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Photo of Carlos Vidal

Carlos Vidal

Research Engineer

Presentation

My main job is to work as a “full stack” IoT developer, making prototypes for agriculture and wildlife conservation. I am excited about how technology can be of help in rural environments. I enjoy developing my technical skills and building devices that have an impact.

Some skills that I use in my position:

  • Embedded programming
  • Circuit design and PCB
  • RF technologies like LoRa and cellular networks
  • Linux server management
  • Docker

My roles

Agtech Sweden

I am one of the four innovation block leaders of the organization, where we help in the development of innovation projects in agriculture.

Project Ngulia

Wildlife conservation in Ngulia (Kenya) and Sanwild (South Africa). We’re helping the park rangers by developing smart technologies to make their work more effective.

Support for MSc thesis students

I support students in the development of their projects. Especially in prototyping and hardware.

Organisations

Research about Electrical Engineering at Linköpings university

A couple of people standing next to each other overlooking drones and autonomous vehicles.

Center for Heterogeneous Adaptive Swarm Systems - CHASS

A single drone has limited capabilities, but a swarm of drones working as a unit can search large areas, monitor wildfires, deliver supplies in times of disaster, or protect critical facilities. This is the vision of CHASS.

En man som står bredvid en drönare på toppen av en asfalt.

Drone and swarm research at LiU

Drones are transforming how we explore, monitor and collaborate – in the air, on land and beneath the surface of the water. Research in drones and drone swarms is an interdisciplinary and rapidly growing field.

A group of AI-agents connected to a network.

Multiagent systems for modern industrial processes and value chains - MAS

Multi-agent systems can strengthen an organisation’s combined knowledge and capability by bringing together specialised agents that operate collaboratively and continuously. If designed well, such systems can vastly improve operational efficiency.