🔹 Expertise in designing and implementing AI and machine learning models using industry-standard frameworks like TensorFlow, PyTorch, and VertexAI, with deep knowledge in deep learning, computer vision, and natural language processing techniques.🔹 Proficient in developing and deploying AI-driven solutions for image recognition, classification, and compression, utilizing advanced algorithms to enhance performance and accuracy.🔹 Extensive experience in leveraging cloud… Show more 🔹 Expertise in designing and implementing AI and machine learning models using industry-standard frameworks like TensorFlow, PyTorch, and VertexAI, with deep knowledge in deep learning, computer vision, and natural language processing techniques.🔹 Proficient in developing and deploying AI-driven solutions for image recognition, classification, and compression, utilizing advanced algorithms to enhance performance and accuracy.🔹 Extensive experience in leveraging cloud platforms such as AWS, Google Cloud, and serverless architectures for scalable AI/ML solutions, optimizing real-time processing and data management.🔹 Led cross-functional AI/ML teams, providing technical oversight and mentorship on model selection, training, and deployment processes, ensuring the highest levels of accuracy and efficiency.🔹 Managed AI project lifecycles, from conception to deployment, balancing technical innovation with business objectives to deliver impactful solutions on time and within budget.🔹 Skilled in integrating AI components such as conversational agents, embedding models, and retrieval-augmented generation (RAG) into real-time systems for enhanced user interaction and automated decision-making.🔹 Experienced in data preprocessing, model fine-tuning, and performance optimization, ensuring robustness and scalability of AI solutions across diverse applications.🔹 Demonstrated expertise in utilizing tools like DialogFlow, EasyOCR, and OpenCV for AI-driven image processing, facial recognition, and conversational AI, ensuring high precision and usability.🔹 Adept at managing stakeholder communication, ensuring that AI initiatives align with user requirements and contribute to business growth and operational efficiency.🔹 Strong leadership in overseeing agile workflows, sprint planning, and collaboration between AI/ML, development, and product teams, ensuring seamless integration of AI technologies into broader organizational strategies. Show less

Open Source Contributor to port Homomorphic encryption library Palisade (Moved to OpenFHE) written in C++ to WASM so that it is available to JS/TS using Webassembly.Palisade: https://gitlab.com/palisade/palisade-releasepalisade-wasm: https://gitlab.com/palisade/palisade-wasmOpenFHE: https://github.com/openfheorg/openfhe-development

PATHOLOGY IMAGE COMPRESSION FOR LOSSLESS IMAGES WITH PRECISIONBy leveraging next-gen AI-based Deep Learning techniques, AICompress surpassed the limitations of conventional compression techniques. AICompress specializes in efficiently managing heavy imaging files through advanced AI compression techniques, guaranteeing that images occupy minimal storage space and maintain optimal quality. Results are medically validated by clinicians from reputed medical research institue.

• Working on LTE and NB-IoT Software Stack.• Released documentation for V2X.

Worked on vehicle to everything (V2X) wireless communication based on the DSRC/802.11p software stack. Software design for the stack is OS agnostic as it is to run on at least three operating systems, Linux, QNX for Safety and ThreadX. It has to comply with SAE US, Europe’s ETSI standards for V2X and common ISO standards. Initially, the software stack is running on CohdaWireless’s MK5 OBU(On Board Unit) containing an ARM processor, CAN bus, u-blox’s M8 GNSS module. After successful conformance… Show more Worked on vehicle to everything (V2X) wireless communication based on the DSRC/802.11p software stack. Software design for the stack is OS agnostic as it is to run on at least three operating systems, Linux, QNX for Safety and ThreadX. It has to comply with SAE US, Europe’s ETSI standards for V2X and common ISO standards. Initially, the software stack is running on CohdaWireless’s MK5 OBU(On Board Unit) containing an ARM processor, CAN bus, u-blox’s M8 GNSS module. After successful conformance with the standards it is to be ported.Technologies used:• Agile development methodologies utilizing Atlassian’s JIRA and GitLab.• Ubuntu LTS is used for development, VMs are created for easy adoption for new comers.• MISRA C is adopted to make the system ASIL (Automotive Safety Integrity Level) compliant. Flexilint is used to statically check the code for MISRA C violations.• Multi-threaded software is developed with a facility layer communicating with IEEE 1609.3(N&T) and then LLC for transmission.• Continues integration with Gitlab and Jenkins.• Python pre-commit hooks to reject the commits with violations to coding guidelines.Standards and technologies used:WAVE (US) | ETCI (EU) | IEEE 1609.x | IEEE 1802.11p | SAE J2945, SAE J 2735 | CAN | GPS | MISRA | ASIL | ARMMy responsibilities:1. Write software architecture design documents. I have developed following documents:a. CAN Architecture design for host processor communication with Vehicle using OBD interface.b. MIB (Management Information Base).c. Logging Architecture.d. Facilities architecture.e. Test Control Interface Application server and client architecture design.f. Coding Guidelines for V2X project (Also developed eclipse XML profile for code formatting accordingly).g. OSAL Interface.2. Responsible to guide juniors, helping them with ideas to solve problems.3. Actively involved in writing, reviewing code and software design decisions. Show less

