Fundamentals of Communication Technology and Security for SmartGrid

This course will give an introduction to Communication Technology and Information Security in the context of Smart Grids. The course consists of three parts: 1. Communication Technology; 2. Information Security; and 3. Specific Smart Grid applications.

A. Knowledge:

The student should

1. Understand the most fundamental concepts, principles and technologies underlying computer communication networks and services, including the overall architecture of the Internet, principles of network based services, principles of switching techniques, security mechanisms, functionality and basic protocols of the five network protocol layers.
2. Have a good understanding of concepts in information security, including cryptographic protocols and their applications.

B. Skills:

The student should

1. Be able to reason and discuss about the architectures, principles and technologies in the design and implementation of computer communication networks and services.
2. Be able to explain how and why the basic protocols of the five network layers work.
3. Be able to reason and discuss information security at a fundamental level and evaluate risk for communication systems.

The course contributes to the following UN sustainable development goals:

• Goal 7 "Ensure access to affordable, reliable, sustainable and modern energy for all". ("Smart grid solutions allow for the integration of distributed energy resources, increase renewable sources, and demand response programs").
• Goal 11 "Make cities and human settlements inclusive, safe, resilient and sustainable". ("ICT infrastructure and applications: …. Smart charging and charging infrastructures and new efficiencies in energy consumption, ….").
• Goal 12 "Ensure sustainable consumption and production patterns". ("ICTs enable sustainable production and consumption through implementation of smart technologies in various sectors, including: Energy (smart grids, smart metering), ….").
• Goal 9 "Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation". ("Smart meter networks that can monitor major power, water and communication infrastructure for early warning signs of issues of failure, increasing resilience").

The course uses team-based learning. Throughout the semester, students receive feedback on how well they are prepared through multiple-choice tests (RATs, Readiness Assurance Tests), which are conducted during lecture time. Each test introduces students to new concepts. Lecture time is then used to delve deeper into the concepts, through lectures and exercises and activities in the classroom, both individually, in teams, and in plenary. Laboratory activities give students the opportunity to apply knowledge and gain practical experience. The compulsory activities must be approved to qualify for the final exam.