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Milad Hasani

Full-stack Developer · IoT Device Developer

mi92has@gmail.commi.hasani@alumni.sbu.ac.irlinkedin.com/in/miladhasanigithub.com/miladhasaniTehran, Iran

Profile

Mid-level full-stack and IoT developer. Currently a tester and project manager at Debtrak, working remotely with an Australian team. MSc in Computer Science with a published numerical method for solving integral equations using support vector regression.

Experience

Product Manager & Tester — Debtrak

01/2022 — Present

Australia (remote)

  • Led the transformation of a legacy Windows application into a web application, focusing on testing and understanding the underlying business logic.
  • Acted as Product Owner, collaborating closely with developers to turn domain knowledge into shippable requirements.

IoT Developer — Self-employed

04/2022 — 01/2023

Tehran, Iran

  • Built a range of IoT gadgets including a smart greenhouse controller, a home appliance controller and a line-tracking robot.
  • Handled the full stack of each device: sensor selection, circuit design, firmware and the remote control surface.

Full-stack Web Developer — Fusoft

01/2018 — 2022

Tehran, Iran

  • Worked as a junior front-end Angular developer and back-end .NET Core developer inside a software development team.
  • Contributed to a range of client projects, moving between UI work and API and data-layer work as each project needed.

Education

MSc in Computer Science — Scientific Computing

09/2018 — 02/2021

Shahid Beheshti University · GPA 16.70 / 20

  • Thesis: a numerical solution for Volterra-Fredholm integral equations using support vector regression.
  • Coursework included Machine Learning, Data Science and Parallel Computing.

BSc in Computer Software Engineering

09/2012 — 05/2017

Shahrood University of Technology · GPA 15.17 / 20

  • Final project: designed and implemented a smart greenhouse controller from scratch.
  • Coursework included Software Engineering, Design of Algorithms, AI, Networks and Microcontrollers.

Publications

Numerical simulation of Volterra-Fredholm integral equations using least squares support vector regression

K. Parand, M. Hasani, M. Jani, H. Yari

Computational and Applied Mathematics, Springer, 2021 · DOI 10.1007/s40314-021-01471-0

Skills

Web & Software: C# .NET Core, Angular, JavaScript, HTML & CSS, Software Development

Data & Machine Learning: Python, Machine Learning, Support Vector Machines, Data Mining

Hardware & Infrastructure: IoT, Arduino, Network Architecture, MTCNA, Hardware Troubleshooting

Soft skills: Critical Thinking, Analytical, Adaptable, Problem Solving, Work Ethics

Projects

Smart Greenhouse Controller

10/2016 - 12/2016

Designed and manufactured a smart greenhouse controller from scratch: a device combining soil and air humidity, temperature and light sensors with the matching actuators, to control a plant habitat intelligently and remotely.

Additional open-source work is listed at github.com/miladhasani.

Achievements

3rd place, Technorobiran junior robotics contest

05/2009

Placed 3rd among 21 teams in the line follower / medic robot major during my post-secondary education.