09.2025 – Dr Florent Cosandier from Instant-Lab presented a novel flexure-based CV-joint at the ESMATS 2025 conference

09.2025 – Article published on the EPFL Actu Canal : Friction-free precision, from space to watchmaking

06.2025 – LoĂŻc Tissot-Daguette receives the 1st price for his presentation of “My Thesis in 180s” during the EDAM Day 2025
05.2025 – The Vanity Fair On Time Magazine (Spring 2025) publishes an article featuring Instant-Labâs contributions to watchmaking

03.2025 – Tanja Ulrichâs interview on trust in dance in the 25/01 issue of the ETH magazine Globe
Tanja Ulrich has recently embarked on the ETH ZurichâÂEPFL Joint Doctoral Program in the Learning Sciences under the direction of Prof. Simon Henein (EPFL) and the codirection of Prof. Emily Cross (ETH ZĂŒrich). She is investigating what happens to, and between, people when they dance. She wants to understand more about this special dynamic of trust, creativity and pleasure. Part of her work involves studying and modelling the dancersâ movements using motion-tracking systems

02.2025 – Instant-Lab’s WATTWINS horological Oscillator is displayed at the MusĂ©e international dâhorlogerie as the most recent invention within the exhibition “Innovation in movement. 350 years of the hairspringâ
This temporary exhibition is to be visited from 21/02/2025 till 22/06/2025.
Extract from the exhibition website:
â2025 marks the 350th anniversary of the publication of Christiaan Huygens’ design for the regulating balance spring. In 1675, this Dutch scientist changed the course of watchmaking history by revealing to the world a spiral spring capable of reconciling the precision and transportability of timepieces.
The exhibition presented by the MusĂ©e international d’horlogerie and Stichting Haegsche Tijd explores the origins, developments and various applications of this invention. It highlights how the balance-spring laid the foundations of modern watchmaking, and how it became a strategic component of the watch industry.
Yet the balance-spring is not without its limits. Craftsmen and engineers have been striving to improve its properties for centuries through incremental innovation. Today, other options are being explored. Will they put an end to the hairspring’s centuries-old hegemony?”
Link to the exhibition website

02.2025 – EPFL shines a new lighthouse dedicated to performance art
The platform is directed by Prof. S. Henein and the projects led S. Ferrer

11.2024 – Atelier d’improvisation “LUNCHenPHILO #17: Les ingĂ©nieurs sont-ils des improvisateurs qui sâignorent ?”, le mercredi 13 novembre de 12h15 Ă 13h15 au Rolex Learning Center, EPFL
Avec:
- Simon Henein, professeur de microtechnique Ă lâEPFL et responsable du Performance Lighthouse
- Alain Bovet, chercheur en sociologie Ă lâEPFL
- Simona Ferrar, chargée de projet au Performance Lighthouse, performer et danseuse
Inscription obligatoire, places limitées
11.2024 – Atelier dâimprovisation menĂ©s par deux Ă©tudiant.es alumni du cours Improgineering et lâĂ©quipe enseignante, le mercredi 20 novembre de 12h15 Ă 13h15 au Rolex Learning Center, EPFL
Inscription obligatoire, places limitées

09.2024 – LoĂŻc Tissot-Daguette receives the STI Teaching Assistant Award
06.2024 – Public performances of the students of the Improgineering course presented at theatre Le Pommier in NeuchĂątel, on June 8 at 19:30, including the vernissage of the book Barefoot Academic Teaching.
Reservation
Website of the course

05.2024 – Public performances of the students of the Improgineering course presented at theatre ARSENIC in Lausanne, on May 21 and 22 at 19:30.
Reservation
Website of the course

04.2024 – Publication of the Book Barefoot Academic Teaching stemming from the ASCOPET project run by Instant-Lab and the University of NeuchĂątel.
R. Tau, L. Kloetzer, S. Henein (Eds.), 2024, Barefoot academic teaching: performing arts as a pedagogical tool in higher education, SCENARIO Book Series, Schibri-Verlag.
This book delves into essential, yet often overlooked, aspects of educational and scientific practices: the involvement of the body in knowledge acquisition and production, the collective nature of creativity, and the potent role of improvisation in all living actions. It is the culmination of a 4-year research endeavour on Performing Arts as a Pedagogical Tool in Higher Education, conducted in collaboration between the School of Engineering at the Ecole Polytechnique FĂ©dĂ©rale de Lausanne (EPFL) and the Institute of Psychology and Education at the University of NeuchĂątel (UNINE). The authors meticulously describe, analyse, and evaluate two courses â one in engineering and the other in psychology â that employ performing arts practices to enhance studentsâ learning processes and facilitate boundary crossing from school to out-of-school contexts, as well as between theory and practice. From the diversity of perspectives and forms, inherent in the encounter between vastly different disciplines and cultures, there emerges a compelling plea for an education that integrates art and science within the same scenario.
Editor’s website
ASCOPET Project
03.2024 – The Federal Councilor Guy Parmelin inaugurated the renovated “Salle des pas perdus” of the City Hall of NeuchĂątel where the Instant-Lab’s IsoSpring clock is installed along with three other historical clocks, including an atomic clock offered by ESA.
Press release Salle des horloges

