance practical learning
Job Placement Rates: High employment prospects post-graduation

Additional Info

Flexible payment options available. Located in Finland, enjoy a vibrant tech ecosystem and supportive learning environment.

Key information

Duration

Tuition fee

$12,000.00/year

Start dates & application deadlines

More details

Program Components

Quantum Devices for Advanced Technologies
Focus on the design and application of quantum devices in various advanced technological contexts.
Quantum-Information Processing, Communication, and Algorithms
Study of quantum algorithms and their implications for information processing and communication.
Quantum Sensing and Simulation
Exploration of quantum sensors and their applications in real-world simulations and measurements.
Nanoscale Quantum Circuits and Processors
Examination of the construction and functionality of nanoscale circuits and processors in quantum technology.
Low-Temperature Physics and Materials Science for Quantum Engineering
Understanding the role of low-temperature environments and materials in the development of quantum engineering applications.
Theoretical Description and Understanding of Quantum Systems
In-depth theoretical analysis of quantum systems to enhance comprehension of their behavior and properties.