Oct 2022 – Jan 2023 · 3 mos

Jul 2019 – Oct 2022 · 3 yrs 3 mos

• Recipient of APEX Award - Bronze
• Developed Web-applications for test data management and contract management
• Developed form based dashboards for contract management and review profiles
• Trained as a Full Stack Java-Spring & Angular developer
• Use to work in a team following SCRUM based Agile methodology
• Thorough working experience in Java, Spring Framework, Angular, HTML/CSS, Bootstrap, JavaScript
• Grasp on Maven, Docker, MySQL, MongoDB, Angular Material, REST API, Spring MVC

Aug 2019 – Nov 2019 · 3 mos · Bengaluru, Karnataka, India

• Technical Stack: Java, Spring MVC, Angular, Angular Material, Maven, RabbitMQ, MySQL, MongoDB, Neo4j, Swagger
• Developed text content (supporting additional html features such as images, hyperlinks etc) publishing, purchasing and marketing website on AWS server, which serves as a collaboration platform between content creator, editor, graphics designer and provider. Also, a marketplace for users as consumers of those contents.
• Content creator can use platform to create, draft, collaborate with editor and graphic provider and finally publish any kind of textual content such as books, novels, blog, speeches, notes etc.
• Content can be created and drafted, then published chapter wise, immediately or on scheduled time.
• Readers can use this platform for consuming free/paid contents available organised by author, categories, genres etc
• Material based Angular frontend provides an interactive Single Page Application experience to users. Spring MVC provides integrated Apache Tomcat server, which enables faster deployment. Multi module services along with MySQL and Mongo databases were deployed in separate Docker containers, connected via RabbitMQ. Whereas Maven is a build automation tool, which helps to execute different software development lifecycle phases. Neo4j uses graph based databased to provide recommendation to readers.

May 2018 – Jul 2018 · 2 mos · Kharagpur, India

• Technical Stack: Arduino, Ultrasonic Transmitters
• Synopsis: Water soluble particle produces attenuation and insoluble particles produces wave collision phenomena such as refraction, dispersion and reflection. This is why waves in order of radio frequency does not work water properly. 40kHz Ultrasonic Transmitter creates longitudinal wave inside water medium but due to long wavelength and lesser frequency, data transfer rate is very less.
• Application: Project involved using transducer pair to achieve one way communication between two nodes and testing of half-duplex communication channel using same hardware and integrated circuitry.

May 2017 – Jun 2017 · 1 mo · Kharagpur, West Bengal, India

• Technical Stack: IoT, Arduino, Raspberry Pi, OpenCV, Python
• Generated image based on values from the output of Antenna Positioning System (working on microwave) and connected to Arduino through Raspberry Pi via NRF module.
• Developed Python script running in Raspberry Pi collected the data, then these values normalized and plotted in different graphs. Finally, some peak values were used to generate image using OpenCV library