Samir Uzunovic

I developed this game in C# and the XNA framework. It is a simple shooting game where users control a burger with the keyboard and shoot french fries at cabbages with a mouse click. This is a test project to reuse the XNA framework in the gaming industry.

I worked on the disaster recovery module as the product engineer. This module is responsible for the backup and recovery of Windows and Linux operating systems. We recovered from disaster Windows and Linux operating systems using backed-up data.

I customized and developed Ubuntu 16.04 for ARM devices for Wokati Technologies, Ltd. This was done as part of the project of Wokati industries. Ubuntu was the first operating system for their ARM device, which needed to be connected to the cloud server.

An Android app that helps manage remote power plant resources. The app should be able to create dynamic menus generated daily from a remote server. The app user will be a power plant engineer who will track power plants and brief managers about the state of power plants with the app.

I worked as the product engineer on the virtualization agent protection module. This module is responsible for the backup and restoration of virtualization software such as VMware and Hyper-V for the HP DataProtector app.

I worked as part of a team on the HP Data Protector module for disaster recovery support backup and recovery of Windows 8/Windows 2012 storage spaces. This module was an enhancement of the HP Data Protector app.

I ranged and segmented tree structures, implemented them, and applied them in programs to graphically detect whether given segments lie within given windows. This project was part of getting a master's degree at the university.

A mobile application that provides progress distribution with the means to broadcast notifications to its partners, informing them about important events. The app used JWT in login/registration procedures and Firebase for database storage.

ToDoS is an application for managing to-do tasks, creating tasks, giving them priority, and setting the end date and time. This application is connected to an SQLite database for persistent storage. Minimum requirements include Android 2.2 with API Level 8.

An example of the Asteroids game developed in Python. This is a simple game where you control a ship and try to defeat various enemies. A 2D game developed for computers developed for fun and noncommercialized, making it a nonprofit game.

A mobile application for Android devices that reminds the user to take a selfie every day. Over time, the user will capture many selfies and will be able to see their face change with the passage of time. This is non-profit app developed only for Android users.

In this project, I created a user-friendly iPhone selfie application that aims to encourage users to capture and save daily selfies. Developed using the Swift 2 programming language, this simple app serves as a handy reminder tool.

An iOS iPhone application that enables the user to apply different filters on images that can be found on the device, or to take new pictures and apply filters on those. Also, the user will be able to share that picture with friends over different social apps.

I developed an application in C# which will wrap a Python executable that extracts data from an image and puts it into an Excel spreadsheet. The application, in C#, also included a GUI for the Python executable, and I created the installation script so that all Python and C# dependencies are provided to the customer in one executable setup file.

I implemented an algorithm for optimal texture loading and pixel reading out of an OpenGL ES surface. Implementation was done with Android Studio for Android mobile devices using NDK. The usage of this algorithm is known to customers, as I did not have access to the final app.

A Google geocoding API with a database and data visualization in Google Maps. In this project, we used the Google Geocoding API to clean up some user-entered geographic locations of university names and then placed the data on a Google Maps view. The database in which the data was stored was SQLite, and the script was written in Python.

An example of how to use HealthKit on iOS, retrieve weight and height, calculate BMI, and add running to a list of workouts the user has done. This is a project developed in the Swift language and on Xcode IDE.

An Android application that uses Google API to locate the user and to display nearby restaurants on a map. The app was developed in Android Studio using Google Maps API, Google Places API, Geocoding, and Java.

I worked on building/compiling native binaries for iOS and Android and building Win32 and Win64 binaries with the MinGW compiler. This project is about building an Iguana server for the bitcoin mining process done for clients.

This app will allow users to upload images to a remote recognition service and to return a visualization of the results. It features native integration with Gallery and other apps ("share with Yewno"), image cropping, and Instagram/Facebook import functionality. It sends the image to a remote server and parses the JSON response, visualizing the results with an Instagram-like look and feel. The application was developed on Android Studio in Java.

An app that translates checked items and notes into a text document that can be cut and pasted into a desktop computer program. The app has six tabs with checkboxes, radio buttons, and edit text, which can be selected. Information from the checkboxes is then written to a file, which could be sent via email.

Environment: Windows, Android Studio, SQLite

Created a Google Home prototype that calls our travel API for hotel searching. The prototype is about experimenting with Google Home to the point that we get hotel results back.

OBJECTIVE
Learn about Google Home development patterns, registration process, and interaction model. The result should be an ability for any Android user to request access and be able to speak with Vacations Direct on their device.

An application from ArrivingInHighHeels that allows the user to curate their own travel map, including where they have been and where they want to go. It shows the percentage of the world the user has seen, with a granularity that includes US and Australian states as well as Canadian provinces. Users can share maps with family and friends, see how they rank among other travelers, and customize their maps with different colors. The app is available in English, French, Spanish, Portuguese, Italian, Russian, Chinese, Japanese, Korean, Danish, Dutch, Polish, and Swedish.

An application to edit and publish videos on YouTube is available on Microsoft and macOS. This app is developed in Adobe Flex and C++ and was needed to update the latest technologies, such as Adobe AIR and others.

I customized and built an AOSP for Wokati Technologies, Ltd. embedded devices. The Android Open Source Project (AOSP) was built on Android 4.4.2. This AOSP had essential Google Apps and supported Bluetooth devices attached to devices that use this custom operating system.

An Android wrapper, written in Kotlin for a web site app which is described as "Upgrade your Skrill, NETELLER & ecoPayz accounts to VIP with the FREE eWallet-Optimizer App. Earn commissions & bonuses, become an Affiliate Partner, verify accounts easier, get access to your eWO Dashboard & much more."

I was responsible for creating tests, converting code to Kotlin, and writing code that will use an optimized algorithm for getting a list of couriers packages assigned to courier on this courier app for Android. Also, I was involved in improving the code of scanning packages and proceeding with later info about the address of the end-user.

Givelify mobile giving app conveniently provides and tracks donations to your place of worship or charity from your smartphone.

The app was developed in Kotlin, using MVC architecture and Kodein dependency injection.

A Kotlin Android app in which you could talk about the topics you care about with Spotify Live, a new audio experience that lets artists, athletes, and fans share their opinions live.

Discover conversations about your favorite music, fantasy sports picks, and much more. We're breaking down the barriers to bring fans and creators closer to communicate about the big moments or sub-cultures they love—if it's out there, get into it here.

Why you'll love to listen and talk with Spotify Live:

• Anyone is welcome to listen to, join in, or host live conversations.
• Find your people: Discuss things you love with people who share your passion.
• Create your rooms: Start your conversations about any topic.
• Don't miss a thing! Get notified of "live rooms" and add them to your calendar.

Live rooms:

• Each room has a host, speakers, listeners, and a chat function if chosen.
• See upcoming rooms and add them to your calendar, so you don't miss out.

Find your people: Enter any live room to listen and talk about the things you love with people who share your passion.

A Java/Kotlin-based app for streaming live sports events. As a broadcaster, you could log in to the service, create an event, start the event, or wait for the scheduled event to be started and then start that event. Once the event is started, you could broadcast it. Before broadcasting, you could set some specific settings for output media. You could also add a scoreboard and set it where it will be displayed. When you start broadcasting, you will use the speedchecker sdk, https://github.com/speedchecker/speedchecker-sdk-android, to check the speed for broadcast. Also, it was using the local library for the streaming process.

Additionally, I worked on the SSO login type next to the classic login, but as of mid-April 2024, it is not yet on the prod app.