Automotive Cyber Security Awareness Intern
Step 1: Apply for your favorite Internship
After you apply, you will receive an offer letter instantly. No queues, no uncertainty—just a quick start to your career journey.
Step 2: Submit Your Task(s)
You will be assigned weekly tasks to complete. Submit them on time to earn your certificate.
Step 3: Your task(s) will be evaluated
Your tasks will be evaluated by our team. You will receive feedback and suggestions for improvement.
Step 4: Receive your Certificate
Once you complete your tasks, you will receive a certificate of completion. This certificate will be a valuable addition to your resume.
About this Internship
As an Automotive Cyber Security Awareness Intern, you will work on real-world projects that bridge the automotive sector and cybersecurity. Under the expert guidance of our mentors, you'll evaluate cyber risks in automotive systems, assist in developing security protocols, and conduct research on emerging cyber threats relevant to the industry. This role, designed specifically for students with no prior experience, will allow you to leverage the foundational knowledge from the Post Graduate Program in Cyber Security course to design and implement best practices for safeguarding digital assets in modern vehicles.
Tasks and Duties
Week 1 Task: Automotive Cyber Threat Landscape Analysis
Objective
Task ObjectiveThe objective of this task is to conduct an in-depth analysis of the current threat landscape affecting the automotive industry.
This content should align with the knowledge acquired in a Post Graduate Program in Cyber Security.
You will be required to research various sources including academic publications, industry reports, and reputable news outlets to identify emerging threats, attack vectors, and cyber vulnerabilities specific to connected cars and modern vehicular systems.
Expected DeliverablesA comprehensive DOC file report detailing your findingsAn executive summary of key cybersecurity challenges and trendsA critical analysis with recommendations for mitigating identified risksKey Steps to Complete the TaskResearch and collect data from publicly available resources.
Identify the major types of threats and vulnerabilities impacting automotive systems.
Analyze real-world case studies involving cyber attacks in the automotive sector.
Develop a structured report with clear sections: Introduction, Methodology, Findings, Analysis, and Recommendations.
Write a conclusion that emphasizes proactive strategies in automotive cyber defense.
Evaluation CriteriaDepth and breadth of the research.
Clarity in articulating complex cybersecurity issues and trends.
Relevance of recommended mitigation strategies.
Overall quality, structure, and technical accuracy of the DOC file.
This task should take approximately 30 to 35 hours and must be submitted as a DOC file.
The final document should be well-organized, demonstrating strong analytical skills and a professional presentation suitable for a cybersecurity postgraduate audience.
Week 2 Task: Designing a Cyber Security Strategy for Connected Vehicles
Objective
Task ObjectiveThe purpose of this task is to develop a strategic cybersecurity plan focused on protecting connected vehicles within the automotive industry.
This will require you to apply risk management frameworks and cybersecurity principles learned during your Post Graduate Program in Cyber Security and tailor them to the automotive context.
Expected DeliverablesA DOC file containing a detailed cybersecurity strategySupporting diagrams or flowcharts illustrating processesKey Steps to Complete the TaskDefine the scope and objectives of the cybersecurity strategy for connected vehicles.
Perform a risk assessment by identifying potential hazards, vulnerabilities, and threats.
Establish security requirements and standards specific to automotive systems.
Create a comprehensive action plan that includes incident response, communication protocols, and recovery measures.
Design flowcharts or diagrams that visually represent the security framework and procedures.
Evaluation CriteriaThe comprehensiveness and logic of your strategy.
Clarity and organization of the document, including sections and visual aids.
Relevance and feasibility of your mitigating strategies.
Quality of risk assessment and actionable recommendations.
The final document must be self-contained, precise, and complete in a DOC file format.
You should allocate approximately 30 to 35 hours to complete this assignment with a clear focus on actionable cybersecurity planning for modern automotive environments.
Week 3 Task: Incident Response Plan for Automotive Security Breaches
Objective
Task ObjectiveYour task for this week is to create a detailed Incident Response Plan (IRP) specifically designed for addressing cybersecurity breaches in automotive systems.
