Pranav Saineni

August 2021 – Present

• Design, develop, and maintain APIs and workflows using Azure Logic Apps, enabling integrations across Salesforce, and multiple internal databases.
• Provide production support for business-critical integrations, ensuring high availability, reliability, and issue resolution.
• Contribute to application development using Angular, C#, SQL, and other database technologies.
• Collaborate with cross-functional teams to enhance system performance, support deployments, and optimize operational workflows.
• Developed backend applications using MongoDB, Camunda, Kafka, Apigee, and GraphQL.
• Built and maintained APIs to retrieve medication orders, fetch user information, and upload medication documents.
• Integrated services with workflow automation using Camunda BPM and event-driven architecture via Kafka topics.
• Managed deployments using NitroDX and configured environment variables and services on VMware Cloud Foundry.
• Ensured scalable, secure healthcare data access through API development and gateway management in Apigee.

January 2020 – May 2021

• Designed and developed a website using Django and MongoDB for students and faculty to rent electronic devices from the College of Pharmacy, Department of I.T.
• Worked with MySQL to modify, create and enroll students into courses on the college database.
• Assisted Faculty and students with classroom software and technology to enhance learning.

May 2017 – July 2018

• Programmed psychometric assessments such as the Clock test, Tunnel test, and Flicker test for the Oculus Go virtual reality headset using Unreal Engine 4 and C++ to gauge the speed, perception, and fatigue limit of the user.
• Developed eye screening tests such as Ishihara Test, Jaegers Test, Landolt C Test, Pelli Robson Test, Humphrey Visual Test, and Light Adaptation Test for the Oculus Go using Unreal Engine 4 and C++. Which allowed users to self-diagnose various eye problems.
• Increased the video capture quality for virtual reality assessments by utilizing Nvidia Ansel plugin and taking an image at every point along a spline. Which increased the freedom the art team had to create 360 videos.
• Programmed various shaders for objects such as clouds, water, grass, and stylized rendering techniques such as cel-shading using GLSL, which allowed the art team to make stylized environments.