10.2023 – Prof. Simon Henein receives the Best Teacher Award of the Microengineering Section for the 2022-2023 academic year.
During the Master’s graduation ceremony held on 7 October 2023 at EPFL’s Rolex Learning Center, Prof. Christophe Moser, Director of the Microengineering section handed the official Best Teacher Award of the Microengineering Section for the 2022-2023 academic year to Prof. Simon Henein, along with a trophy.

10.2023 – Luca Pedro receives the OMEGA Prize Student Award for his Master’s thesis done at Instant-Lab
During the Master’s graduation ceremony held on 7 October 2023 at EPFL’s Rolex Learning Center, Prof. JĂŒrgen Brugger, President of the Omega Foundation Council, handed the OMEGA Prize Student Award to Mr. Luca Pedro for his Master’s thesis “Conception et fabrication d’un pivot flexible Ă mouvement parasite minimisĂ© et rigiditĂ© radiale maximisĂ©e” done at Instant-Lab under the supervision of Prof. Simon Henein.

09.2023 – Hubert Schneegans receives the STI Teaching Assistant Award

09.2023 – New licensing opportunity: Instant-lab publishes a licensing opportunity for a flexure pivot family providing exact circular rotation and high radial stiffness.
Announcement
Link to the article
04.2023 – Article published in the Arcinfo journal : Spatial, horlogerie et chirurgie: lâEPFL a-t-elle trouvĂ© une baguette magique?

Photo: David Marchon
02.2023 – Course “Conception des guidages flexibles” given by Prof. Simon Henein and Dr. Florent Cosandier at the FSRM on 6.2.2023
12.2022 â LoĂŻc Tissot-Daguette presents his work “Precision mechanisms with nonlinear load-deformation characteristics based on buckled beams” at the MEchanics GAthering – MEGA – Seminar of 8.12.2022
Complete video recording of the seminar

12.2022 – Article published in the Arcinfo journal: Quand l’ingĂ©nieurie rencontre la danse
10.2022 – Flexible surgical needle offers enhanced precision
EPFL communicates about Instant-Labâs collaboration with the University of Strasbourg. Link to the news here

07.2022 – Publication of the Improgineering 2022 Short Video
On 24 and 25 May 2022, the students of the 4th edition of the Improgineering course presented their final performances at the Arsenic theatre. This short video presents extracts from their improvised performances and student interviews.
05.2022 – Improgineering final public presentation
On 24 et 25 May 2022, the students of the 4th edition of the Improgineering course will present their final performances at the Arsenic theatre. Flyer [PDF].

05.2022 – Keynote et atelier du Prof. Henein Ă la
JournĂ©e de l’Ă©ducation
12 mai 2022, Swiss Tech Convention Center
“LâingĂ©nierie comme levier pĂ©dagogique”
Dans ce plaidoyer pour un enseignement âvivantâ, au mĂȘme titre que les arts âvivantsâ, Prof. S. Henein expliquera de quelle façon il place ses Ă©tudiant·es au cĆur de problĂšmes techniques non rĂ©solus pour leur enseigner lâingĂ©nierie microtechnique en les poussant Ă mettre leurs idĂ©es Ă contribution et leurs mains Ă la pĂąte.
Captation vidéo intégrale de la conférence

02.2022 – Pilot workshop:
Instant-Lab and the Institute of Psychology and Education (UniNe) organise a
Pilot-workshop on movement improvisation for university teachers
Four full days: Part I: 14.2.2022 & 15.2.2022; Part II: 13.9.2022 & 14.9.2022