This plan should be structured to guide organizations through the detection, containment, eradication, and recovery following a cyber incident impacting vehicle systems.
Leverage the theoretical and practical knowledge from your cybersecurity coursework to build a robust and realistic response strategy.
Expected DeliverablesA DOC file detailing the Incident Response PlanClear roles and responsibilities for the incident response teamDetailed step-by-step procedures for handling different types of security incidentsKey Steps to Complete the TaskResearch standard industry practices for incident response and tailor them to automotive systems.
Identify key components of an effective response plan, including detection, analysis, containment, eradication, and recovery.
Develop comprehensive procedures for each phase of incident management.
Define roles, responsibilities, and communication protocols within a response team.
Ensure that the plan includes post-incident analysis and continuous improvement processes.
Evaluation CriteriaDepth of detail in each phase of the incident response process.
Clarity and logical structure of the plan.
Realism in described procedures and roles.
Applicability of recommendations to current automotive cybersecurity challenges.
This task is expected to require a total effort of 30 to 35 hours.
The final submission must be in DOC file format and should be self-contained, clearly outlining all procedures to effectively manage and recover from cybersecurity breaches in the automotive sector.
Week 4 Task: Development of Cyber Security Awareness and Training Program for Automotive Teams
Objective
Task ObjectiveThis task is focused on the creation of a cybersecurity awareness and training program specifically designed for teams involved in automotive technology.
You will develop educational materials and training modules that cover the basics of automotive cyber security, potential threats, and the necessary practices to mitigate risks.
The training program should be designed to educate non-technical personnel and technical teams alike.
Expected DeliverablesA DOC file that outlines a complete training programModule descriptions, learning objectives, and training methodologiesExamples of assessment methods and feedback mechanismsKey Steps to Complete the TaskIdentify key topics relevant to automotive cybersecurity that need to be covered in the training.
Create learning objectives and outcomes for each training module.
Design detailed session plans including interactive elements, case studies, and practical exercises.
Outline assessment methods to evaluate participant understanding, such as quizzes, simulations, or role-playing scenarios.
Define mechanisms for collecting feedback and continuous improvement of the training program.
Evaluation CriteriaComprehensiveness and clarity of the training program outline.
Relevance of training content to automotive cybersecurity issues.
Quality and practicality of the training methodologies and assessment methods.
Organization and clarity of the document structure.
Allocate roughly 30 to 35 hours for this task.
The final deliverable must be a DOC file submission that is self-contained, detailed, and geared toward enhancing cybersecurity awareness among automotive teams.
Week 5 Task: Evaluation and Improvement of Risk Management Strategies in Automotive Cyber Security
Objective
Task ObjectiveThe goal of this task is to evaluate existing risk management strategies in the context of automotive cybersecurity and provide well-founded recommendations for improvement.
The task requires you to critically analyze the risk management practices currently employed within the automotive sector and propose enhancements based on contemporary cyber security frameworks and academic research.
This evaluation will help bridge the gap between theoretical cybersecurity concepts and practical automotive applications.
Expected DeliverablesA detailed DOC file report that includes an evaluation of current risk management strategiesA set of recommendations for improving these strategiesSupporting visuals or diagrams that illustrate risk categories and mitigation protocolsKey Steps to Complete the TaskReview publicly available literature and frameworks used for risk management in cyber security.
Identify and describe the key risk factors specific to automotive digital systems.
Critically assess the strengths and weaknesses of existing risk management approaches.
Develop a clear and actionable set of recommendations aimed at enhancing risk mitigation measures.
Include diagrams and flowcharts that succinctly illustrate the risk management process and your improvement proposals.
Evaluation CriteriaDepth of analysis and understanding of automotive risk management challenges.
Clarity, organization, and professionalism of the document.
Feasibility and impact of the proposed recommendations.
The quality and relevance of supporting visuals and diagrams.
Ensure your submission is a comprehensive DOC file, self-contained and meticulously detailed, reflecting approximately 30 to 35 hours of dedicated work.
This task is designed to push the boundaries of your analytical and strategic planning skills within the automotive cybersecurity domain.