TEJAS JAYESH DEDHIYA

Santa Clara, CA *****

341-***-**** ad19fg@r.postjobfree.com https://www.linkedin.com/in/tejas-dedhiya/ https://github.com/tdedhiya EDUCATION

Santa Clara University Santa Clara, California, USA Master of Science, Computer Science and Engineering September 2021- June 2023 University of Mumbai Mumbai, India

Bachelor of Engineering, Computer Engineering July 2015 – June 2019 TECHNICAL SKILLS

Programming Languages and Operating Systems: Java, Python, C/C++, JavaScript, Windows, Linux, IOS. Database Technologies: SQL, MySQL, MongoDB, PostgreSQL, Oracle. Tools, Frameworks and Platforms: AWS, API’s, Spring Boot, RESTful, Junit, Selenium, Docker, Kubernetes, HTTPs, Swift, Git, Jira, Slack. Web Technologies: HTML, PHP, CSS, JavaScript, React, Node, AngularJS, Vue, Ajax, Test-Driven Development, Jest. WORK EXPERIENCE

Software Engineer Intern, Stanford Health Care, Palo Alto, CA June 2022 – September 2022

(Java, HTML, CSS, JavaScript, React, Angular, Node, Jira, Confluence)

• Worked on a major migration of Stanford web platform myHealth from AngularJS to React with the help of react hooks, context API, developing multiple inpatient and outpatient webpages, thus increasing patient/user spontaneity by 30%.

• Worked in an Agile and collaborative environment, receiving API-specific details from the backend team to implement it.

• Frontend development of myhealth.stanfordhealthcare.org web platform which patients use to access their lab results, send messages to the clinic, schedule an appointment, pay bills serving millions of users worldwide. Software Engineer, Ravi Roadways Private Limited, India June 2018 – August 2021

• Created SQL queries, stored procedures, modifications to existing database structure as required for addition of new features.

• Demonstrated expertise in writing clean and efficient code using Java, HTML, CSS, JavaScript, jQuery, and Java Server Faces (JSF), contributing to a 20% reduction in bug rates.

• Used Angular.JS, Node.JS and spring as the development framework to build a single-page application.

• Designed and implemented RESTful web services, facilitating seamless communication between clients and servers, achieving an impressive API response time of under 100 milliseconds.

• Created RESTful web applications with Spring Framework's Rest Controller and developed microservices using Spring Boot and Rest API.

• Designed and Developed an Automation Testing Web Application consisting of 100,000+ Test cases and Data sets, running 80% of manual processes thus cutting down 30 hours/week of manual work for the Testing team.

• Implemented Automated Testing Processes with test cases on multiple URLs, simultaneously completing GUI and Database Validations. PROJECTS

Bay Area Rapid Transit (BART) Web Application – (HTML, CSS, JavaScript, Node, Java, jQuery, Git, Eclipse, API)

• Created BART website that uses JavaScript to obtain information from your API and display it on maps for visual representation to users/customers.

• Using BART API as JSON to get list of BART stations, information for trains between supplied Source and Destination, fare for each train route listed, time of arrival, countdown until the next train leaves toward arrival station.

• Created a function so that website gets updated itself by re-loading the latest information from BART API every 30 seconds. Quiz Management System – (Java, Swing, MySQL, jQuery, NetBeans, Eclipse)

• Design and develop an application which allows students to take a quiz consisting of adjustable number of questions.

• The questions will be randomized after every run and results will be displayed after the quiz with updated leaderboard.

• Each question will have a limited time to attempt, changeable by the teacher itself.

• Students get results through mail on their email id (implemented by mail services in Java). Real-Time Bus Tracking and Trip Planning System – (Swift, API, Algorithms)

• Developed an Android application which will give data of vehicle location tracking with an efficiency of 90% likewise, incorporates a feature that will keep the user up to date with location of buses.

• Moreover, Dijkstra’s algorithm is used to find the shortest distance between source and destination, enhancing efficiency by 70%. Smart Blind Stick – (IOT, Python, Arduino, Ultrasonic sensor, ESP32)

• Developed an Internet of Things (IOT) based Smart stick to assist blind individuals with Artificial vision, Object detection and avoidance, Real-time assistance (through GPS module) with a 97% efficiency rate.

• Provided sound and vibration-based assistance using Piezo-electric Buzzer and PWM Vibration motor concerning static and dynamic objects around the environment.

ACCOMPLISHMENTS

• Published a Research Paper on Topic: ‘Real Time Bus Tracking and Trip Planning System’ at the International Journal of Research in Engineering, Science and Management, Volume-2 Issue-10 (IJRESM October 1, 2019).

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