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Aerospace Engineering Dissertation Topics 2024-2025

Date Modified June 07 2024 by Liona Mark

The dissertation may seem stressful, long, and difficult, but all your problems can be overwhelmed if you choose the right topic for your dissertation writing service. You must be wondering how. Because writing is much easier and more comfortable when you have a strong dissertation.

Your research is productive, you have enough evidence to support your idea, and your dissertation is academically sound. That is why, when choosing a custom dissertation topic, you should give it all your attention and efforts.

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Topics for Aerospace Engineering Dissertations

To make sure that your dissertations are not problematic and that you do not encounter any obstacles or hindrances while writing your dissertation, our prolific academic writing experts have put together a list of the best aerospace engineering dissertation topics and aerospace engineering dissertation ideas just for you.

1.0 A critical analysis of the novel hypervelocity terminal intercept guidance system for deflecting and disrupting hazardous asteroids that potentially enters the stratosphere layer of Earth’s atmosphere.


The aim of the study is to study infrared and visible sensor simulations and computer simulations to develop a new high-speed guidance system for small (50-150 diameter) asteroids. The aim of the research is the development of software computational methods for the estimation of the signal-to-noise ratio of infrared and visible sensors, the estimation of the maximum and minimum target detection ranges and accelerated simulations for a graphics processing unit (GPU). An infrared interception guidance system will also be developed. Furthermore, the aim of the study is to use the scale polyhedron model of objects such as NASA’s OSIRIS Rex Bennu, Rosetta Comet 67P/CG mission and asteroid 433 Eros to develop GPU-based simulation tools for final orientation. Infrared system.


  • The objectives of the study are the following:
  • To develop a parallel ray tracing algorithm to accurately simulate the surface shading of irregularly shaped comets or asteroids.
  • To study and consider the approximation of the solid angle of a polyhedron.
  • To investigate digital image processing using a computational model to quantify multiple or single effects to evaluate the feasibility of a modern planetary defence mission concept using a multifunctional kinetic energy interceptor or an ultrafast asteroid interceptor.

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2.0 A critical study on the modelling requirements for value formulation in the design of large-scale complex engineered systems. A case study of NASA’s satellite network system.


The study’s aim is to critically analyse the modelling requirements for value formulation in the design and development of complex and large-scale engineering systems. The research aims to examine the NASA space network system. Thus, the purpose of the study is to help designers and developers move from a legacy needs approach to value modelling. The study aims to use a project structure matrix, which will be based on attributes, to illustrate the procedure. In addition, the study aims to determine the magnitude of the losses resulting from the required use. In addition, an in-depth study will be conducted on how the presence of requirements led to sub-optimal designs. Through this lens, the importance of using a value approach rather than a requirements approach will certainly be reaffirmed. Thus, an exhaustive process of eliminating requirements is not possible, and research will help to understand each of the requirements, since not all requirements have the same potential impact on value. This lens will help in areas such as after the design process is complete, when the customer wants to change requirements.


  • The objectives of the study are as follows:
  • To evaluate the impact of requirements on sensitivity and the significance of these requirements for a more accurate design.
  • To analyse the gap in value, it is necessary to fix the uncertainty.
  • To learn the use and importance of representing uncertainty.

3.0 A novel evaluation of value-based model and analysis of autonomous unmanned aircraft systems based on the operational scenario.


The study’s aim is to create a cost model for unnamed aircraft systems (UAS) by considering operational, environmental, and technical scenarios related to the development of decision analysis simulations to classify and analyse different unmanned aircraft systems according to their technology readiness level (TRL) and the level of autonomy (AL). In addition, in the future it will help analyse the problem among the organisation to analyse the resulting shortcomings and preferences of stakeholders in the operation of the BAS in accordance with the requirements of the policy. Therefore, the study aims to use a combination of different frameworks and tools, such as decision analysis, interdisciplinary design optimization, and value-based design, to understand and analyse the various factors involved in the functioning and design of systems of large-scale unmanned aircraft for civilian purposes. Uses. Structural condition monitoring and applications.


  • The purpose of the study will be:
  • To evaluate how different operational and environmental scenarios play a vital role in the functioning of a BAS in relation to the task at hand.
  • To find out how class UAS and the associated physical properties of TRL and AL perform under different operational scenarios.
  • To evaluate whether a value-based model can be used to perform a risk analysis of autonomously operating unmanned aircraft systems based on social, legal, and ethical issues.

4.0 A critical analysis using game theory approach for negotiations in defence acquisitions in the context of value-driven design. A case study on USA’s aircraft system.


The aim of the study is to analyse the use of new methods in the defensive acquisition cooperation step, which will undoubtedly be a significant step. As such, the study will analyse the necessary shift to value, suggesting a price-to-value approach to defence procurement. Therefore, the study is aimed at obtaining the maximum return for both the contractor and the government building the state weapons system. The study will propose ideas for negotiation from game theory and attempt to provide negotiation on a mathematical basis.


  • The objectives of the study are as follows:
  • To analyse the efficiency of game theory for enhancing a value-based method to negotiation in a price-performance negotiation scenario that greatly improves system design over a system achieved with legacy requirements management techniques.
  • To identify a player’s rank affects the bargaining.
  • To identify whether a value-based approach, combined with negotiations in other respects, can certainly be used to bridge the gap between a defence procurement contractor and the government’s preference for the weapons system.


