CYSE 368

Internship Final Paper

Fall 2025

Dalton Lewis
ODU Innovations Lab
Date: Dec 1st , 2025
Old Dominion University


Table of Contents

  1. Introduction
  2. Organization Overview
  3. Orientation and Initial Training
  4. Management Environment
  5. Major Work Duties and Projects
  6. Use of Cybersecurity Skills and Knowledge
  7. Preparation from ODU Curriculum
  8. Evaluation of Learning Outcomes
  9. Most Motivating Aspects
  10. Most Discouraging Aspects
  11. Most Challenging Aspects
  12. Recommendations for Future Interns
  13. Conclusion

Introduction

I decided to complete an internship with the ODU Innovations Lab because I wanted a hands-on experience that would allow me to connect cybersecurity concepts with real-world applications. My goal was to move beyond classroom theory and begin contributing to meaningful projects that impact how students learn about cybersecurity and digital systems. This internship also aligned directly with my long-term interests in cybersecurity education, digital infrastructure, and understanding how technology shapes global systems like maritime trade and logistics.

Before beginning the internship, I set several clear learning objectives for myself. First, I wanted to improve my skills in cybersecurity curriculum development, especially designing materials high school students could understand without oversimplifying the concepts. Second, I wanted to strengthen my technical research abilities to better analyze real cybersecurity incidents, digital infrastructure, and maritime technologies. Third, I wanted to become more confident in translating complex technical ideas into simple, accessible lessons. Finally, I hoped to become stronger at presenting technical information in ways that are engaging and relatable to different audiences.

This paper provides a detailed overview of my internship experience, beginning with an introduction to the ODU Innovations Lab and continuing through my duties, learning outcomes, challenges, and key takeaways. Over the course of more than 150 hours, I developed multiple cybersecurity education modules covering topics such as Intro to Cybersecurity, ERP Systems, Logistics Data and Tracking, Digital Infrastructure in Ports, and IoT Sensor-Based Environmental Monitoring. These experiences shaped my understanding of cybersecurity’s role in global systems and helped me grow both professionally and personally.

Organization Overview

The ODU Innovations Lab is an educational development initiative focused on creating interactive, engaging learning materials across a variety of technical fields. Although the lab works on multiple projects, its core mission is to design hands-on and research-based educational content that supports students’ understanding of emerging technologies, cybersecurity, maritime systems, data analytics, and more. The lab collaborates closely with faculty, student researchers, and industry partners to ensure that its work aligns with real-world needs and prepares students for future careers in technical fields.

The innovations lab supports projects that reach K–12 audiences, college courses, and community programs. It often develops simulations, lesson plans, digital modules, and applied learning exercises that help instructors bring technical topics to life. This emphasis on educational innovation makes the innovations lab a valuable resource for both the university and the broader regional community.

While the lab focuses on many areas, the project I joined specifically supports the development of cybersecurity and maritime digital curriculum for high school students. This aims to introduce young learners to modern digital systems, such as supply chain technologies, automated ports, IoT sensors, data tracking, and show how cybersecurity plays an essential role in protecting those systems. The ultimate goal is to help students build foundational knowledge that will prepare them for future careers in cybersecurity, maritime security, logistics, or related fields.

The Innovations Lab operates in a collaborative, team-based environment where students contribute directly to curriculum design, research, and technical writing. This structure gave me the opportunity to work closely with peers, share ideas, and learn from others while contributing meaningfully to the project.

Orientation and Initial Training

My orientation began with meeting my supervisor and the team I would be working with daily. Although the internship was flexible, the team met every day to discuss progress, assign tasks, share updates, and collaborate on lesson development. This daily interaction created a strong sense of teamwork and helped make the onboarding process smooth and comfortable.

During the initial training period, I received an overview of the curriculum development workflow. This included reviewing previously created lesson materials, understanding the layout and formatting expectations for student and instructor slides, and learning how worksheets should be structured. I was introduced to the different topic areas the project would cover, starting with basic cybersecurity topics and moving into more applied lessons relating to logistics, maritime operations, digital infrastructure, and IoT systems.

I also learned how the team documents each lesson through slides, worksheets, and instructor guides. My supervisor explained the importance of consistency: every new lesson must align with the overall style of the program so students experience smooth transitions between topics. This ensured that the curriculum felt cohesive rather than a collection of unrelated lessons.

My initial impression of the organization was extremely positive. The environment was welcoming, and the team-oriented approach made it easy to ask questions, get feedback, and understand expectations. Even though the subject matter was technical, the team encouraged creativity, collaboration, and open conversation. This helped me feel comfortable contributing ideas early on and gave me confidence that I could make a meaningful impact on the overall project.

