Cybersecurity internship programme
Junior Malware Researcher
Dive into malware behavior analysis, reverse engineering, and threat classification to identify and neutralize malicious software.
Review the programme structure, practical work, tools, eligibility, outcomes, and responsible-use expectations before applying.
Internship Highlights
Duration
8 Weeks
Mode
Remote & Flexible
Workload
20 Hours/Week
Projects
30 Tasks
Certificate
Guided Track Only
What is the Junior Malware Researcher Internship?
The Junior Malware Researcher Internship is a structured, practical programme. Dive into malware behavior analysis, reverse engineering, and threat classification to identify and neutralize malicious software. The tasks cover Static vs Dynamic Malware Analysis, Reverse Engineering with Ghidra and Memory Forensics with Volatility using REMnux, PEStudio, Ghidra and x64dbg. Participants complete work such as Capstone project and develop experience relevant to roles including Malware Analyst, Reverse Engineer and Threat Researcher.
Programme at a glance
- Delivery
- Remote & Flexible
- Duration
- 8 Weeks
- Suitable for
- Currently enrolled in or graduated from Computer Science, Cybersecurity, or a related technical field.
- Practical outcome
- Capstone project
What You'll Learn
Static vs Dynamic Malware Analysis
Apply static-analysis methods and observe runtime behaviour inside the isolated programme lab
Reverse Engineering with Ghidra
Learn to disassemble and analyze malware using NSA's Ghidra reverse engineering suite
Memory Forensics with Volatility
Analyze memory dumps to understand malware persistence and runtime behavior
Malware Behavior Classification
Classify malware families and understand attack vectors and payload delivery methods
Sandboxing & C2 Infrastructure Detection
Use isolated, revertible sandboxes to observe malware behaviour without permitting external command-and-control communication
PE File Structure & Packing Analysis
Understand Windows PE file format and analyze packed/obfuscated malware samples
Network Traffic Analysis for Malware
Examine controlled network captures to identify C2 patterns and potential data-exfiltration behaviour
YARA Rule Creation & Threat Hunting
Write custom YARA rules to detect malware patterns and support threat hunting operations
Internship Structure
- 1
Week 1: Introduction to Malware Analysis
Fundamentals of malware types, analysis methodologies, and lab environment setup
- 2
Week 2: Static Analysis Techniques
File format analysis, string extraction, and initial triage using PEStudio and hex editors
- 3
Week 3: Dynamic Analysis & Sandboxing
Runtime behavior analysis using sandboxed environments and monitoring tools
- 4
Week 4: Reverse Engineering with Ghidra
Disassembly, decompilation, and code analysis using Ghidra reverse engineering platform
- 5
Week 5: Memory Forensics & Volatility
Memory dump analysis, process investigation, and malware persistence detection
- 6
Week 6: Network Analysis & C2 Detection
Wireshark analysis, protocol dissection, and command & control infrastructure identification
- 7
Week 7: Advanced Malware Families & Evasion
Analysis of sophisticated malware, anti-analysis techniques, and evasion methods
- 8
Week 8: Capstone: Complete Malware Analysis Report
Analyse the supplied malware sample in the isolated lab and produce a detailed technical report
Capstone project
Analyse a supplied malware sample inside an isolated, revertible lab for a fictional incident
- Establish file hashes and perform static triage before any controlled execution
- Observe process, file, registry, memory, and network behaviour without allowing external command-and-control
- Reverse selected functions, extract defensible indicators, and write a bounded YARA rule
- Deliver analysis notes, an IOC table, behaviour map, detection rule, and technical report
- Never move samples outside the lab or publish live payloads, credentials, evasion recipes, or unsafe binaries
Eligibility & Prerequisites
Eligibility
- Currently enrolled in or graduated from Computer Science, Cybersecurity, or a related technical field.
- Basic programming knowledge in languages like C, Python, or Assembly.
- Strong analytical and problem-solving skills with attention to detail.
- Committed to completing the 8-week internship with hands-on malware analysis tasks.
- Comfortable working in controlled virtual lab environments for malware analysis.
- Willing to explore low-level system behavior and memory forensics.
- Ability to document findings clearly and produce technical reports.
- Reliable access to a personal computer with internet for remote lab work.
Prerequisites
- Understanding of operating system fundamentals, especially Windows internals and Linux basics.
- Basic knowledge of networking concepts such as TCP/IP, DNS, and HTTP/S.
- Familiarity with command-line interfaces (Windows CMD, PowerShell, or Linux terminal).
