TIMA joined the IRT NANOELEC in January 2026
IRT Nanoelec brings together a set of partners to accelerate the advent of quantum computing. The objective is to prepare the scaling-up of qubit control systems and to define the control and command technologies of the quantum computer. TIMA joined the IRT NANOELEC in January 2026 working on cryogenic CMOS circuit design for quantum computers
AMfoRS Research Group
The AMfoRS team addresses dependability and trust of digital systems at multiple abstraction levels for specific application domains, by guaranteeing that digital circuits possess properties such as quality, reliability, safety, security, availability.
CDSI Research Group
The team activity covers a broad spectrum of activities from MEMS to systems. High performances are achieved thanks to disruptive technologies, which are at the frontiers of different fields of applications.
MADMAX Research Group
The MADMAX team focuses on (a) highly efficient architectures for general purpose computing or AI-dedicated algorithms, (b) system-level modeling and design methodology.
RMS Research Group
The Reliable RF and Mixed-signal Systems group (RMS) is focused on the design, test and control of analog/mixed-signal/RF/mm-Wave integrated circuits and systems.
TIMA

TIMA is a public joint research laboratory of the CNRS, Grenoble-INP and UGA. TIMA is a multinational team, with members and interns from all over the world. The laboratory is structured in four research teams: AMfoRS, CDSI, MADMAX and RMS.
Localisation
Laboratoire TIMA
46, avenue Félix Viallet
38031 GRENOBLE Cedex France
Contacts
Director: Giorgio DI NATALE
Tel : +33 4 76 57 50 79
E-mail: tima-direction
univ-grenoble-alpes.fr (tima-direction[at]univ-grenoble-alpes[dot]fr)
News
Thesis defence
Thesis defence of Abdelali Agouzoul (RMS team): Synthesis of optimized control system of alternative energies for the building
On December 19, 2025
Thesis defence
Thesis defence of Pierre Ravenel (MADMAX team): Improving the performance of in-order processors under hardware complexity constraints
On December 10, 2025
Thesis defence
Thesis defence of Oumayma Belkhadra (RMS team): One-shot calibrated Power amplifier in advanced CMOS technology for automotive radar
On December 9, 2025
Thesis defence
Thesis defence of Eduardo Tomasi Ribeiro (MADMAX team): Single address space for 128-bit massively parallel computers
On November 21, 2025