Management Environment

The management environment at the ODU Innovations Lab was one of the strongest and most positive aspects of the internship. My supervisor provided consistent support, communicated expectations clearly, and encouraged creativity and independence. Rather than a rigid or top-down structure, the lab operated through a flexible, team-based approach where collaboration was at the center of the workflow.

I met with my supervisor and team members every other day to review progress, divide tasks, and troubleshoot any challenges encountered during curriculum development. These daily meetings ensured that we stayed aligned on project goals and allowed us to provide feedback on each other’s work. Therefore I always knew what the expectations were, but I was also trusted to make decisions, propose new ideas, and contribute to lesson design in meaningful ways.

This management environment helped me grow professionally because it mirrored many real cybersecurity and technical workplaces where teamwork, communication, and adaptability are essential. The ability to share ideas openly without fear of judgment made the internship enjoyable, and it strengthened my confidence when presenting technical information or offering creative suggestions. Having a supervisor who remained accessible and supportive made it easier to ask questions, refine my work, and stay motivated throughout the entire internship.

Major Work Duties, Assignments, and Projects

My primary duties centered on developing cybersecurity and maritime-technology lessons for high school students. Over 150 hours, I contributed to building a multi-topic curriculum designed to introduce students to modern digital systems and show how cybersecurity protects those systems. Each lesson included student slides, instructor slides, worksheets, and structured activities that turned complex topics into hands-on learning experiences.

Below are the major lessons and modules I worked on, along with the purpose of each and how they support real educational needs:

1. Intro to Cybersecurity

This was one of the foundational modules I helped strengthen. I expanded the content to include:

  • Basic cybersecurity terminology
  • Real-world examples of cyber threats
  • Case study–based learning
  • Activities where students identify phishing attempts, vulnerabilities, and threat actors

The purpose of this module is to ensure students understand why cybersecurity matters, not just what it is. These concepts help build the foundation for all later lessons involving digital infrastructure, supply chains, and maritime systems.

2. ERP Systems and Digital Supply Chain Tools

This module introduced students to enterprise systems like SAP that coordinate real-world logistics. I created:

  • A flow-of-information activity
  • Guided questions about digital vulnerabilities
  • Slide explanations of how cyberattacks affect shipping and trade

Students learn how supply chains rely on interconnected digital platforms and how a single breach can disrupt operations on a global scale.

3. Logistics Data and Tracking Technologies

For this topic, I built lessons explaining tracking systems such as:

  • GPS
  • RFID
  • AIS (Automatic Identification System used by vessels)

I created an activity where students research real examples of manipulated or falsified tracking data and explain the consequences. Students also learn:

  • Why attackers might alter location data
  • How tracking disruptions affect ports, cargo, and national security

This module shows the connection between cybersecurity, safety, and international trade.

4. Digital Infrastructure in Ports

This was one of the most advanced lessons I created. Ports rely heavily on digital systems like:

  • Terminal Operating Systems (TOS)
  • Automated cranes
  • Smart gates
  • Vessel traffic management software

I designed a diagram that maps out how data flows across a port’s digital ecosystem. Students identify which components are vulnerable to:

  • Ransomware
  • Network outages
  • Insider threats
  • Malware injections

This module helps students understand how automation + cybersecurity directly impacts global logistics.

5. IoT and Sensor-Based Environmental Monitoring

This module connects cybersecurity to environmental science and maritime safety. I developed lessons showing how IoT sensors collect data on:

  • Water quality
  • Weather conditions
  • Ship emissions
  • Coastal environmental changes

Students explore how IoT devices improve safety and efficiency, but also how weak or unprotected sensors introduce vulnerabilities. I wrote an activity where students examine what happens if environmental data is falsified or intercepted, showing the connection between sensor integrity and public safety.

6. Additional Contributions

Throughout the 150 hours, I also:

  • Ensured consistent formatting across all lessons
  • Updated student worksheets for clarity
  • Reviewed the overall curriculum structure for flow
  • Met with teammates daily to coordinate progress

These tasks ensured that each module fit into a unified curriculum and supported the overall mission of preparing the next generation of cybersecurity-aware students.

Use of Cybersecurity Skills and Knowledge

My internship allowed me to apply and expand multiple cybersecurity skills. Before starting, I already had foundational knowledge from my coursework at Old Dominion University, including basic cybersecurity principles, terminology, and exposure to digital systems. During the internship, I strengthened several new skills through hands-on work.

Before the internship, I possessed skills such as:

  • Understanding of cybersecurity fundamentals
  • Basic knowledge of threats, vulnerabilities, and common attacks
  • Early experience with Python and networking concepts
  • Ability to analyze simple security scenarios

During the internship, I gained experience in:

  • Breaking down complex cyber concepts for students
  • Researching real global cyber incidents, especially maritime ones
  • Explaining how cyberattacks impact supply chains and port operations
  • Understanding automated port systems, IoT architectures, and sensor networks
  • Connecting cybersecurity to logistics, environmental monitoring, and trade

This internship changed my understanding of cybersecurity by showing me how deeply it connects to real systems outside traditional IT environments. Ports, vessel tracking, IoT sensors, and supply chain tools rely heavily on digital systems and those systems can only function properly when cybersecurity is built into every layer.

