Embed code
a a good afternoon i'm said after a recent graduate of your file from electrical engineering
department and i'd like to share my experience uh of master project in industry
so i can just what's um for master's degree in electrical engineering one of many reasons uh why i to
the p. of all the strong collaboration with industry and the possibly can muster project in in a company
and so i have done my master thesis that i'm a microchip technology
get calibration interface c. research group led by professor kathleen bell
most cases that was designed for sorry d. c. competitive with lots of compensation
let me quickly defined abbreviations in the title n. a. d. c. is an analogue to
digital converter uh which represents a signalling down all the main by ones and zeros
a sexist approximation or just a d. c. is a particular type of the same on many
it's simply works is that algorithm based on the comparisons it make it makes
uh between the input signal and recognisable to slow it gradually come
or just to the digital presentation off to another country
the offset is the variations like less devices uh due to
imperfections coming into play play during the production phase
so in the design phase he is human that you have two identical transistors but
when they come back from the funding to resemble read that that is
so a comparator i'm sorry so i compared with offset compensation is basically a compared to with the
memory to measure store and cancel diesel uh these imperfections and press r. a. b. c.
she she necessary solution speed uh we implement such a competitor
uh the project the topic of the project was already determined by micro chip within
the development process we um benefited from regular meetings that professor there huh
these were checkpoints or oh um progression with respect to timing um
um was just a document unexplained of this the choices made and verify the decisions taken with the professor
in summary the basic uh steps of fantasy designer squabbles for designer at the end of the project
i was able to draw the layout of physically implement the design which covers the big a big portion
of the i. c. design cycle and a very valuable experience to have the other new college grad
so at the end of the project i could demonstrate with some lessons that the compared
to us meeting all this does that subscriptions of course because all possible operating conditions
and what is now is um in a sorry this product that
i'm still working on as an analogue designer at microchip
and by this project i was able to work i i was able to show deficiency of them
one of the product so what it's going to be used in addition product in my crotch
so i'll i made this table to make a summary of what i learned during this internship here already you like to eat
to have a affected capability to learn on our own every that they're tickle basis of um
for maximum professes several projects uh to get an inside of the development tools and equipment
and for me at the end of the project i did also to stronger justification skills as
many times need to convince others of your decisions better sensation off of physical phenomena
uh strongest common sense for design and teamwork and also
very uh ever get financial understanding of the product
so if i was to go back to the time where i was looking for master project i would try to
benefit that maxim all these opportunities that it gets police providing for us
i would make numerous applications uh and interviews because this is the right moment to get feeling comfortable with uh in two years
and it's less critical get together you know from from for an internship enter job
i would keep in mind um that there's more to come then that's already done so as
not to be stuck on your transcript and going find the thing that's that interests you
um i would remind myself all the strengths and all that motivation we have to keep improving
and as a former student i would be less worried about the work permit process because
it's pretty straightforward if you're if you show that you're building to to work hard

Share this talk: 

