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Schedule Interview NowAt Softaims, I’ve found a workplace that thrives on collaboration and purposeful creation. The work we do here is about more than technology—it’s about transforming ideas into results that matter. Every project brings a mix of challenges and opportunities, and I approach them with a mindset of continuous learning and improvement. My philosophy centers around three principles: clarity, sustainability, and impact. Clarity means designing systems that are understandable, adaptable, and easy to maintain. Sustainability is about building with the future in mind, ensuring that the work we do today can evolve gracefully over time. And impact means creating something that genuinely improves how people work, connect, or experience the world. One of the most rewarding aspects of working at Softaims is the diversity of thought that every team member brings. We share insights, question assumptions, and push each other to think differently. It’s this culture of curiosity and openness that drives the quality of what we produce. Every solution we deliver is a reflection of that shared dedication. I’m proud to contribute to projects that not only meet client expectations but also exceed them through thoughtful execution and attention to detail. As I continue to grow in this journey, I remain focused on delivering meaningful outcomes that align technology with purpose.
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11 years
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* Legal Document Generation (e.g, Summons, Petitions, Draft Judgement) * Legal Document Analysis (e.g., Arguments, Precedence) * End-to-End Case Management
The goal was to * Training AI Model per user requirements * Optimizing and Deploying the AI Model on Nvidia Jetson Orin * Implement Tracking Algorithm * Picture-in-Picture Replay * Integration of Deepstream with Qt frontend (C++)
Problem: Require a rich GUI but real-time sensor data acquisition. Solution: A multi-core embedded system running Linux and FreeRTOS simultaneously. Hardware: OSD32MP1-BRK with touchscreen and touch controller directly interfaced. Schematics and PCB Design is covered by NDA. Software: The exact details of the project are subject to an NDA, but the following technologies were used: 1. FreeRTOS running on cortex M4 on Octavo OSD having STM32MP157. The FreeRTOS code handled obtained real time data from a proprietary sensor. The data was then time stamped and sent to the A7 core over IPCC. The whole toolchain was optimized for real-time data communication from sensor to A7 2. Cortex A7 coprocessor ran OpenSTLinux. A GUI application was made using Qt6. 3. Crystalfontz 2.4" LCD (CFAF240320A0-024SC) was integrated directly with OpenSTLinux via SPI and slightly modified linux kernel drivers and device tree. 4. Similarly the touch controller from CFAF240320A0-024SC was integrated with I2C kernel drivers. 5. The proprietary sensor was interfaced using SPI on Cortex-M4. 6. Device tree and kernel customizations were done to optimize OSTLinux for product usecase 7. The Qt Application featured, multiple screens, with charts for sensor data, provision to record data and to display live data 8. The Qt application and also allowed for CSV export of recorded sensor data and backup to PC via USB. 9. Django application was also deployed on A7 for device configuration to download data and upload settings.
Automotive Bus Data / Sensor data playback, decoding and visualization * development of playback for mdf4/mf4, dat and rosbag files in C++ * development of data decoding (CAN, CANFD, SomeIP, TAPI with DBC, FIBEX, ARXML databases) lib in C++ * development of data flows in in ROS * development of video data decoder and post processing in CUDA * Visualization of data (video, LIDAR, etc) in RViz
Given an audio sample and a PDF, the goal was to compare them and find any discrepancies. The project was aimed at Danish language. Audio samples were converted to text using Google Speech to Text API, and then corrected for artifacts using GPT4 API. PDF was converted and calibrated using various techniques including GPT4 API. Off-the-shelf Whisper API struggled with Danish but fine-tuning could produce results comparable to Google STT API. Image for Illustration.
Master of Science (MS) in Computer Science - Specialization in Machine Learning
2018-01-01-2020-01-01
Bachelor of Engineering (BEng) in Electrical - Digital Systems and Signal Processing
2011-01-01-2015-12-01