Preparation from ODU Curriculum

My coursework at Old Dominion University played a significant role in preparing me for this internship. Although the work I completed at the Innovations Lab involved curriculum development rather than hands-on penetration testing or network security, the foundational concepts from my cybersecurity classes helped me understand the technical material I was expected to teach.

Courses such as “Introduction to Cybersecurity,” “Cyber Techniques and Operations,” and “Fundamentals of Python” gave me the grounding I needed to interpret complex cybersecurity topics and translate them into student-friendly lessons. These classes introduced me to terminology, threat modeling, system vulnerabilities, and the broader landscape of cyber risks that organizations face today. Without this background, it would have been much more difficult to design lessons that accurately represented cybersecurity principles.

Additionally, my coursework helped me understand the relationship between emerging technologies and cybersecurity. Concepts like network segmentation, authentication, encryption, and system hardening appeared throughout the materials I developed for the Innovations Lab. This overlap made it easier to think critically about how these concepts apply within logistics, maritime operations, sensor networks, and environmental monitoring systems.

At the same time, the internship also revealed several new topics and skills that I had not encountered in my academic coursework. These included:

  • The structure and function of Terminal Operating Systems (TOS)
  • The role of IoT sensors in environmental and maritime monitoring
  • How AIS and GPS systems function in vessel tracking
  • The digital ecosystem of automated ports
  • The connection between cybersecurity and supply chain resilience

These were real-world applications that extended beyond typical classroom discussions, giving me exposure to specialized areas where cybersecurity plays a major role. The combination of academic preparation and internship experience helped me develop a more complete understanding of how cybersecurity impacts real operational environments.

Evaluation of Learning Outcomes

At the beginning of my internship, I identified four major learning outcomes I wanted to achieve. Now that I have completed over 150 hours of work, I can evaluate each of them in detail.

1. Build cybersecurity curriculum development skills

This outcome was fully achieved. Throughout the internship, I created multiple lessons across different technical areas, including Intro to Cybersecurity, ERP systems, logistics tracking, port infrastructure, and IoT-based monitoring. Each module required not only technical understanding but also the ability to present the information clearly and engagingly. I learned how to structure lessons, create worksheets, design instructor slides, and maintain consistent formatting. By the end of the internship, I felt confident writing curriculum materials that were both accurate and accessible.

2. Improve technical research skills

This goal was also fully met. Many of the lessons required me to research real-world cyber incidents, maritime digital systems, and sensor-based technologies. I learned how to identify credible sources, organize information, and translate complex technical details into simplified explanations for high school students. This research strengthened my ability to work independently while ensuring accuracy and depth in the content I produced.

3. Strengthen ability to translate complex ideas into simple lessons

This was one of the most important skills I developed. Cybersecurity can be overwhelming for students who have no background in technology, so I learned how to break concepts down into manageable parts, using analogies, diagrams, and real-world examples. Whether I was describing ransomware, port automation software, or IoT vulnerabilities, I had to think from the viewpoint of a beginner. This experience improved my communication skills and deepened my understanding of the material.

4. Become more confident in presenting technical information

This objective was achieved through daily team meetings and frequent discussions about my lesson drafts. I regularly explained my work to my supervisor and teammates, received feedback, and revised my content based on their suggestions. This process built my confidence in communicating technical material and helped me become more comfortable with explaining cybersecurity concepts clearly and professionally.

Most Motivating Aspects of the Internship

One of the most motivating parts of the internship was seeing how my work directly contributed to a larger educational mission. Knowing that the lessons I created would eventually help high school students understand cybersecurity made the effort feel meaningful. It felt rewarding to take complex subjects and transform them into something that could spark curiosity in younger students.

Another motivating aspect was the team environment. Working closely with others who were also passionate about education and technology made the experience enjoyable. We collaborated, shared ideas, and supported each other throughout the entire internship. This constant interaction helped me stay motivated, especially when working on more challenging lessons, such as Digital Infrastructure in Ports and IoT sensor systems.

Finally, I found motivation in the opportunity to learn content that extended beyond traditional cybersecurity coursework. Understanding how cybersecurity protects supply chains, environmental systems, and port operations opened my eyes to new career paths and applications of digital security. The real-world relevance of the material made the work exciting and helped me appreciate the broader impact cybersecurity has on society.