08.2021 â Etienne Thalmann presents his work on a novel flexure pivot design at the ASME IDETC 2021 conference.
The conference article is available here
07.2021 – Journal article and video published about the Wattwins 2-DOF flexure oscillator and its balancing.
Journal article about the design of this oscillator and how it is made insensitive to linear accelerations such as gravity: H. Schneegans, E. Thalmann, S. Henein, âShaking force balancing of a 2-DOF isotropic horological oscillatorâ, Precision Engineering, vol. 72, 2021, pp.502-520
07.2021 – Presentation “Flexure Wheel – Flexure equivalent of a reaction wheel” by Patrick FlĂŒckiger
07.2021 â Video âExperimental characterization of a silicon flexure mechanical watch oscillatorâ by Etienne Thalmann published on youtube
Further details about the measurement technique were published at the European Society for Precision Engineering and Nanotechnologyâs international conference. Detailed explanations about the mechanism are published in the Journal of Mechanical Design and Dr. Thalmannâs thesis
06.2021 – Course “Conception des guidages flexibles” by Prof. Simon Henein available online

06.05.2021 – Presentation by Prof. Simon Henein at the SSC watchmaking breakfast
01.2021 – Researchers from Instant-Lab invented an innovative mechanical system which makes it easy to turn bedridden patients

https://actu.epfl.ch/news/innovative-mechanical-system-makes-it-easy-to-turn/
01.2021 – Instant-Lab’s 2019-2020 Annual Report is out
12.2020 – Simon Henein presented a public lecture at the IGM Colloquium (Institute of Mechanical Engineering, EPFL) on December 1st, 2020: “Performing art improvisation techniques for mechanical engineering design teaching and learning”
10.2020 – The magazine Europastar, October 2020, published an article on our research
https://www.europastar.com/the-watch-files/those-who-innovate/1004092255-instant-lab-epfl-breaking-the-second-barrier.html?fbclid=IwAR0xz-IFgmuZdU-yR14nZl5Gn8lAKDxJDuqZYv04xx2F0AwV1v2Hgo71-t4
17-19.07.2020 – Mohamed Zanaty presents his works at IDETC
17-19.07.2020 – Patrick FlĂŒckiger presents his works at IDETC
11.06.2020 â Etienne Thalmann receives his PhD diploma

The thesis, directed by Simon Henein and Ilan Vardi, is available here: https://infoscience.epfl.ch/record/277802?ln=en

09.06.2020 – Patrick FlĂŒckiger presents his works at EUSPEN
09.06.2020 – Hubert Schneegans presents his works at EUSPEN
22.05.2020 – Release of the six final videos created by the Improgineering students.
These videos show group “tele-improvisations” which were made during confinement, in replacement of the originally planned on stage performances.
24.4.2020 – Release of the ASCOPET video presenting the pedagogical research initiated by Instant-Lab.
13.02.2020 – Flexure Pivot Oscillators for Mechanical Watches presented at EDAM Annual Meeting
During the annual meeting of the Doctoral school of Advanced Manufacturing (EDAM), Etienne Thalmann gave a three-minute presentation about his thesis. Etienne Thalmann is a Ph.D. candidate at Instant-lab under the supervision of Simon Henein and Ilan Vardi.
Related Scientific Article published in Journal of Mechanical Design: Flexure Pivot Oscillator With Intrinsically Tuned Isochronism
16.12.2019 – RĂ©flexions autour de la prĂ©cision horlogĂšre au MusĂ©e International dâHorlogerie La Chaux-de-Fonds

24.09.2019 – CongrĂšs International de ChronomĂ©trie

11.09.2019 – The SPOT project presented at EPFL NeuchĂątelâs Research Day
Dr Charles Baur and Professor Thomas J. Wolfensberger, chief physician at Jules-Gonin Hospital, presented the Safe Puncture Optimized Tool for Retinal Vein Cannulation at EPFL NeuchĂątelâs Research Day, 11 September 2019.
https://news.epfl.ch/news/a-high-precision-instrument-for-ophthalmologists/
Scientific Article published in Journal of Medical Devices: Programmable Multistable Mechanisms for Safe Surgical Puncturing
09.2019 – Omega prizes awarded to Patrick FlĂŒckiger

08.2019 –Â Le projet SPOT Ă la RTS: “Cette minuscule aiguille est synonyme d’espoir pour 16 millions de patients”
Cette minuscule aiguille est synonyme d’espoir pour 16 millions de patients
06.2019 –Â EPFL hosts first conference on performance art in higher education

On June 13thand 14th, EPFL-Instant-Lab and the University of Neuchatel (UNINE) organized the first Symposium on Higher Education Learning through Performance Practices on the EPFL campus. The event offered an opportunity for exchange on applying performing arts and improvisation methods to higher education, with a focus on Swiss academics.
06.2019 – FEMTOprint vainqueur du Grand Prix des Exposants 2019 avec le projet SPOT rĂ©alisĂ© en collaboration avec Instant-lab
12.2018 – M. Zanaty received his Ph.D. diploma

