This schedule is tentative and subject to change!

Week	Day	Date	Topic	Reading	Due
Introduction to Security
1	Wed	Jan 17	Security Policies   [slides]   [pdf]	[Bishop, Ch. 1.1-1.3]
2	Mon	Jan 22	Vulnerabilities   [slides]   [pdf]
	Wed	Jan 24	Threat Models   [slides]   [pdf]		A1 DUE
3	Mon	Jan 29	Security Principles   [slides]   [pdf]
	Wed	Jan 31	Privacy   [slides]   [pdf]		A2 DUE
Cryptography
4	Mon	Feb 5	Symmetric Cryptography   [slides]   [pdf]
	Wed	Feb 7	Public-Key Cryptography   [slides]   [pdf]	[Bishop Ch. 8]	M0 DUE
5	Mon	Feb 12	Integrity   [slides]   [pdf]
	Wed	Feb 14	Secure Channels   [slides]   [pdf]		M1 DUE
Authentication
6	Mon	Feb 19	Auth Protocols   [slides]   [pdf]
	Wed	Feb 21	Auth Protocols   [slides]   [pdf]	[notes]	A3 DUE
7	Mon	Feb 26	Certificates   [slides]   [pdf]
	Wed	Feb 28	Biometrics   [slides]   [pdf]	[Schneider, Ch. 5.3]	A4 DUE
8	Mon	Mar 4	Passwords   [slides]   [pdf]	[Schneider, Ch. 5.1], [Kelley et al. 2012], [NIST 2017]
	Wed	Mar 6	Tokens   [slides]   [pdf]	[Schneider, Ch. 5.2]	M2 DUE
	Mar 11	Spring break
	Mar 13	Spring break
Authorization
9	Mon	Mar 18	DAC   [slides]   [pdf]	[Schneider, Ch. 7-7.2]
	Wed	Mar 20	DAC   [slides]   [pdf]	[Schneider, Ch. 7.3]
10	Mon	Mar 25	MAC   [slides]   [pdf]	[Bishop, Ch. 5-6.2]
	Wed	Mar 27	Information Flow   [slides]   [pdf]		A5 DUE
11	Mon	Apr 1	Information Flow   [slides]   [pdf]	[Clarkson]   [Sabelfeld-Sands]
	Wed	Apr 3	Differential Privacy   [slides]   [pdf]		M3 DUE
Audit
12	Mon	Apr 8	Logs   [slides]   [pdf]
	Wed	Apr 10	Blockchains  [slides]  [pdf]	[Nakamoto]   [Ben-Sasson et al.]
Applied Security
13	Mon	Apr 15	Network Security  [slides]  [pdf]
	Wed	Apr 17	Web Security  [slides]  [pdf]		M4 DUE
14	Mon	Apr 22	ML Security  [slides]  [pdf]
	Wed	Apr 24	Security, Privacy, and GenAI  [slides]  [pdf]		M5 DUE
15	Mon	Apr 29	Presentations
	Wed	May 1	Presentations		M6 DUE