Most Discouraging Aspects of the Internship

While my internship at the ODU Innovations Lab was overwhelmingly positive, there were a few discouraging aspects that I encountered during the process. One of the most discouraging parts was navigating the complexity of certain technical topics. Some areas, such as Terminal Operating Systems (TOS), automated port cranes, IoT device architectures, and maritime sensor networks, required extensive research because they are not commonly covered in standard cybersecurity courses. At times, it felt overwhelming to learn entirely new systems while also figuring out how to teach them to high school students who had no technical background. Balancing accuracy with simplicity became a constant challenge, and it occasionally felt like I was taking two steps forward and one step back.

Another discouraging aspect was the iterative nature of curriculum development. Creating lessons is not a one-and-done process. Many lessons required multiple rounds of feedback, revisions, formatting changes, and restructuring. Sometimes, after working on a topic for several hours, I realized I needed to rewrite large portions to improve clarity or better match the curriculum’s flow. Although this process made me a stronger writer and communicator, it could be discouraging in the moment because progress sometimes felt slow or repetitive.

Most Challenging Aspects of the Internship

The most challenging aspect of the internship was the requirement to merge technical accuracy with student accessibility. Many of the systems I studied, such as automated gantry cranes, IoT environmental sensors, or logistics tracking databases involve advanced technologies. Teaching these topics required me to understand them deeply enough to identify which concepts were essential and which details could be simplified without losing accuracy. This balancing act challenged me to think critically and creatively in every lesson I wrote.

Research was another major challenge. Because the topics involved maritime logistics, supply chain technology, and IoT environmental monitoring, I had to dive into highly specialized fields. This meant reading technical reports, watching port operation videos, studying real-world cyberattacks on global shipping companies, and analyzing sensor networks. The challenge wasn’t only in understanding the information but also in identifying credible sources and deciding how to translate advanced material into something approachable for younger learners.

Additionally, working at the pace we maintained as a team was challenging. Since we met daily and shared progress every day, I had to consistently produce work that was polished, well-organized, and ready for review. Time management became essential. There were days where a single lesson or activity would take longer than expected because of the complexity of the topic. Learning how to adjust, stay flexible, and push through difficult tasks was a major challenge but also a major area of growth.

Finally, collaborating on lesson development came with its own challenges. While the team environment was positive and supportive, combining multiple writing styles, ideas, and perspectives required patience and clear communication. Ensuring that the final curriculum felt unified and not like it was written by five different people.

Recommendations for Future Interns

Based on my experience, I would offer several recommendations for future interns joining the ODU Innovations Lab, especially those working on technical curriculum development:

1. Strengthen your foundational cybersecurity knowledge first.

Having a solid understanding of cybersecurity basics will make it much easier to break down complex ideas later on. Even modules that seem unrelated, like environmental monitoring or port automation, still rely on core cybersecurity principles.

2. Be prepared to learn completely new topics.

Much of the work involves fields not typically covered in standard coursework, such as supply chain technologies, digital port infrastructure, and IoT ecosystems. Embrace the research process and don’t be intimidated by unfamiliar concepts.

3. Focus on communication and clarity.

One of the biggest responsibilities in this internship is translating complex information into simple, student-friendly lessons. Interns should be ready to revise their work, simplify explanations, and find creative ways to teach technical content.

4. Stay organized and consistent.

Curriculum development requires strict attention to formatting, structure, and pacing. Keeping your slides, worksheets, and notes organized will save time and help ensure a smooth workflow.

5. Ask questions and use team feedback.

The team-based environment is one of the internship’s strengths. Asking questions early and getting input from others can help avoid mistakes and produce better lessons more efficiently.

6. Manage your time effectively.

Some lessons take much longer to develop than expected. Interns should be prepared to spend significant time researching, drafting, and revising, especially for advanced topics.

7. Stay open to revision and feedback.

It’s normal for lessons to go through multiple versions before they are finalized. Flexibility and a willingness to improve are essential for success in this environment.

Overall, future interns should approach the experience with curiosity, patience, and a willingness to dive into complex technical topics. Those who enjoy learning, communication, and problem-solving will find this internship rewarding and impactful.

Conclusion

Reaching the end of my internship at the ODU Innovations Lab has given me the opportunity to reflect on how much I have grown academically, professionally, and personally. This experience has shaped my understanding of cybersecurity in ways that traditional classroom learning cannot fully capture. By working directly on real curriculum development projects, I learned not just what cybersecurity is, but how it integrates with global systems, from port operations to environmental monitoring and why it is essential for protecting digital infrastructure that society depends on every day.

Ultimately, this internship provided me with practical experience, new technical knowledge, and valuable professional skills. It challenged me, motivated me, and pushed me to grow in ways that will stay with me long after the semester ends. I leave this experience with a deeper appreciation for cybersecurity, a stronger sense of direction, and a clearer understanding of how I want to contribute to the field moving forward.