The professionals at Expert Dissertation use their experience and expertise to help you pick the most suitable topics for your research. They do their best to provide you with the most authentic issues from which you can choose to write the dissertation. Now, the question is what steps they follow to prepare the list of cryptocurrency dissertation topics.

Ideas for Staggering Dissertation in Aerospace Engineering

Aerospace engineering is a broad and developing discipline. As a result, instead of some aerospace engineering dissertation ideas, some aerospace engineering dissertation ideas that you can tailor to your preferred topic will be more useful to you. As a result, our expert writers with experience in the industry have compiled a list of the top best aerospace engineering dissertation topics that you can use to create your own tailor-made aerospace engineering dissertation topics.

1.0 A critical analysis of the lag parameter approach for turbulence modelling of the common and general air routes taken by passenger airlines in order to make them safer.


The study’s aim is to conduct a critical analysis of the delay parameters technique for modelling a general and common airway disturbance that an air passenger passes through in order to ensure his safety. Thus, the study aims to identify factors of service quality in the aviation industry.


The main objective of the study is to attain the purpose of the study. However, the main objective of the study can be attained with the help of several secondary objectives. Therefore, the secondary objectives of the study are:

  • To identify the process and practices that the airline must follow to ensure safe air travel.
  • To evaluate how you can improve the airline’s service quality.
  • To analyse the relationship between airline profitability and service quality.

2.0 An experimental analytical investigation on wind turbine icing physics and anti- / de-icing technology. What is the most cost-efficient approach for aircraft flying at extremely high altitudes?


The study’s aim is to conduct an empirical analysis of the de-icing/anti-icing technique and ice physics of wind turbines. The aim of the research is to analyze any cost-effective approach to very high-altitude aircraft. Thus, the research aims to clarify the physics of wind turbines associated with ice. In addition, the study aims to propose reliable and effective de-icing strategies for wind turbines.


  • The objectives of the study are as follows:
  • To calculate the active accumulation of ice on the surfaces of wind turbine blades.
  • To evaluate the aerodynamic losses of blades accumulating on ice.
  • To promote and encourage a good understanding of heat transfer in the ice making process.
  • To recommend tactics to reduce icing on wind turbine blades.
  • To evaluate the efficiency, flexibility, centralised control, mass production capabilities, cost-effectiveness, and security of the proposed proposals.
  • Evaluate any cost-effective approach to flying high-altitude aircraft.

3.0 A critical exploratory investigation on bio-inspired surface coatings for aircraft icing mitigation. Can nanotechnology be the permanent solution for surface icing problems?


The study’s aim is to conduct a critical research analysis to determine surface coatings based on biological materials to reduce aircraft icing. The research aims to explore whether nanotechnology can be the ultimate solution to the problem of surface freezing.


The main objective of the study is to attain the purpose of the study. However, the main objective of the study can be attained with the help of several secondary objectives. Therefore, the secondary objectives of the study are:

  • To design a wind tunnel that accelerates water droplets and quantifies the effect of a high-speed drop on the dynamics and coverage of an animated surface.
  • To install a fast, smooth spray generator to demonstrate the durability of your bio-inspired surface.
  • To measure and evaluate wind-driven droplet stream details and develop a theoretical model to predict wind-driven droplet movement on various environmentally inspired surface coatings.
  • To make a proposal regarding the selection of advanced coatings for smoothing aircraft.

4.0 A novel dynamic analysis of composite wind turbine blade. How much stronger, sturdier, and long-lasting are these composite blades when compared with the conventional ones?


The study’s aim is to look at the efficacy of these composite blades. Furthermore, the study’s goal is to compare the resistance, stability, and longevity of these new blades to the previous ones. The study’s goal is to create a framework for examining the level of precision necessary in a load prediction model by comparing the findings of wind turbine blade composite materials to the experimental wind load range. Furthermore, the research attempts to assess ways to enhance the dynamics of wind forecasting for the dependable, economical, and safe operation of wind turbines. Based on wind data collecting and wind turbine blade stress analysis, the study will evaluate the efficacy of blade modelling and downforce calculations.


  • The main objective of the study is to achieve the purpose of the study. However, the main goal of the study can be achieved with the help of several secondary goals. Therefore, the secondary objectives of the study are:
  • To study the intricate blades of wind turbines.
  • To analyse the effectiveness of all blades.
  • To evaluate compared to traditional blades, how durable are these blades?
How can I make my aerospace engineering dissertation topics more attractive?

Some tips to make your dissertation topics more attractive is to make them attractive by using witty and catchy words that will immediately grab the reader’s attention. You should also make your topics somewhat informative to convey the main idea of your message and lastly, you should also make it indicative.

What are some Do’s of writing a dissertation?

The tone of your dissertation should be formal but creative. Your dissertation should be properly organised into chapters and subsections. You should watch out for plagiarism, try to keep it to a minimum, and finally hire a professional editor once your dissertation is done.

You can discover data and information for your dissertation at IA State, Ga Tech, W-Mich Edu, Research Gate, and others.

What is the word count of a dissertation?

The number of words in your dissertation depends on several factors, e.g. Your degree level, subjects, and type of study. Word count ranges from 10,000 to 80,000 words.


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