Nirmel Murtic

The primary mission of the platform is to help marketers run the most efficient digital ad campaigns in the world. Except for running the campaigns, there are a few other modules for viewing insights, activities and generating different types of reports.

The most important feature is the ability to run cross-channel or multi-channel campaigns on four different social networks: Facebook, Twitter, Google AdWords, and Instagram.

I worked on all parts of the system, including the back-end and front-end. Most of the time, I worked on the most complicated parts of the system. I also simultaneously worked as part of two different teams (front-end and back-end teams with 5-10 people per group). Sometimes, I played the role of team leader of one for an extended period.

The client is one of Austria's largest banks, with more than 2.5 million customers. They are currently working on improving their system's performance, structure, and maintainability by developing a microservices architecture.

I worked on the back end, implementing endpoints and core business logic to provide Spotcap-compliant API. I also worked on migrating a monolithic system architecture based mostly on Java 7 to a microservice architecture that follows best practices and uses new features introduced in Java 8. Additionally, I created the architecture and implemented the MVP for the front end application based on Angular 7, where I got familiar with the micro-frontend architecture.

A web-based application that allows users to work together to create radio-friendly songs. Tasks are created through Quip and pushed to a song wizard within the application to track the remaining work before radio show releases.

The application has many features that automate workflow, improve efficiencies, and flag inappropriate or explicit lyrics. Users can now focus on their work rather than managing tasks or locating missing information.

I worked on the back end, building the architecture, implementing endpoints, and the core business logic.

Built the internal back-end framework for faster POC development.

I acted as the back-end developer and architect. I worked on tools for design teams with the primary goal to improve and automatize various tasks, including quick quality control of huge sets of assets, large-scale asset generation, and easy creation of large quantities of static and video.

A Python ETL app that processes medical documents and extracts critical medical concepts and medical codes using machine learning and natural language processing.

Unbox is a startup aiming to change the way we use email by turning it into a project management platform. All communication is done via REST interface made in Django. We improved the speed and overall performances of email fetching, processing, and storing by using Celery to execute async tasks and MQTT protocol to dispatch messages to the end-user. It was implemented as an Angular 5 app using TypeScript.

Black Knight Chess is a chess app which includes advanced features. These features include playing chess against an Android engine or another user (on the same device, on Bluetooth, or even a user connected on Google Cloud).

Implemented Features:
1. A chess trainer
2. Ability to browse for the most popular games
3. To open and save games
4. Ability to review existing matches
5. Play a custom game where it's possible to set the initial position
6. A high-score list

I was the only person who worked on the project, so I performed the role of product owner, software architect, and QA also.

I built the app using the most recent Android SDK at the time.

I also worked on the Android application integration with an existing web application on a GAE server, which was implemented using GWT and a Java Restlet library.

The integration was done using notifications through Google Cloud Messaging.

I built this Java REST web service which receives HTTP requests and based on a referrer URL detection category based on content from the referrer URL and a few other parameters.

Technologies: Java 7, Spring, Hibernate, MySQL, HBase, Java HTTP Client, Alchemy API (used partially for the detecting category)

It's a project related to Sarajevo maps and the related points of interests, searching, and managing point of interests.

Using a jQuery mobile library, I worked on building three mobile applications: Android, iOS, and web mobile.

An Android application built as part of Pycsell platform intended for storing, sharing, selling, and printing photos.

It's a new way of communication via photos. It's possible to store your favorite photos safely to share them with family and friends, apply artistic effects, and order prints of your or friend's photos.

While working on this project I worked with Objective-C because I contributed to the iOS app build.

Features Implemented:
• Advanced integration of a ZXing library for scanning QR codes
• Implementation of an advanced card (image) carousel.
• Integration of native SMS, email, and Facebook/Twitter applications to the internal app

The app is backward-compatible with the Froyo version.

This is a web and mobile system for online cinema ticket reservation.

Technologies: JavaScript, Backbone.js, jQuery, jQuery Mobile, SVG.js, HTML 5, CSS, Node.js, PhoneGap, Bootstrap

This platform was meant to facilitate the creation, management, and distribution of surveys. It's an enterprise survey tool that allows your media property to leverage its existing user database by creating in-depth research surveys with monetizable lead generation capabilities.

Technologies: C#, ASP.NET MVC 3 & 4, HTML, jQuery, CSS, JavaScript, jQuery Library, SQL Server, TFS

This is a mobile app for iOS and Android platform; it was built using ActionScript and an OpenPlug framework.

The application is part of a platform intended for use by radio stations. I also worked on building an admin console Flash application in ActionScript 3 using the Flex 4 framework.

This is a content management system for Navteq locations.

On this project, I developed Java web services using the following tools, servers, technologies, and frameworks: Java, Spring Framework, JMS, Hibernate, PostgreSQL, Ant, and Eclipse.

A platform used by people to discover and obtain directions to Navteq locations. The application was built using jQuery on the front-end side and Java Spring Framework on the back end. On this project, I worked on front-end side.

This platform was responsible for the creation, management, search, publishing, and distribution of location reference objects.

On this project, I worked mostly on the LRO publishing side and its integration into the system.

Tools, Technologies, and Frameworks: Java, ActionScript 3, Eclipse, Adobe Flex, BlazeDS, Spring, JMS, Hibernate, Oracle Database, Ant

This is a Facebook application built in C# using .NET MVC.
For data storage, an Microsoft SQL database was used.

This is a Flash application responsible for showing maps, searching POIs, discovery, routing, and much more.

On this project, I mainly worked on creating custom UI components used for an in-house app. It was built using Adobe Flash and ActionScript 3.