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. To learn more, please refer to the selected publications from the Tiwari lab: Molecular Cancer, 2025 Jan 2;24(1):2; JCI Insight. 2025 Jan 9;10(1):e184518; Science Advances, 2024, Jun 7;10(23):eadn1640; EMBO
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well as globally known local and international collaborators. To learn more, please refer to the selected publications from the Tiwari lab: JCI Insight. 2025 Jan 9;10(1):e184518; Science Advances, 2024, Jun 7;10(23
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. The consortium consists of world-class scientists with competences spanning chemistry, biochemistry, computer science, and machine learning. All fifteen doctoral candidates will work with two research groups, and
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with the section's work, covering a wide array of specializations in advanced electronic systems. These include FPGA and neuromorphic computing, Edge AI, machine learning, sensing, and energy harvesting
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activities, which span a diverse range of advanced electronic systems. These include FPGA and neuromorphic computing, edge AI, machine learning, sensing technologies, and energy harvesting—key components
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requires a master’s degree within robotics, electrical engineering, welfare technology, machine learning, or a similar area. The candidate is expected to have a profound knowledge on the majority