Aerospace Engineer

Noah E.

C#

I have strong experience with C#, primarily in developing robust desktop applications and web services within the .NET framework. My work includes creating scalable, object-oriented solutions for complex data processing and user interface design. Additionally, I’ve leveraged C#’s asynchronous programming capabilities to improve application performance and responsiveness.

C++

I have solid experience with C++, focusing on high-performance software development and complex system modeling. My work involves utilizing object-oriented and template programming to create efficient, reusable code for applications like simulations and computational algorithms. Additionally, I've optimized C++ applications for memory management and speed, particularly in resource-intensive aerospace and engineering projects.

Computer Engineering

I have a background in Computer Engineering, where I applied my expertise to the design and development of Unmanned Aerial Vehicles (UAVs). My work involved integrating hardware and software systems to enable real-time data processing, sensor fusion, and autonomous flight control. Additionally, I optimized embedded systems within UAVs, ensuring efficient power management, communication reliability, and responsive control algorithms to enhance performance and endurance.

Computer Science

With a foundation in Computer Science, I have leveraged both Python and JavaScript in the development of critical weapons systems. Using Python, I focused on data analysis, simulation, and backend functionality to optimize system performance and streamline testing processes. JavaScript enabled me to create intuitive, real-time interfaces for control systems, enhancing usability and response accuracy in mission-critical environments.

CSS

I have experience with CSS, particularly in crafting responsive, visually appealing interfaces for mission-critical applications. My work with CSS includes optimizing layouts and styling for seamless user experiences across devices and screen sizes. I also utilize CSS animations and transitions to enhance interactivity and maintain user engagement in complex control interfaces.

Data Science

I have a strong background in Data Science, where I've applied statistical analysis, machine learning, and data visualization techniques to derive actionable insights from complex datasets. My work includes building predictive models and automating data pipelines, enabling real-time decision-making for high-stakes projects. Additionally, I use tools like Python, R, and SQL to process large datasets and deliver clear, impactful insights for engineering and operational improvements.

Discrete Math

During my studies at MIT, I gained a strong foundation in Discrete Mathematics, focusing on topics such as logic, set theory, combinatorics, graph theory, and algorithms. I applied these concepts in various computer science courses, particularly in designing efficient algorithms and understanding the computational complexity of different problems. My work in discrete mathematics also helped me develop rigorous problem-solving skills, which proved essential for both theoretical analysis and practical implementation in fields like cryptography and network optimization.

Finite Math

During my time at MIT, I developed expertise in Finite Mathematics, with a focus on real-world applications such as probability, linear programming, matrix operations, and financial mathematics. I used these mathematical techniques to solve optimization problems and analyze systems in aerospace engineering and computer science. This knowledge proved particularly useful in operations research, decision-making models, and understanding discrete systems, enhancing my ability to tackle complex engineering problems with structured, quantitative approaches.

MATLAB

I have extensive experience using MATLAB. I have used MATLAB to model aerodynamics like the Boundary Layer Problem, Flow Separation, and Compressible Flow applications. I have also used the programming language for numerical methods and iterative mathematics.

Mechanical Engineering

I've taken a few courses in Mechanical Engineers including: Heat Transfer, Engineering Statics, Engineering Dynamics, Engineering Thermodynamics, Fluid Mechanics, Dynamic Control Systems, and Mechanics of Materials just to highlight a few. Many of the students I've met with, I have tutored in Mechanical Engineering. Because of the classes I have taken and the tutoring experience I have, I know I am equipped with what it takes to tutor for this subject.