Certificate Program in Networking and Security

INFO.2670 C Programming (3cr)

Introduces students to the techniques of programming in C. The language syntax, semantics, its applications, and the portable library are covered. This course is an introductory course in programming. It does not assume previous programming experience.

Notes:

Students may not receive credit for both the INFO.2110/INFO.2120 sequence and INFO.2670
This course qualifies for free MSDNA software!

INFO.3070 Introduction to Cloud Computing (3cr)

This course explores the services offered by major cloud services providers: Amazon, Google, and Microsoft. It introduces the core concepts of Cloud Computing with an overview of services these platforms offer. The course gives a cost-benefit analysis in comparison to more traditional models along with a detailed comparison of the providers. Event Driven Serverless Architecture and FAAS (Function As A Service) is presented with a hands-on coding exercises of creating students' own RESTful endpoints that cal non-trivial functions (AWS Lambdas/Cloud Functions) that communicate with an RDS (relational database systems). The role and importance "DevOps" is made apparent with the introduction of such tools as Ansible, Terraform and CloudFormation.

Requirements:

INFO.2030 Intro Programming with Python, and Co-req: INFO.2910 Introduction to HTML, or Permission of Instructor.

INFO.3850 Introduction to Information Security (3cr)

This course will present an overview of the issues related to information security from a computer and computer network perspective. We will cover the threats to the information security infrastructure with a focus on the detection and prevention of them. We will discuss protection of PCs, servers, associated computer services (e.g. network, browsers) and data (e.g. file systems, email) through a "defense in depth" or "layered" approach. We will review major software packages, hardware devices, accepted technical and administrative practices that contribute to information security. The vulnerabilities and hardening of major operating systems such as Linux and Microsoft Windows will be discussed. The material is technical in nature however no systems administration or software development experience is assumed. Solid familiarity with the use of the Internet and computers is required and some knowledge of TCP/IP would be helpful.

Requirements:

INFO.1600 and INFO.2020, or equivalent

INFO.4570 Network Security (3cr)

This course explores the theory, mechanisms, and implementation of security in computer networks. Our goal is to provide an introduction to mathematical encryption and security protocols, and how these are applied to the infrastructure of IP (Internet Protocol) Networks. We will cover classical ciphers and cryptographic methods such as DES, 3DES, Feistel, AES, RC5, and Modern Public Key cryptography (e.g.RSA, Diffie-Hellman, ECC) and PKI ( Public Key Infrastructure). The second half of the course will introduce the principles and implementation of Kerberos, SSL/TLS (Secured Socket Layer, Transport Layer Security) IPSEC (IP Security) and Access Control. The mathematics required will be introduced in class.

Requirements:

Prerequisite 1: INFO.4620 TCP/IP & Network Architecture or related experience, and Prerequisite 2: INFO.3190 Introduction to Linux or INFO.3110 Introduction to the Linux/Unix Operating System, or related experience. Check prerequisites in all prerequisite courses.

INFO.4610 LAN/WAN Technologies (3cr)

This course discusses basic data communication concepts; digital and analog signaling; media and cabling systems; the OSI reference model; Physical and Data Link layer; LAN standards; Ethernet, Token Ring, FDDI, Switched technologies, emerging LAN standards; Bridges and Routers; and Network operating systems.

Requirements:

INFO.2670 or previous programming Experience

INFO.4620 TCP/IP and Network Architecture (3cr)

This course is study of the TCP/IP and Network Architecture. We will focus on the concepts and fundamental principles that have contributed to the modern networks design and implementation using TCP/IP. Topics to be addressed in this course are IP, ARP, RARP, and ICMP protocols; IP routing; TCP protocol; Telenet, FTP, SMTP; TCP/IP next-generation; OSI network protocols and standards; Client/Server networking and applications.

Requirements:

INFO.4610

INFO.4640 Network Management (3cr)

This course will provide you with a general understanding of the theoretical and practical aspects of network management. We will be covering the basics of network management and associated standards while also taking a look at some of the more recent technologies. We'll also augment the textbook readings with recent articles and papers that will pull real-world examples of how network management is used to help manage the ever increasing complexity of networks that we are so reliant on.