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Schedule Interview NowBeing part of Softaims has allowed me to see the full spectrum of what technology can achieve when guided by empathy, discipline, and creativity. Each assignment, regardless of size, represents an opportunity to bring clarity to complexity and to turn ambitious ideas into tangible outcomes. I’ve come to realize that successful development isn’t just about writing code—it’s about listening carefully, understanding deeply, and designing thoughtfully. Every client brings unique challenges, and I make it a priority to align my work with their goals, ensuring that the end result is both effective and lasting. Softaims fosters an environment where collaboration is not optional—it’s essential. The collective expertise within the team pushes me to think beyond conventional boundaries, to question, refine, and innovate. I believe that this process of shared learning and experimentation is what makes our solutions resilient and impactful. My ultimate goal is to build technology that feels effortless to use yet powerful in function. I approach every task with the mindset that small details can make a big difference. Through continuous refinement and dedication, I aim to contribute to the kind of work that not only serves today’s needs but anticipates tomorrow’s possibilities.
Main technologies
6 years
2 Years
2 Years
2 Years
Potentially possible
The project consists of multiple Microcontrollers connected via CAN bus as usually found in Automotive industry. One of these microcontrollers is connected to a webserver using ESP8266 WiFi module, it downloads software updates for each of the microcontrollers then distributes it to the associated microcontroller via CAN bus. Used technologies & tools: - C programming - STM32F103 Microcontroller - ARM Architecture - Bootloader - Timer - CAN - UART - GPIO - Python - Tkinter - Socket programming
I've solved +370 DSA problems on HackerRank platform and got ranked 660 out of 23 million competitive programmers.
A tool that collects all coding problems solutions from HackerRank, then uploads it to GitHub. Implemented using Python with open-source libraries such as requests , BeautifulSoup and Tkinter.
A tool that calculates the following parametrs for any Geostationary satellite: - Elevation Angle for user antenna to point to the satellite. - Azimuth Angle for user antenna to point to the satellie. - Diclination Angle for user antenna to point to the satellie. - Distanse between the user and the satellie. - Time delay that the signal takes to go from user to satellite or vice versa. These parameters are calculated based on satellie longitude, user longitude and user latitude.
in Embedded Systems
2020-01-01-2020-01-01
Bachelor of Engineering (BEng) in Electronics and communication engineering
2017-01-01-2022-01-01