10 web-developer "https:" "https:" "https:" positions at Instituto de Telecomunicações in Portugal
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the Portugal 2030 Program (PT 2030) under the Regional Operational Program for the Center (CENTRO 2030) and by the European Union through the European Regional Development Fund (ERDF). The project will be
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2030) under the Regional Operational Program for the Center (CENTRO 2030) and by the European Union through the European Regional Development Fund (ERDF). The project will be carried out at the Instituto
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conducted through the IT web portal. No actions outside this platform are valid. Application Period: 17-03-2026 to 30-03-2026 Assistance: Send Email Published on: 16-03-2026 Where to apply Website https
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, under the scope of a term contract, with a termination date undetermined, overseen by Portuguese Labour Code. Job description: Development of scientific research activities within the research group
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Area: Networks and Services Group: Network Applications and Services - Cv Work Objectives: The StdPerson project aims to develop an integrative theoretical and empirical model that translates expertise
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of a 5G base station for multiple devices and under different security configurations. Place of work: Place of work: The work will be developed at the premises of Instituto de Telecomunicações – Porto
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NeuroVision – Neuromorphic Vision Sensor Data Coding. The project focuses on the development of efficient, low-latency, and scalable coding solutions for event-based (neuromorphic) vision sensors, targeting
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Experience & Adaptive Connectivity for Cooperative Mobility". Scientific Area: Networks and Services Group: Networked Systems – Po Work Objectives: - Development of a Python application for anomaly detection
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reference. The student will focus primarily on the photonic integration of machine learning methods, contributing equally to the development of ML algorithms in this context. Their work will include
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We are seeking a motivated early-career researcher to contribute to the development of advanced beam-steering antenna solutions at Ka-band (27–30 GHz) using 3D-printing technology at the Antenna and