- IoT based solution for freezer temperature monitoring.- Feature addition in a large enterprise system (yard and railroad automation software) which contains of 200+ projects and 4+ million LOC developed mainly in VC++. This system also has projects developed using C# .NET, WPF, MVC and Embedded technologies. It follows strict unit, integration and regression testing mechanism. FogBugz, Crucible, Perforce, TeamCity Trello and Slack are being used in the process.- Statistical… Show more - IoT based solution for freezer temperature monitoring.- Feature addition in a large enterprise system (yard and railroad automation software) which contains of 200+ projects and 4+ million LOC developed mainly in VC++. This system also has projects developed using C# .NET, WPF, MVC and Embedded technologies. It follows strict unit, integration and regression testing mechanism. FogBugz, Crucible, Perforce, TeamCity Trello and Slack are being used in the process.- Statistical Analysis Tool to test the developed pattern recognition algorithm with large data-set of vehicles using data from ‘Car and Locomotive Encyclopedia 1997’.- Development of pattern recognition algorithm for the application developed, to be deployed on a remote location (Rail-Yard), after the approval of Feasibility study report on the basis of Rail-Car span (distance between two axles of a train) differences. Span Recognition Algorithm works knowing previous span size and probability of next possible span after a wheel is detected.- Development of Alpha and Beta prototypes for Rail-car tracking system project (Hardware and Software). It was developed with reading high speed data sampled with NI DAQ card with ability to read more than a million samples per sec and developed the software using C# .NET and NI TestStand. Show less

- Feasibility study for Rail-car tracking system to analyze the possibility of coupler detection on the basis of wheel sensor only. It involved all kind of rail freight cars and details about their dimensions, rail profiles, wheel sizes and coupler types.- Worked on SIL-3 compliant firmware solution for an OCU (Operator Control Unit) of American Remotely Controlled Locomotives (RCL). This system includes dual processor redundant architecture to ensure SIL-3… Show more - Feasibility study for Rail-car tracking system to analyze the possibility of coupler detection on the basis of wheel sensor only. It involved all kind of rail freight cars and details about their dimensions, rail profiles, wheel sizes and coupler types.- Worked on SIL-3 compliant firmware solution for an OCU (Operator Control Unit) of American Remotely Controlled Locomotives (RCL). This system includes dual processor redundant architecture to ensure SIL-3 (Safety Integrity Level) compliance. I was responsible for implementation of requirements using object-oriented and service-oriented software design, MISRA-C compliance coding of embedded software, device driver development and complexity analysis of firmware. As a team member I am involved in all phases of Software Development Life Cycle (SDLC).- In second phase of the system I was involved in requirement elicitation with the client on new features to be added in next generation of the product. That was later added in the development process. Show less

My carrier at powersoft19 was begin with basic academic level projects.- I worked first 3 months writing drivers for SPI, EEPROM, I2C, NumPad on 8051 and PIC micro-controllers. I used closed to hardware lab equipment for testing and verification i.e. JTAG, Signal Generator, Oscilloscope, Logic Analyzer.- Then I was assigned to execute test cases for an ongoing development of an Embedded Devices's feature "Remote Firmware Push" for 2.5 months during this time I developed a CDMA… Show more My carrier at powersoft19 was begin with basic academic level projects.- I worked first 3 months writing drivers for SPI, EEPROM, I2C, NumPad on 8051 and PIC micro-controllers. I used closed to hardware lab equipment for testing and verification i.e. JTAG, Signal Generator, Oscilloscope, Logic Analyzer.- Then I was assigned to execute test cases for an ongoing development of an Embedded Devices's feature "Remote Firmware Push" for 2.5 months during this time I developed a CDMA Emulator in C# .Net on Windows desktop to test the internet connectivity over CDMA network.- I was included in Development of the embedded communication interface device featuring Remote Firmware Push that included custom OS and boot loaderloader with master-slave processor architecture.- Built a Render Farm to utilize the free time of office computers for IMT (Interactive Media Team) of the company.- Worked on ZD1211 chipset Driver porting on BeagleBoard-XM running Android 2.3 and Angstrom Distribution. Show less

Notable Projects as a Freelancer:• Worked on Stock Exchange order handling application developed in STL C++ on Ubuntu using NetBeans for C++ and LimeBrokerage's Citrius API (limebrokerage.com).• Developed Data Analyzer for Stock Exchange data (32GB in text files for multiple symbols) written in C++. • Developed 3D and 2D games using Unity3D that are currently on Apple App Store, Google Play Store and Amazon Appstore. During this phase I have learned API integration of… Show more Notable Projects as a Freelancer:• Worked on Stock Exchange order handling application developed in STL C++ on Ubuntu using NetBeans for C++ and LimeBrokerage's Citrius API (limebrokerage.com).• Developed Data Analyzer for Stock Exchange data (32GB in text files for multiple symbols) written in C++. • Developed 3D and 2D games using Unity3D that are currently on Apple App Store, Google Play Store and Amazon Appstore. During this phase I have learned API integration of Ad-Networks, IAB (In App billing), Google Play Games and Apple GameCenter. I have also worked with Unity’s built-in UI, Animation and particle systems as well as some third party tools.• Developed an auto route limiter for an UAV utilizing Kalman Filter to remain within given coordinates. Written in C on Arduino.• Developed RF communication between two arduino boards. • Developed a Bowling game for desktop in JAVA using Eclipse.• Developed Application to observe different filter effects on still and moving images in MATLAB.• Designed a remote car using PIC microcontroller in C language.• Developed a counter application for Android. Show less

Physics