Courses at
UC Louvain in Electrical Engineering:
- LELEC2532 - Design and Architecture of analog electronic systems.
- LELEC2811 - Instrumentation and sensors.
- LELEC2570
- Synthesis of digital integrated circuits. In this course, we learn the
basics of VLSI design (HW/SW co-design, logic synthesis, place &
route, timing closure, design
of
standard cells, layout finishing and verification) with an introduction
to advanced digital electronic topics (system verification, CMOS
technology scaling) and practical case-study
seminars given by experts from both academic and industrial worlds.
This course includes a complete VLSI project on the implementation of
an image compression SoC built around a Cortex-M0 processor in 65nm
CMOS. [web]
- LELEC2620
- Modeling and implementation of analog and mixed analog/digital circuits and systems on chip. In this course, we learn the
design of mixed-signal circuit design : behavorial analog modeling with
Verilog-A, analog/digital partitioning, interfaces and co-integration
with
seminars given by experts from both academic and industrial worlds.
This course includes an integrated project on the implementation of a
mixed-signal circuit within an SoC with emphasis on signal-to-noise
ratio, mismatch resilience and integration. [web]
- LELEC2990
- Master thesis. Numerous master thesis in electronic circuits and
systems supervised as supervisor since 2013 inlcuding:
- Naomi Rousseau, "Neuromorphic CMOS imager for sparse vision data acquisition", 2017. [pdf]
- Stéphane Fokou Kinge, "Reconfigurable DC/DC Converter for Software-defined Energy Harvesting", 2017.
- Emmanuel Ergun, "Conception
d’un Circuit d’Interfaçage Faible Puissance pour Récupérateur d’Énergie
Thermoélectrique en Technologie CMOS pour une Application
Industrielle", 2017.
- Victorien Sonneville, "Frame buffer compression for power-aware HEVC codec", 2017.
- Arnaud Lamine, "Porting of the TICO video compression algorithm from FPGA to custom IC implementations through HLS", 2016.
- Charlotte Frenkel, "Soft Error Mitigation Techniques for Modern Commercial Off-The-Shelf FPGAs in Space Applications", 2015.
- Khoi Nguyen, "Adaptive Back Biasing System for Compensation of PVT effects on SRAM Dynamic Stability", 2015.
- Charles
Hovine, "Design of a Serial Transceiver for Ultra-Low-Power Vision
Sensor Nodes" (co-supervised by Prof. Denis Flandre), 2015. [pdf]
- Jordan Giovanola and Nicolas Phalempin,
"Dimensionnement d’un convertisseur DC/DC intégrable sur puce pour la
récupération d’énergie à très faible tension" (co-supervised by Prof. Denis Flandre), 2015. [pdf]
- Gauthier Crucifix, "Développement et portage
technologique d'un contrôleur pour capteur d'images à très faible
consommation", 2015.
- Emily
Taylor, "The environmental impact of smart grids communication systems:
a case-study approach" (co-supervised by Prof. Emmanuel De Jaeger),
2015. [pdf]
- Ludovic
Moreau, "Conception d'une plateforme SoC de traitement de signaux
numériques à ultra-basse consommation pour la détection des crises
d'épilepsie", 2014. [pdf]
- Thomas Haine, "ULP 6T SRAM bitcell in 28nm FDSOI CMOS technology capable of sub-0.5V operation", 2014.
- Manuel Azzolin,
"Etude et optimisation d'un système de régulation de tension adaptatif
pour applications à ultra-basse consommation", 2013.
- François Stas,
"Etude et implémentation d'un NoC multiprocesseur à basse consommation
selon la topologie de De Bruijn", 2013. [pdf]
- Sylvain Baudoin, "Modélisation de la consommation énergétique de l'Internet selon une approche ascendante", 2013. [pdf]
- Thibaut
Gurné, "Assessment of a subthreshold gain cell embedded
DRAM memory in different technology nodes as a cache memory for
ultra-low-power microcontroler SoCs", 2013.
- Loïc Neu,
"Conception architecturale et modélisation d'un convertisseur 1 bit
compressif audio" (co-supervised with Pr. Laurent Jacques), 2013.
- Guillaume
Martin, "Etude et flot de simulation statistique de la variation
d'énergie dynamique d'un circuit logique en régime sous-seuil", 2013. [pdf]
- Supervised as assistant (2005-2012):
- Guerric de
Streel, "Conception et optimisation de FPGA à très faible consommation
pour l'intégration de logique reconfigurable dans des systèmes autonomes en énergie", 2012. [pdf]
- Sébastien Bernard, "Etude et comparaison de cellules SRAM dual-port sans assist dynamique", 2011. [pdf]
- Olivier de Caritat, "Design of a Single-Input/Multiple-Output Power Management Unit for Energy Autonomous Systems", 2011. [pdf]
- Nicolas
Evraets, "Optimisation architecturale d'une unité arithmétique et
logique à ultra-base tension en technologie CMOS 65nm", 2010.
- Cédric Hocquet,
"Synthèse de circuits logiques à ultra-basse consommation en
technologie 65nm et régime sous-seuil - Application à un coprocesseur
AES pour tag RFID intelligent", 2009. [pdf]
- Julien De Vos,
"Développement de circuits mémoire à ultra-basse consommation pour
applications portables en technologie bulk 130 nm", 2008. [pdf]
- Sebastian Gim, "Rapid digital performance characterization from device measurements", 2007. [pdf]
- Nicolas Boz, "Elaboration d'une librairie de cellules digitales standards en technologie UCL SOI FD 2µm", 2006.
External courses
- ISEP course - Ultra-low-voltage SoC design in nanometer CMOS technologies for WSN/IoT applications : 6h (2014). Flipped classroom materials
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