• Utilizing CUDA, C++, Python and pybind11 for software development.

• Modernized hatching algorithm and the code, significantly enhancing system readability and performance and introduced a feature that decreased writing speed.• Developed an algorithm to reconstruct 3D meshes of printed photonic wirebonds, improving dimensional consistency by separately calculating thickness and width using a combination of Principal Component Analysis, the Kabsch Algorithm, and the Iterative Closest Point Algorithm.• Developed a Python interface for Ansys Lumerical FDTD simulations using Lumerical’s Python API, facilitating easier simulation development and deployment.• Gained practical experience with Vertical Scanning Interferometry (VSI) for meticulous sample measurements, contributing to improved image analysis quality• Attended a clean coding training program facilitated by Andrena Objects, and successfully applied clean coding strategies acquired from this training, contributing to the development of maintainable and readable code.• Worked on implementation of GPU acceleration for the computation of hatching lines using PyTorch with CUDA.

• Developed an algorithm that produces synthetic time series containing seasonal or non-seasonal anomalies according to the parameters given by users.• Trained an Isolation Forest model that detects anomalies dynamically.• Trained models with AutoKeras to extrapolate data by using the correlation between different variables.• Worked on the development of a multi-input multivariate LSTM-Autoencoder for extreme event forecasting.

• Worked on optimizing the defined missions in an RTOS-based flight software framework called core Flight System (cFS).• Worked on proxy software that connects the ground control and test software.

• Trained an image segmentation model that detects multiple objects using the Mask R-CNN.• Developed an algorithm that finds the closest water source according to the current location and chooses the most appropriate route to this source through map applications.

• Worked on the development of tensile strain multi-band, multimode photonic crystal filter design for terahertz communication.• Performed brief simulations in MATLAB and Lumerical to see how the Couple Mode Theory works and understand symmetry relations of two-dimensional photonic crystal cavities.

• Worked on the application of strain induction to enable light-emitting germanium (briefly tensile strained Ge).• Performed photolithography.• Clear room experience.

• Design of the controller of the power amplifiers by using interrupts, SPI and Ethernet communication protocols.• Sensitive LC filter designs and calibrations required for a proper noise-free broadcast.

• Performed multithreading in C by using LabWindows/CVI.• Built GUI design that provides serial and ethernet communication and interaction between circuit and user via GUI.

• Design of high-performance buck converter with closed-loop feedback design.

• Design of high voltage, high power building electrical system.