M. Zanaty receiving his Ph.D. diploma from his thesis directors. Dr Zanaty has been awarded an Early Postdoc Mobility Fellowship form the Swiss National Science Foundation at the Harvard School of Engineering and Applied Sciences, Cambridge, USA.
09.2018 – Highlight on Instant-Lab Ph.D.
06.2018 – Echappements Ă impulsion virtuelle
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I. Vardi; R. A. Bitterli; L. Convert; E. Thalmann; S. Henein
Bulletin de la Société Suisse de Chronométrie. 2018.
Bulletin SSC Juin 2018 – Echappements Ă impulsion virtuelle
12.06.2018 – Swiss Medtech Day: Slam session by Thomas Fussinger on Safe Puncture Optimized Tool for Retinal Vein Cannulation
05.2018 – IsoSpring : film rĂ©alisĂ© pour l’exposition Jules Grossmann au Locle par Gasser Media
01.2018 : Laser Technik Journal talks about Instant-Lab
FEMTOprint SA presents Instant-Labâs Safe Puncture Optimised Tool (SPOT) for retinal vein cannulation as an example of advanced 3D subtractive manufacturing technique :
3D Micro-Printing A new Era for Med-Tech Applications (A.Steimle, Laser Technik Journal).pdf
23.12.2017 : Publication in the Monochrome Magazine, “A Technical Perspective â The Flexure Revolution, Compliant Mechanisms applied to Watchmaking”
This article was published in the Monochrome Magazine, on 23th December 2017.
11.12.2017 : 3Ăšme colloque horloger FSRM â Instant-Lab
Par Antoine Simonin, formateur dâhorlogers du monde.
Les colloques horlogers FSRM – Instant-Lab se focalisent alternativement sur la science de la mesure du temps, l’artisanat horloger et l’industrie horlogĂšre. Ils rassemblent les communautĂ©s horlogĂšre et acadĂ©mique autour de personnalitĂ©s reconnues de chacun de ces univers. Ces colloques s’adressent Ă©galement aux jeunes en formation, aux Ă©tudiants universitaires et au grand public.
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Antoine Simonin est connu pour avoir dirigĂ© pendant 28 ans le Wostep Ă NeuchĂątel, centre de formation dont sont issus Forsey, les frĂšres Grönefeld et Voutilainen, ainsi que des responsables des services aprĂšs-vente dans plus de 80 nations. Moins connus sont ses liens aves l’Afrique. Il est nĂ© au Congo et a Ă©tĂ© responsable de la formation d’horlogers pour toute l’Afrique subsaharienne. Il a créé une maison d’Ă©dition incontournable de la littĂ©rature horlogĂšre. Antoine Simonin va raconter son parcours horloger unique et insolite.
06-2017 : Publication of the book, “The Art of Flexure Mechanism Design”
The Art of Flexure mechanism Design
Florent Cosandier, Simon Henein, Murielle Richard and Lennart Rubbert
Edited by Simon Henein & Lennart Rubbert
Hard cover, 290 pages, 1st edition, June 2017, PPUR – EPFL Press
Flexure mechanism design is an art, and this book provides the theoretical and practical foundation for scientists and engineers to express their creativity in this field. Flexure mechanisms, also known as compliant mechanisms, rely on the elasticity of matter to provide motion to mechanism linkages. Flexure mechanisms eliminate the disadvantages of classical joints: friction, wear, lubrication and play, while permitting monolithic design. Flexure-based mechanisms have gained prominence in a wide variety of fields including robotics, surgical instrumentation, aerospace, astronomy, particle accelerators, metrology and horology. This book establishes a conceptual framework for the design of flexure-based articulated structures. Topics featured deal with the theoretical foundations for the design of translational and rotational flexures, the simple kinematic analysis of flexure-based mechanisms, and advanced kinematic approaches to the design of complex flexure-based mechanisms using modules in parallel or serial arrangements. The book also features detailed examples of long stroke flexure mechanisms used in metrology applications, and a detailed example of planar flexure mechanisms having out of plane functionality and used in surgical applications. This book aims to provide scientists and engineers with a conceptual tool, an analytic methodology and the key references for their precision engineering needs.
22.11.2017 : ConfĂ©rence “La crĂ©ation collective : entre improvisation artistique et conception technique”, Prof. Simon Henein

