Cybersecurity internship programme
Junior Automotive Security Analyst
Explore modern automotive systems and learn to identify, assess, and mitigate security threats in connected vehicles.
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 Automotive Security Analyst Internship?
The Junior Automotive Security Analyst Internship is a structured, practical programme. Explore modern automotive systems and learn to identify, assess, and mitigate security threats in connected vehicles. The tasks cover Automotive Cybersecurity Landscape, CAN Bus Protocol Analysis and ECU & Firmware Analysis using ICSim, CAN-utils, SavvyCAN and Wireshark. Participants complete work such as Capstone project and develop experience relevant to roles including Automotive Cybersecurity Analyst, Embedded Systems Security Tester and Vehicle Penetration Tester.
Programme at a glance
- Delivery
- Remote & Flexible
- Duration
- 8 Weeks
- Suitable for
- Interest in embedded systems or automotive technologies
- Practical outcome
- Capstone project
What You'll Learn
Automotive Cybersecurity Landscape
Understand the structure of modern automotive systems and threat vectors
CAN Bus Protocol Analysis
Capture, interpret, and fuzz simulated CAN bus traffic with the approved open-source tools
ECU & Firmware Analysis
Review supplied ECU artefacts and assess firmware for vulnerabilities in the controlled lab
Bluetooth & Wireless Attack Vectors
Examine supplied wireless and telematics data for vulnerabilities affecting infotainment and V2X systems
Threat Modeling for Automotive Systems
Apply STRIDE and DFD methodologies for vehicle systems
Automotive Penetration Testing Tools
Hands-on with tools like CANalyzer, SavvyCAN, ICSim, and Cabana
ISO/SAE 21434 Overview
Learn the key principles and sections of this automotive cybersecurity standard
Vehicle Forensics & Risk Reporting
Document findings and generate automotive-focused security reports
Internship Structure
- 1
Week 1: Vehicle Systems & Threat Landscape
Overview of ECUs, CAN architecture, wireless modules, and real-world attacks
- 2
Week 2: CAN Bus Protocol & Traffic Sniffing
Hands-on labs with ICSim, CAN-utils, Wireshark CAN dissectors
- 3
Week 3: CAN Injection & Fuzzing
Test bounded denial-of-service and fuzzing cases against the simulated in-vehicle network
- 4
Week 4: Firmware & ECU Analysis
Static/dynamic firmware inspection, reverse engineering intro
- 5
Week 5: Wireless Attacks & Infotainment Security
Analyse supplied Bluetooth, WiFi, GPS-spoofing, and telematics scenarios in the controlled lab
- 6
Week 6: Automotive Threat Modeling
Apply STRIDE to DFDs of vehicle communication systems
- 7
Week 7: ISO/SAE 21434 and Reporting
Mapping findings to compliance standards and mitigation guidance
- 8
Week 8: Capstone Project
Analyze a simulated vehicle environment and submit a detailed report
Capstone project
Investigate a simulated vehicle network and supplied ECU firmware for a fictional fleet platform
- Baseline CAN traffic, identify message patterns, and test bounded replay or fuzz cases in the simulator
- Review firmware artefacts and infotainment exposure without interacting with a real vehicle or public wireless service
- Build a threat model and map findings to vehicle assets, attack paths, impact, and ISO/SAE 21434 concepts
- Deliver annotated captures, a threat model, a prioritised finding register, and an engineering-focused report
- Retain only simulator evidence and redacted diagrams; never test a road vehicle, safety system, or third-party device
Eligibility & Prerequisites
Eligibility
- Interest in embedded systems or automotive technologies
- Basic knowledge of networking and communication protocols
- Comfort with Linux and command-line tools
- Strong analytical and problem-solving skills
- Currently studying or graduated in Cybersecurity, Mechatronics, or related field
- Committed to completing the full 8-week program
- Willingness to learn unfamiliar tools and hardware layers
- No prior automotive experience required
Prerequisites
- Basic understanding of TCP/IP, Ethernet, and common protocols
- Comfort using Wireshark or similar traffic inspection tools
- Experience running Linux virtual machines or Raspberry Pi preferred
- Some exposure to Python, C, or Bash scripting
- Understanding of what an ECU is and why it's a security target
- Interest in vehicle-to-everything (V2X) or embedded security concepts
- Enthusiasm to explore real-world tools like ICSim or SavvyCAN
- Stable internet and at least 8GB RAM on host system
Why choose this internship?
Explains how embedded controllers, CAN traffic, firmware, and wireless interfaces combine into vehicle risk
Distinct from Network Security because safety impact, ECU trust, and vehicle lifecycle constraints shape every decision
Introduces junior support work in traffic analysis, firmware triage, threat modelling, and evidence-based reporting
Produces safe portfolio material through simulated captures, architecture diagrams, and a sanitised threat model
Strict simulator-only scope; related progression includes Network Security or Vulnerability Management
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 simulated CAN traffic, supplied firmware, and controlled wireless scenarios. Findings are documented without interacting with operational vehicles or safety-critical systems.
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 automotive simulation, CAN-analysis, traffic-inspection, and firmware-review tools within the approved lab 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 combines simulator evidence, a threat model, a prioritised finding register, and an engineering-focused report for sanitised portfolio use.
Practice with Realistic Scenarios
Engage with realistic simulations based on industry incidents
Work through vehicle-security scenarios using simulated traffic and approved artefacts, with no interaction with real vehicles, public roads, or third-party devices.
Forge Your Cyber Future
Automotive Cybersecurity Analyst
Analyze vehicle systems and recommend security controls across ECUs and networks.
Embedded Systems Security Tester
Focus on reverse engineering, firmware analysis, and secure bootchains.
Vehicle Penetration Tester
Assess authorised automotive simulations to identify and document vulnerabilities without interacting with operational vehicles.
ISO/SAE 21434 Compliance Analyst
Assist organizations in aligning systems with vehicle cybersecurity regulations.
Bluetooth/Infotainment Security Engineer
Secure wireless interfaces including infotainment, Bluetooth, and GPS subsystems.
Automotive Threat Researcher
Investigate vehicle-security techniques using approved datasets and produce evidence suitable for responsible, sanitised research.
Ready to Review the Application Route?
Review the joining requirements, current availability, and official application route for this cybersecurity internship programme.
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
Elizabeth Akoth
Network Security Engineer Intern
“I chose EncryptEdge Lab for its strong focus on practical security and innovation. Conducting a social engineering test and realizing how easily people could be tricked was eye‑opening. I gained real-world exposure to security monitoring, incident response, vulnerability assessment, and honed my skills with tools like Wireshark, Nmap, and SIEM platforms.”