Topics/Schedule: Week Topic Resources Week 1: Description of Class Requirements Farmer Ch 1-2 Basic Computer Forensic Terms and Ideas Casey Ch 1-2 Laws and History of Computer Crime Goal of Investigation Week 2: Technology and Law Casey Ch 3 U.S. Perspective Jurisdiction Privacy Katz v. United States Copywrite Laws DMCA Week 3: Investigative Process / Methodology Casey Ch 4 Processing Digital Crime Scenes Documentation Physical Evidence Live vs. Dead Forensics Chain of Custody Civil vs. Criminal Law Sarbanes Oxley Locard's Principle Class Characteristics Week 4: Investigative Reconstruction Casey Ch 5-7 Equivocal Forensic Analysis Reconstruction Analysis (Temporal, Relational, Functional) Victimology Risk-assessment Crime Scene Characteristics Reporting Case Studies Week 5: Introduction to Linux Casey Ch 8.1-8.5 Computer Basics Basic Operations of Computers Terms: BIOS, CMOS, CPU, Disk Boot, MBR Binary, Hex, ASCII RAM Windows Basic Forensics Week 6: Live System Acquisition [Papers] Order of Volatility Memory Acquisition Process Memory Running Processes Open Ports Open Files Services HW: Self Audit Week 7: Analysis of live data [Papers] HW: Analysis of collected data Midterm Exam Week 8: Network Basics Casey Ch 14 Week 9: Network Forensics Casey Ch 15-16 Week 10: Cygwin Overview and Installation [Papers] Sleuthkit and Autopsy Installation Overview of tools Acquisition of a harddisk HW: Digital copy of disk image Week 11: Harddrives Casey Ch 8.1-8.5 IDE, SATA, SCSI Partitions Week 12: Windows Forensics Casey Ch 10 File System Basics Week 13: Linux Forensics Casey Ch 11 File System Basics Week 14: Mac Forensics Casey Ch 12 File System Basics Week 15: Handheld Devices Casey Ch 13 Week 16: Final Exam!
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Jamie L. Levy
Computer Science Department
Queens College, CUNY