- Interest in reverse engineering, malware behavior, and threat analysis.
- Exposure to tools like Ghidra, x64dbg, IDA Free, or VirusTotal (recommended).
- Basic scripting experience (Python preferred) for automation or unpacking scripts.
- Comfortable analyzing PE file structure and binary-level data.
- Understanding of safe malware handling practices in virtualized environments.
Why choose this internship?
Combines behavioural evidence and reverse engineering to explain what suspicious code does and how defenders can detect it
Differs from Digital Forensics by centring on executable behaviour, code, and detection rather than a broader evidence set
Introduces junior analysis work in triage, sandbox observation, function review, IOC extraction, and reporting
Creates safe portfolio artefacts through redacted behaviour maps, YARA logic, and report excerpts
Related progression includes Digital Forensics, Incident Response, or Threat Intelligence
Internship Benefits
Remote Internship
Work from anywhere in the world with flexible hours that fit your schedule
Our fully remote program eliminates geographical barriers, allowing you to participate from anywhere with an internet connection. Set your own hours and balance the internship with your other commitments.
Hands-on Tasks
Real-world cybersecurity challenges and practical assignments
Analyse supplied samples through static triage, sandbox observation, memory review, and controlled network monitoring. Samples remain inside the isolated lab.
Letter of Experience
Completion documentation for eligible participants
Documentation is considered after the Guided Track requirements have been successfully completed and the participant record has been verified.
Professional Profile Guidance
Present your completed work accurately on professional profiles
Learn how to describe your role, responsibilities, and sanitised portfolio evidence without exposing private information or overstating programme outcomes.
Letter of Recommendation
Performance-based recommendation eligibility
A recommendation may be considered only where current programme criteria are met. It is not automatic or guaranteed and remains subject to mentor review.
Internship Certificate
A completion credential for successful participants
Guided Track participants who satisfy the published completion requirements may receive a verifiable Certificate of Completion.
Expert Mentorship
Guidance from experienced cybersecurity professionals
Receive structured mentorship, feedback, and advice from seasoned experts who will guide you through your learning journey and career decisions.
Career Preparation
Develop clearer applications and interview evidence
Use sanitised reports, diagrams, scripts, and capstone evidence to explain your work. Participation does not guarantee employment, placement, or referral.
Enterprise Tool Mastery
Hands-on with tools like Wazuh, ELK, Zeek, Suricata, Frida, Burp Suite, and more
Use the listed static-analysis, sandbox, debugging, memory-analysis, and detection tools against supplied samples in the isolated environment.
Report-Based Evaluation
Professional feedback on your security reports and documentation
Get evaluated on your ability to document findings clearly and professionally. We help you refine your reporting skills — critical in any cybersecurity role.
Resume-Ready Capstone
Complete a final project that showcases your technical ability
The capstone produces sanitised analysis notes, an IOC table, a behaviour map, a bounded YARA rule, and a technical report for portfolio use.
Practice with Realistic Scenarios
Engage with realistic simulations based on industry incidents
Work through malware-behaviour cases using snapshots, controlled networking, and supplied data. Do not move samples to the host, production networks, or public services.
Forge Your Cyber Future
Malware Analyst
Analyze malicious software to understand threats and develop countermeasures
Reverse Engineer
Disassemble and analyze software to understand functionality and find vulnerabilities
Threat Researcher
Research emerging threats and develop intelligence on new attack techniques
Digital Forensics Analyst
Investigate cyber incidents and analyze digital evidence for malware artifacts
Security Software Developer
Develop security tools and antivirus engines based on malware analysis insights
Incident Response Specialist
Support malware-focused incident response by documenting behaviour, indicators, and detection recommendations
Ready to Dissect Malware?
Review the joining requirements and programme pathways before continuing through the official application route for the Malware Analysis internship.
Frequently Asked Questions
Track-specific and programme-wide answers for prospective interns.
Programme provider
About EncryptEdge Labs
EncryptEdge Labs is a cybersecurity-focused organisation that provides practical training and mentorship through remote internship programmes. Participants work through structured challenges, capstone projects, and the tools specified for their chosen track. EncryptEdge Labs also provides professional cybersecurity services to organisations seeking to strengthen their digital defences.
Success Stories
Lavanya Surabhi
Jr. Penetration Tester Intern
“This internship covered the full penetration testing lifecycle—from reconnaissance to post-exploitation. Tools like Empire and BloodHound helped me understand lateral movement and AD exploitation. It's given me confidence in real-world ethical hacking.”