Thesis Topics for Students

In the area of computer networks, choosing a thesis topic needs determining recent directions, developments of techniques and what we are passionate about. So why wait contact our experts to get your thesis topics and score high grade in your academics. We work on the vision to fulfill your unique concept our team work cohesively on single project so as to finish it perfectly. The following are few modern and similar thesis topics that we consider in computer network domain:

  1. Network security Protocols: For securing network data to prevent cyber-attacks, we explore the enhancement of the latest safety protocols.
  2. 5G Network Technology: In several areas, we discover the incorporation, limitations and possible applications of 5G technology.
  3. Software-Defined Networking (SDN): To develop network maintenance and adaptability, study the applications of SDN.
  4. Edge Computing: Specifically, in the situation of IoT and mobile computing, our project investigates the duty of edge computing in network efficiency.
  5. Quantum Networking: This topic discovers the possible influence of quantum networks on the data privacy and transmission acceleration with their evolving areas.
  6. Internet of Things (IoT) Connectivity: In effective IoT connectivity, we research architectures and the optimization of network protocols.
  7. Wireless Sensor Networks: For applications in ecological tracking and healthcare, our work gets in-depth into the pattern and enhancement of sensor networks.
  8. Network Virtualization: To increase the performance and scalability of extensive networks, we research the process of network virtualization in this.
  9. Artificial Intelligence in Networking: Here, we study the assistance of AI methods in abnormality identification, forecasting management and network optimization.
  10. Cloud Networking: Aiming at the data center models and cloud service systems we determine the combination of networking and cloud computing.
  11. Blockchain for Network Security: To improve network safety and protection our study discovers in what way blockchain technology is employed.
  12. Energy-Efficient Networking: For decreasing the energy consumption of environment and network devices we explore plans regarding this.
  13. Mobile Ad Hoc Networks (MANETs): In the maintenance of MANETs and deployment, learn the difficulties and outcomes for our research.
  14. IPv6 Adoption & Transition Strategies: We study ideas included in transforming IPv4 to IPv6 and its limitations.
  15. Network Forensics: To research network threats and violations our exploration gets in-depth into methods and software equipment.

Examine how the topic coincides with recent business requirements and further directions, during the selection of a topic. Depending on the materials and duration needed for the investigation, it is essential to confirm that the topic is attainable. To get assistance in improving the topic decision, collaborate with the educational mentor or business experts who offer beneficial understanding.

How long does it typically take to complete a PhD thesis?

According to various factors such as area of research, state of study, one’s working platform and the necessities of the particular educational course, the duration it takes to finish a PhD thesis differs vastly. Below is a common outline of the timeframes that we provide you to consider:

Typical Duration

  • Overall PhD Duration: Generally for finishing a PhD course which involves research, coursework and thesis writing takes 3 to 7 years of dedication.
  • Thesis-Specific Work: It is essential to contribute in studying and writing when the real dissertation or thesis aspect needs 1 to 3 years of duration frequently.

Influencing Factors

  1. Field of Study:
  • Experimental Sciences: Basically, these take more time and include massive lab work, fieldwork or practical.
  • Humanities & Social Sciences: Area study, qualitative data observations and archival work are included in data gathering that takes long timeframes.
  1. Nature of Research:
  • It takes a long duration in terms of the state of research like complicated, creative and extremely practical research topics.
  • The projects which are perfectly structured with accurate objectives conclude rapidly.
  1. Full-time vs. Part-time:
  • Because of maintaining both the job and research duties, part-time PhD students take more time than full-time course students.
  1. Institutional Requirements:
  • For PhD theses, many universities have different needs that impact in the timeframe.
  • Finishing the thesis with necessary coursework, teaching roles and extensive exams will expand the duration.
  1. Individual Work Pace & Circumstances:
  • Employment behavior, life circumstances like family, health and writing speed are the private aspects which affect the duration effectively.

General Sections of PhD Thesis Work

  • Proposal Development: This phase creates and presents your research proposal.
  • Conducting Research: It contains data gathering, practical, fieldwork and others.
  • Data Analysis: During the research section, you observe the gathered data here.
  • Writing: In this section, design, revise and finalize your thesis work.
  • Review & Revision: Here, you can revise the thesis by implementing reviews that are gained from mentors and teams.
  • Defense Preparation: You should get ready for conducting the last presentation of the thesis.


For every person, finishing a PhD thesis is considered as a distinct experience in the program. In this work, it is crucial to handle a balanced tone, get inspired and look for help if required. The thesis must often take precedence and it is also essential to focus on the standard of your study and need on-time finishing.

Latest Thesis Topics for Students

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  1. On cellular network planning and operation with M2M signalling and security considerations
  2. Machine-to-machine communications with in-network data aggregation, processing, and actuation for large-scale cyber-physical systems
  3. LTE-A random access channel capacity evaluation for M2M communications
  4. Resource allocation for uplink M2M communication in multi-tier network
  5. An Investigation on the M2M/IoT Trajectory and Its Relationship with Formal Standards
  6. An efficient clustering design for cellular based machine-to-machine communications
  7. Energy efficient MAC protocol with smart sleep scheduling for cluster-based M2M networks
  8. Adaptive Massive Access Management for QoS Guarantees in M2M Communications
  9. Energy-Efficient Machine-to-Machine (M2M) Communications in Virtualized Cellular Networks with Mobile Edge Computing (MEC)
  10. Autonomous decentralised M2M application service provision
  11. Large scale cyber-physical systems: Distributed actuation, in-network processing and Machine-to-Machine communications
  12. Massive Access Management for QoS Guarantees in 3GPP Machine-to-Machine Communications
  13. SAKES: Secure authentication and key establishment scheme for M2M communication in the IP-based wireless sensor network (6L0WPAN)
  14. Transmit Power and Carrier Sense Control for Massive Machine-to-Machine Communication in Wireless Ultra-dense Networks
  15. Energy Efficiency Analysis of Scheduling in M2M Communication Over Rayleigh Fading Channel
  16. Performance Analysis of M2M Communication Networks for QoS-Differentiated Smart Grid Applications
  17. A Successive Interference Cancellation Based Random Access Channel Mechanism for Machine-to-Machine Communications in Cellular Internet-of-Thing
  18. Performance Analysis of M2M Data Collection Networks Using Dynamic Frame-Slotted ALOHA
  19. A Statistical Priority-Based Scheduling Metric for M2M Communications in LTE Networks
  20. Energy-Efficient Resource Allocation With Hybrid TDMA–NOMA for Cellular-Enabled Machine-to-Machine Communications