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NotificationsGuide
March 11, 2025 – March 11, 2025
NotificationsGuide — GitHub repository
View ProjectSpectra-MERN-Project
December 7, 2024 – December 8, 2024
Spectra-MERN-Project — GitHub repository
View ProjectRoad-Detection-System-on-Indian-Unstructured-Roads-using-SegNet-Architecture
March 27, 2024 – March 27, 2024
Road-Detection-System-on-Indian-Unstructured-Roads-using-SegNet-Architecture — GitHub repository
View Projectbmw-space-showroom
March 26, 2024 – March 26, 2024
bmw-space-showroom — GitHub repository
View ProjectEmpathio--SGD-16
February 25, 2024 – February 29, 2024
Empathio--SGD-16 — GitHub repository
View ProjectSpectra-Web-Portal
February 12, 2024 – March 12, 2024
Spectra-Web-Portal — GitHub repository
View ProjectElectronic-Voltage-Stabilizer
March 6, 2023 – March 13, 2024
Electronic-Voltage-Stabilizer — GitHub repository
View ProjectDIY-CNC-Winding-Machine
April 6, 2021 – April 8, 2021
I have created a PYTHON program (around 1000 lines of code) for my Raspberry Pi 4 to automate an old, purely mechanical winding machine for winding coils using copper wire, mainly used for the purpose of motors/generators, etc. Initially, you would have to manually wind your coils mechanically by using your right hand to turn the spindle, which rotates the attached bobbin, and the wire fed through the wire guide gets wound over the bobbin. The rotation of the main spindle would also result in the horizontal movement of the wire guide, since the gear of the spindle is mechanically linked to that of the wire guide, through a series of pulleys , rubber bushes, gears, etc. The issue is that, its not all that precise, since you could still encounter overlappings, or gap formations, while winding. Therefore, you would have to carefully wind coils to ensure no gaps or overlaps occur by slowly rotating the spindle with your hand, while paying attention to the winding process, which would take
View ProjectCultural Fit Analysis
The candidate's project portfolio is diverse, spanning automation, machine learning, web development, and mobile development. This breadth indicates a curious and versatile individual. While several projects align with the 'Data Scientist' target role (e.g., Road-Detection-System, Empathio), the overall project set is very broad, suggesting a general interest in technology rather than a focused specialization. The personal nature of all projects indicates self-motivation but lacks evidence of collaborative team environments typical in professional settings.
Soft Skills & Operational Fit
The candidate's project descriptions, particularly the DIY-CNC-Winding-Machine, suggest a hands-on, problem-solving approach and an ability to work independently on complex technical challenges. However, without psychometric or English test scores, it is difficult to assess communication clarity, teamwork, or stress handling capabilities.