As a system developer and data architect, I am enthusiastic about creating intelligent health monitoring systems using the Internet of Things (IoT). Currently, I am involved in three EU-funded projects: Moore4Medical (EU/ECSEL JU and Business Finland), NewLife (EU/KDT JU, and Business Finland), and RM4Health (ITEA4). In these projects, I am responsible for developing and managing medical data collection, storage, and processing systems.

Concurrently, I am affiliated with the University of Turku, Finland, where my research endeavors are directed towards the advancement and efficient management of IoT-based health monitoring systems.

As a Researcher

My research focuses on leveraging IoT technology for comprehensive remote patient monitoring and diagnosis in the home setting. I'm actively involved in several scientific projects exploring this field. The most notable ones include:

NewLife/ RM4Health / Moore4Medical / APPLAUSE / SAFE / IoCT-CARE / SPA

Through these projects, I've not only made significant technical contributions but also achieved impressive scientific results:

37
Publications
  • 1 Patent
  • 2 Book chapters
  • 13 Journal articles
  • 19 Conference papers
  • 2 Thesis
Received
3006
Citations
for the publications
Led to H-index
21
I received
5
Awards for the quality of publications & research
  • Best Paper Award, The IEEE/ACM international conference on Connected Health: Applications, Systems and Engineering Technologies (CHASE), 2023, USA.
  • Best Paper Award, The 10th International Conference on Ambient Systems, Networks and Technologies (ANT), 2019, Belgium.
  • Research Excellence Award, Nokia Foundation, 2018.
  • Research Excellence Award, Finnish Foundation for Technology Promotion (TES), 2018.
  • Best Paper Award, ACM International Conference on Wireless Mobile Communication and Healthcare, 2017, Austria.
Publications

As A Developer

Leveraging my expertise in data science, big data engineering, and embedded software development, I design and implement solutions for healthcare applications, particularly in remote health monitoring systems.

I actively develop across all layers of IoT-based remote monitoring systems:

On the
Sensor
Layer
IoT health monitoring sensor nodes
  • I develop
  • Embedded electronics
  • Embedded programming
  • Firmware
  • I select the
  • Sensor types
  • Wireless communication module
On the
Gateway
Layer
IoT health monitoring gateway devices
  • I develop the
  • Software services
  • Mobile applications
  • I set up the
  • Device configurations
  • Communication protocols
On the
Cloud
Layer
IoT health monitoring cloud servers
  • I configure the
  • Server
  • Databases
  • Data storages
  • I develop the
  • Analysis services
  • Data management services
Arrows showing data communication directions within an IoT health monitoring system
  • I define the
  • Wireless/network communication &
  • communication protocols
Arrows showing data communication directions within an IoT health monitoring system

When dealing with large-scale deployments involving numerous subjects, data sources, gateways, and locations, I handle data engineering tasks. This includes creating data pipelines that efficiently store and process data streams on a centralized cloud platform.

As A Designer

  • With over 20 years of hands-on in graphic design, I bring a creative eye to user interface (UI) design. I craft user-friendly interfaces for web pages, mobile applications (e.g., e-commerce, games), and embedded devices, focusing on usability and visual appeal.
Personal Health Navigator UI concept - Designed by Arman Anzanpour
Personal Health Navigator App UI idea, designed for the Institue for Future Health at the Unversity of California Irvine, USA, 2017
APPLAUSE Project Control Panel UI - Designed and Developed by Arman Anzanpour
Patient Monitoring App UI, designed for APPLAUSE project, University of Turku, Finland, 2022
  • As a designer passionate about artistic expression, I enjoy creating logos, posters, book covers, and even 3D product packaging designs. My design process involves collaborating with clients, brainstorming concepts, and utilizing industry-standard software to deliver impactful visuals.
  • My interests extend beyond the screen, encompassing the world of industrial design. I have a working knowledge of electronic circuit design and enjoy applying design principles to physical products.
SAFE Health Monitoring Necklace - Designed by Arman Anzanpour
Package designed for a health monitoring necklace within the SAFE project, University of Turku, Finland, 2020

Together with my data engineering expertise I can visualize user data and create data-driven interfaces that are both beautiful and functional.

Copyright @2025 Arman Anzanpour.