I am a data architect and system designer with more than a decade of practical experience developing and deploying medical data collection systems across the full lifecycle, from prototyping and validation to production‑grade implementation in regulated healthcare environments. As a postdoctoral researcher at the University of Turku, Finland, I focus on scalable architectures and efficient solutions for IoT‑enabled health monitoring platforms.

As a Researcher

My research focuses on leveraging IoT technology for comprehensive remote patient monitoring and diagnosis in the home setting. I have been 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:

43 Publications
  • 1 Patent
  • 2 Book chapters
  • 16 Journal articles
  • 22 Conference papers
  • 2 Thesis
Received
3364 Citations
for the publications
Led to H-index
24
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, 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 @2026 Arman Anzanpour.