Conference program

Marc Gruber, VP Innovation, EPFL
16 mars 2017 · 9:04 matin
Jean-Michel Chardon, Logitech
16 mars 2017 · 9:07 matin
Intro of S. Gautsch
Marc Gruber, VP Innovation, EPFL
16 mars 2017 · 9:21 matin
Context and Logistics of the Industry Day
Sebastian Gautsch, STI-EPFL
16 mars 2017 · 9:22 matin
Master Thesis in Industry Context
Pierre-André Besse, Adjunct VP Education, EPFL
16 mars 2017 · 9:34 matin
Role of distributed energy storage in smart grids 
Mario Paolone, Distributed Electrical Systems Laboratory - EOS Holding Chair
16 mars 2017 · 9:39 matin
Materials and nanostructures for next generation photovoltaics
Anna Fontcuberta, Laboratory of Semiconductor Materials
16 mars 2017 · 9:46 matin
Medium Voltage High Power Electronics
Drazen Dujic, Power Electronics Laboratory
16 mars 2017 · 9:50 matin
Ubiquitous high performance PV energy scavengers in all shapes and colors : from IOT to buildings 
Christophe Ballif, Photovoltaics and Thin Film Electronics Laboratory
16 mars 2017 · 9:54 matin
Highly efficient and clean conversion in fuel cells & electrolysers
Jan van Herle, Group of Energy Materials GEM
16 mars 2017 · 9:59 matin
Small electromechanical moving devices 
Paolo Germano, Integrated Actuators Laboratory
16 mars 2017 · 10:06 matin
Novel actuation methods for reconfigurable soft robots
Jamie Paik, Reconfigurable Robotics Lab
16 mars 2017 · 10:12 matin
Revolutionary optical tools for Ophthalmology 
Christophe Moser, Laboratory of Applied Photonics Devices
16 mars 2017 · 10:18 matin
Mighty soft materials
Dario Floreano, Laboratory of Intelligent Systems
16 mars 2017 · 10:29 matin
Intro words, VP Research
Andreas Mortensen, VP Recherche, EPFL
16 mars 2017 · 11:18 matin
The endovirome, source of biomarkers and potentiel therapeutic targets
Didier Trono , Laboratory of Virology and Genetics
16 mars 2017 · 11:23 matin
New strategies to fight infections, hidden in the human genome
Jacques Fellay , Fellay Group
16 mars 2017 · 11:29 matin
Smart Wearables for the Medical IoT Context
David Atienza, Embedded Systems Laboratory
16 mars 2017 · 11:33 matin
Rational protein design for vaccine development
Bruno Correia, Laboratory of Protein Design & Immunoengineering
16 mars 2017 · 11:39 matin
Medical Image Analysis 
Jean-Philippe Thiran, Signal Processing Laboratory 5
16 mars 2017 · 11:43 matin
Advanced Functional Fibers
Fabien Sorin, Laboratory of Photonic Materials and Fibre Devices
16 mars 2017 · 11:51 matin
Production of amorphous particles
Esther Amstad, Soft Material Laboratory
16 mars 2017 · 11:57 matin
Mechanobiology and tissue engineering
Dominique Pioletti, Laboratoire de biomécanique en orthopédie
16 mars 2017 · midi
High Performance Elastomers, Thermoplastics, and Lubricative Coatings
Holger Frauenrath, Laboratory of Macromolecular and Organic Materials
16 mars 2017 · 12:06 après-midi
Simple models for complex flows
François Gallaire, Laboratory of Fluid Mechanics and Instabilities
16 mars 2017 · 12:11 après-midi
Présentation du partenaire Alliance
Roland Luthier, Directeur du Programme Alliance, EPFL
16 mars 2017 · 12:17 après-midi
Présentation du partenaire FSRM
Philippe Fischer, FSRM
16 mars 2017 · 12:21 après-midi
Présentation du partenaire Swissmem
Philippe Cordonier, Swissmem
16 mars 2017 · 12:25 après-midi
Presentation of Innovaud
Jean-Michel Stauffer, Innovaud, Conseiller en Innovation
16 mars 2017 · 1:46 après-midi
Gerben Boer, Arcoptix
16 mars 2017 · 1:51 après-midi
Claude Forin, CEO
16 mars 2017 · 1:55 après-midi
Denis Bubendorf, Unitechnologies
16 mars 2017 · 1:59 après-midi
Etudiant EPFL
Firmin Manoury, Etudiant EPFL
16 mars 2017 · 2:04 après-midi
ABB Sécheron
Pablo Furrer, ABB Sécheron
16 mars 2017 · 2:09 après-midi
Martin Kusserow, Schindler
16 mars 2017 · 2:14 après-midi
Stéphane Emery, CSEM
16 mars 2017 · 2:21 après-midi
Adrien Briod, Flyability
16 mars 2017 · 2:30 après-midi
Philippe Garrec, CEA
16 mars 2017 · 2:35 après-midi
Meyer Burger / Pasan SA
Vahid Fakhfouri, Meyer Burger / Pasan SA
16 mars 2017 · 2:41 après-midi
Mikron SA
Sylvie Leggiadro, Mikron SA
16 mars 2017 · 2:46 après-midi
Etudiant EPFL
Luc Conti, Etudiant EPFL
16 mars 2017 · 2:51 après-midi
Johnson & Johnson
Grégoire Veber, Johnson & Johnson
16 mars 2017 · 2:55 après-midi
Danick Bionda , Micronarc
16 mars 2017 · 4:01 après-midi
Nicolas Godel, Festo
16 mars 2017 · 4:05 après-midi
Caroline Heid, Melexis
16 mars 2017 · 4:14 après-midi
Etudiante EPFL
Sueda Turk, Etudiante EPFL
16 mars 2017 · 4:19 après-midi
Maxon Motor
Olivier Chappuis, Maxon Motor
16 mars 2017 · 4:24 après-midi
Philip Morris
Marja Talikka, Philip Morris
16 mars 2017 · 4:30 après-midi
Radar Swiss
Radmila Belavina, Radar Swiss
16 mars 2017 · 4:33 après-midi
Tag Heuer
Cyrill Cattin, Tag Heuer
16 mars 2017 · 4:37 après-midi
Vidi Systems
Reto Wyss, Vidi Systems
16 mars 2017 · 4:50 après-midi
Suss microoptics
Wilfried Noell, Suss microoptics
16 mars 2017 · 4:55 après-midi
Gilles Hodel, Novelis
16 mars 2017 · 4:59 après-midi
Fischer Connectors
Stéphane Rohrbach, Fischer Connectors
16 mars 2017 · 5:04 après-midi
Etudiant EPFL
Maxime Valdemarin, Etudiant EPFL
16 mars 2017 · 5:09 après-midi
Leonard Badet, Bobst
16 mars 2017 · 5:14 après-midi
Stefano Battaglia, Frontiers
16 mars 2017 · 5:19 après-midi
Hoël Guerin, Xsensio
16 mars 2017 · 5:25 après-midi
Closing remarks
Sebastian Gautsch, STI-EPFL
16 mars 2017 · 5:30 après-midi

Recommended talks

Les activités de recherches au sein de l'Institut de Génie Mécanique
John Botsis, Directeur de l'institut de Génie Mécanique
18 mai 2016 · 1:19 après-midi