𝔄𝔩𝔦 𝔎𝔞𝔯𝔦𝔪𝔦

Software Engineering Umeå Universitet

About Me

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Hello! I'm a passionate Software Engineering student currently pursuing my degree at Umeå University in Sweden. I have a strong interest in software development, algorithms, and problem-solving.

Originally from Stockholm. The beautiful northern landscape and vibrant student life make Umeå an excellent place to live and learn.

Education

Umeå University

Bachelor's Degree in Software Engineering | 2024

Key coursework includes:

  • Interaction technology and design
  • Human-computer interaction with a focus on cognition and design (HCI)
  • Design for user exprience (UX Design)
  • Object -oriented programming methodology (OOP Principles)
  • Data structures and algorithms
  • Human -centered artificial intelligence (HCI+AI Integration)
  • Web Development for Engineers
  • Calculus in one variable

Previous Education

[Upplands bro gymnasium Teknikprogrammet] | 2019

Formally trained in Illustration, Programming, and Web Development, with hands-on experience in graphic design, front-end development, and problem-solving through code. Skilled in merging visual creativity with functional web solutions.

My Professionalism

Programming

Java, C#, C, JavaScript, Matlab

Web Development

HTML, CSS, JavaScript, Into to React

Tools

NotePad++, SublimeText, VS Code, IntelliJ

MapOut

Project 1

University Course Planner

A web application to help students plan their university courses and track progress toward degree requirements.

Technologies: React, Node.js, MongoDB

Project 2

Algorithm Visualizer

Interactive tool to visualize common algorithms like sorting and pathfinding with step-by-step execution.

Technologies: JavaScript, HTML5 Canvas

Project 3

Student Organization App

Mobile application for university student organizations to manage events and communications.

Technologies: Flutter, Firebase

Project 4

Envariabelanalys 1

Single Variable Calculus 1 studies functions of one variable. It covers limits, derivatives, and integrals, helping understand change, slope, and area—essential for math, physics, and engineering problem-solving.

Book: Calculas Volume 1

Project 5

Envariabelanalys 2

Single Variable Calculus 2 builds on the first course. It focuses on advanced integration techniques, improper integrals, sequences, and series. These tools are essential for solving complex mathematical and physical problems.

Book: Calculas Volume 2

Project 6

Interaction & Design

Interaction and Design focuses on creating user-friendly digital products. It combines technology, design, and psychology to build interfaces that are easy to use. The course emphasizes user experience, usability, and visual design.

Book: Intro to higher studies in mathematics

Project 7

Matlab

MATLAB is a high-level language used for simulations, data analysis, visualization, and solving mathematical and engineering problems efficiently.

Technologies: MatlabWork

Project 8

C Programming

C programming is a powerful, low-level language used to build system software, applications, and embedded systems. It offers speed, control, and efficiency.

Technologies: Visual Studio

Project 8

Imperative Programming

Imperative programming is a programming paradigm where code describes how a program operates using statements that change a program’s state through commands, like loops, conditionals, and assignments.

Technologies: Visual Studio

By owner

Contact Me

Email

ha0076873@gmail.com

Phone

+46 739448582

Location

Umeå, Sweden

Campus

Umeå University, MIT-huset

Blekinge Institude of Technology