Welcome to my GitHub!
I'm Arpita, a MaMaSELF graduate passionate about exploring tech and deep-tech industries. While I come from a research-heavy background where I tried to innovate a methodology technique for quantum sensing using two techniques of widefield ODMR and scanning tip AFM, I realised I'm more interested in building complex software and upgrading using AI in the legacy industries, and would love to contribute to technical development in the industry where I can contribute much better. Thus, looking for my next transition to startups where I can be on the cutting edge of things.
- 🌍 Recently completed my Master's thesis at the Walter Schottky Institute, TUM, focusing on ODMR pulse sequences and NV magnetometry.
- 🧪 Hands-on experience with X-ray imaging, XMCD, Fourier optics, and advanced fabrication techniques.
- 🤖 Transitioning into computational roles for algorithm development and research.
- Programming: Python (NumPy, SciPy, Matplotlib, TensorFlow), C++, and LaTeX.
- Software: Quantum Espresso, COMSOL, Ansys HFSS, OriginPro.
- Research Tools: XRD, FTIR, SEM, UV-Vis, and cleanroom nanofabrication techniques.
- 💻 Developing methods and algorithms for computational imaging and phase retrieval.
- 📈 Applying scientific software principles to solve interdisciplinary challenges in biology, energy storage, and more.
- Simulation and Design: Photonic structures using HFSS and COMSOL.
- Data Analysis: Signal processing and imaging datasets from large-scale facilities like PSI and BESSY II.
- Quantum Many-Body Systems: Simulated on IBM Quantum Experience.
- 🏞️ I enjoy hiking, photography, and traveling when I’m not coding or analyzing datasets.
- 💡 Big fan of interdisciplinary collaborations and solving complex problems with computational methods.
🔍 Curious about my work? Check out my repositories or drop me a message! I’m always excited to connect with fellow researchers and enthusiasts.