Sep 2021 – May 2025 · 3 yrs 8 mos · Pune, Maharashtra, India · Hybrid

• Designed and operationalised Kafka as a Platform-as-a-Service (PaaS), improving system scalability and reducing deployment time by 40%.
• Engineered the integration of Apache Kafka with Azure Event Hubs by utilizing Schema Registry and Kafka Connect Worker to establish a seamless, scalable event-driven architecture.
• Automated deployment pipelines using Jenkins and Docker-based deployments, reducing manual intervention by 30%.
• Directed and mentored junior developers in adopting industry best practices, enhancing code quality through targeted coaching and structured feedback.
• Collaborated with cross-functional teams to design event-driven architectures, with Java, Spring and Microservices resulting in a 25% improvement in system performance.
• Secured Kafka file storage systems by implementing encryption and encoding mechanisms, ensuring 100% compliance with security standards.
• Leveraged Dynatrace and Splunk to collect comprehensive metrics and drive advanced observability, resulting in significantly improved system monitoring and accelerated troubleshooting processes.

Jan 2020 – Sep 2021 · 1 yr 8 mos · Pune, Maharashtra, India

• > Recreating new backend services according to new architecture.
• > Do peer reviews and dev testing.
• > Creating new views and features according to design.
• > Optimizing code and updating data in batch database and reducing response time.
• > Resolving Production bugs.

May 2019 – Dec 2019 · 7 mos · Pune, Maharashtra, India

• > Learning the React with flux architecture and also understanding the backend architecture and working on same.
• > Understanding the application and getting more information about domain.
• > Resolving the bugs in application and creating new features and views in frontend and backend of application.
• > Getting known to Agile Framework and started following it.

May 2018 – Jul 2018 · 2 mos · Hyderabad Area, India

• Worked in Natural Language Processing(NLP) Domain and built supporting tools for Anusaaraka Machine Translation System.
• Project 1 : Sentence Alignment Tool
• > To develop a tool for aligning sentences and develop parallel corpus from 2 different language sources.
• > Worked on Bhagavad Gita translation of English and Hindi languages and passed the data through data cleaning, data formatting phase and then aligned data in parallel using a python script.
• > Our team was successful in generating the parallel corpus of 12000+ sentences which was further used to train the parser.
• Project 2 : Communicator Formatting Tool
• > To develop a tool for creating chunk from sentences to map Hindi with Sanskrit Language.
• > Group the words together for generating a chunks and finding TAM (Tense Aspect and Modality) feature of the words with help of POS tagger, Python and NLTK Library.

Nov 2017 – Dec 2017 · 1 mo · Aurangabad, Maharashtra, India

• Barcode verification and data logging software
• > To develop a software which will help to collect information automatically by scanning barcode of products on assembly line and storing it on database
• > It will read the barcodes automatically using cameras that support ethernet/serial connectivity and then store the information in database.
• > Using this our team was able to reduce the products dispatching time by 13%.

May 2017 – Jun 2017 · 1 mo · Nagpur

• Got an exposure to Internet of Things(IOT) domain, Arduino UNO board, ThingsSpeak IOT Cloud and different types of sensors for eg temperature sensor, Soil Moisture sensor, LCD, Smoke sensor, Light detection sensor and etc.
• Project 1 : Smart Parking System
• > To develop a system which will help to monitor a vehicle parking system autonomously.
• > It will provide a real time update on a website using sensor’s information and updating it via cloud.
• > A prototype was built with use of Arduino UNO board, Ultrasonic sensor, ThingsSpeak IOT Cloud, website developed with help help of HTML, CSS and JavaScript and MySQL Database.
• Project 2 : Home Automation System
• > Implemented an IOT model of Home Automation System which can be controlled by an android application when connected to the HOME network.
• > Used different type of sensors to automate water tank system and lights system inside room.
• > Controlling different devices with help of android application.
• > Using this our team was able to reduce electricity consumption by 27%.