Computer Forensics: Foundation
The Computer Forensics: Foundation course provides a structured introduction to the principles, processes, and practices of digital and computer forensics. It is designed to build foundational competence in identifying, preserving, collecting, examining, and reporting digital evidence in a forensically sound manner. The course introduces learners to the role of computer forensics in incident response, investigations, legal proceedings, and organizational security operations. Emphasis is placed on evidence integrity, chain of custody, forensic methodology, and ethical considerations, rather than advanced tool-specific techniques. This foundation-level program is suitable for professionals beginning a career in digital forensics, cybersecurity operations, incident response, audit, and investigations, and serves as a prerequisite for advanced forensic and incident investigation certifications. Course Objectives By the end of this course, participants will be able to: Understand the purpose and scope of computer forensics Explain core digital evidence concepts and terminology Understand forensic principles and methodologies Identify types and sources of digital evidence Apply basic evidence handling and preservation practices Understand legal, ethical, and procedural considerations Support forensic investigations at a foundational level
Course Curriculum
1
- Definition and purpose of computer forensics
- Role of forensics in cybersecurity and investigations
- Forensics vs incident response vs e-discovery
- Types of digital investigations
2
- What constitutes digital evidence
- Characteristics of digital evidence
- Volatile vs non-volatile data
- Evidence relevance and admissibility
3
- Forensic soundness
- Evidence integrity and repeatability
- Chain of custody
- Documentation and accountability
4
- Legal authorization and consent
- Privacy and data protection considerations
- Ethical responsibilities of forensic practitioners
- Courtroom expectations (high-level overview)
5
- Identification
- Preservation
- Collection
- Examination
- Analysis
- Reporting
6
- Live vs dead acquisition concepts
- Disk and memory acquisition overview
- Imaging concepts and hash verification
- Avoiding evidence contamination
7
- File systems (high-level overview)
- Operating system artifacts
- User activity traces
- Logs and system records
8
- Network logs and traffic evidence
- Browser artifacts
- Email and messaging evidence
- Cloud and remote evidence considerations (overview)
9
- Forensic reporting principles
- Structure of forensic reports
- Technical vs non-technical reporting
- Presenting findings objectively
10
- Forensic readiness
- Supporting incident response and audits
- Role in policy enforcement
- Integration with security operations
11
- Entry-level cybersecurity professionals
- IT support and system administrators
- Incident response and SOC team members
- Internal auditors and compliance staff
- Law enforcement and investigative support staff
- Students and professionals new to computer forensics
12
- No formal prerequisites
- Basic understanding of computers and operating systems is beneficial
13
- Definition and purpose of computer forensics
- Role of forensics in cybersecurity and investigations
- Forensics vs incident response vs e-discovery
- Types of digital investigations
14
- What constitutes digital evidence
- Characteristics of digital evidence
- Volatile vs non-volatile data
- Evidence relevance and admissibility
15
- Forensic soundness
- Evidence integrity and repeatability
- Chain of custody
- Documentation and accountability
16
- Legal authorization and consent
- Privacy and data protection considerations
- Ethical responsibilities of forensic practitioners
- Courtroom expectations (high-level overview)
17
- Identification
- Preservation
- Collection
- Examination
- Analysis
- Reporting
18
- Live vs dead acquisition concepts
- Disk and memory acquisition overview
- Imaging concepts and hash verification
- Avoiding evidence contamination
19
- File systems (high-level overview)
- Operating system artifacts
- User activity traces
- Logs and system records
20
- Network logs and traffic evidence
- Browser artifacts
- Email and messaging evidence
- Cloud and remote evidence considerations (overview)
21
- Forensic reporting principles
- Structure of forensic reports
- Technical vs non-technical reporting
- Presenting findings objectively
22
- Forensic readiness
- Supporting incident response and audits
- Role in policy enforcement
- Integration with security operations
23
- Entry-level cybersecurity professionals
- IT support and system administrators
- Incident response and SOC team members
- Internal auditors and compliance staff
- Law enforcement and investigative support staff
- Students and professionals new to computer forensics
24
- No formal prerequisites
- Basic understanding of computers and operating systems is beneficial
This course includes
- 24+ Activity Modules
- 40 hours + lessons
- Lifetime access
- Certificate of completion
- Available on desktop and mobile
What Our Participants Say
Hear from participants who have experienced our training.
The facilitator’s wealth of experience was both striking and beneficial. He really helped translate concepts to real life.
The practical session where step by step of the lecture is broken down in visual and practice
I enjoyed the interactivity. It was also very direct, pointing out to us the key things to look for in the bidding, tender and proposal administration process, while also ensuri...
The practical session of the class which helped in giving a live run through of the necessary bidding and tender platform
The atmosphere was very pleasant, as it was an interactive and engaging session, which I personally enjoyed.
Some of Our Partners