ConfĂ©rence “La crĂ©ation collective : entre improvisation artistique et conception technique” prĂ©sentĂ©ee par Prof. Simon Henein, dans le cadre du cycle de confĂ©rences publiques “La recherche dans tous ses Ă©tats”.
Mercredi 22 novembre 2017 de 17h15 à 18h45, Université de Lausanne, Bùtiment Amphimax Salle 410
Programme des ConfĂ©rences “crĂ©ativitĂ©s”
27.09.2017 : ConfĂ©rence – performance “Les ressorts intimes du temps”, Prof. Simon Henein
Mercredi 27 Septembre 2017 Ă 19h15, au MusĂ©e des beaux-arts – La Chaux-de-Fonds
La confĂ©rence-performance âLes ressorts intimes du tempsâ raconte en mots, en images et en musique live les chemins de dĂ©couverte et de crĂ©ation qui ont menĂ© les chercheurs de lâEPFL jusquâĂ la rĂ©alisation de âLâHorloge NeuchĂąteloise du XXIĂšme siĂšcleâ prĂ©sentĂ©e dans lâexposition âLa Neuchateloiseâ du MusĂ©e International dâHorlogerie (MIH).
Cette horloge mĂ©canique est Ă©quipĂ©e dâun oscillateur unidirectionnel IsoSpring constituĂ© dâune sphĂšre suspendue par quatre tiges flexibles qui pivote sur elle-mĂȘme Ă la maniĂšre dâun oeil dont la pupille dĂ©crirait des orbites continues: l’horloge ainsi dĂ©nuĂ©e dâĂ©chappement fonctionne sans le fameux âtic-tacâ et lâaiguille des secondes avance de maniĂšre continue, tout comme les astres dans le ciel. Cette invention ouvre la porte Ă des amĂ©liorations considĂ©rables des performances en termes de prĂ©cision chronomĂ©trique et de rendement.
Cette confĂ©rence, transposĂ©e pour des raisons pratiques dâune centaine de mĂštres, du MIH au MusĂ©e des beaux-arts, est lâoccasion de mĂȘler les sons de la musique Ă ceux du discours scientifique pour constituer une matiĂšre aux rĂ©sonances inĂ©dites.
Compte rendu de la conférence paru dans le journal Le Carillon-Messages des amisMIH (n°44 p.15)
15.08.2017 : Horloge IsoSpring exposée au MIH
Le MusĂ©e d’horlogerie du Locle – ChĂąteau des Monts et le MusĂ©e international d’horlogerie de La Chaux-de-Fonds reconsidĂšrent l’histoire et le destin de “la neuchĂąteloise” dans une grande exposition commune. L’horloge IsoSpring, horloge neuchĂąteloise du XXIe siĂšcle, est actuellement prĂ©sentĂ©e au MIH jusqu’au 08/10/2017.
Communiqué de presse diffusé par le MIH
Informations concernant l’exposition “La NeuchĂąteloise”
19.06.2017 : 2Ăšme colloque horloger FSRM â Instant-Lab
Par Professeur Pierre Thomann, Physicien, Explorateur du Temps.
Les colloques horlogers FSRM – Instant-Lab se focalisent alternativement sur la science de la mesure du temps, l’artisanat horloger et l’industrie horlogĂšre. Ils rassemblent les communautĂ©s horlogĂšre et acadĂ©mique autour de personnalitĂ©s reconnues de chacun de ces univers. Ces colloques sâadressent Ă©galement aux jeunes en formation, aux Ă©tudiants universitaires et au grand public.
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Pierre Thomann, physicien et explorateur du temps, a consacrĂ© sa vie Ă la mesure du temps. Avec une thĂšse de doctorat en optique quantique, il dĂ©bute sa carriĂšre aux USA pour revenir ensuite en Suisse oĂč il mĂšne ses recherches sur les horloges atomiques, chez Asulab, Oscilloquartz, Ă lâObservatoire de NeuchĂątel et au Laboratoire Temps FrĂ©quence de lâUniversitĂ© de NeuchĂątel quâil dirige entre 2007 et 2011. Pierre Thomann maĂźtrise lâart dâexpliquer de maniĂšre simple des phĂ©nomĂšnes dâune grande complexitĂ©.
06.06.2017: SystĂšme horloger rĂ©volutionnaire prĂ©sentĂ© dans “NZZ Bellevue”
Article sur IsoSpring dans NZZ Bellevue
NZZ – Bellevue : Das mechanische Uhren-Schwingsystem IsoSpring: Eine runde Sache
Juin 2017 : Article publiĂ© dans le bulletin de la SSC, La R&D commune entreprises-universitĂ© dans lâindustrie horlogĂšre de 1900 Ă nos jours
Pierre-Yves Donzé, Ilan Vardi and Simon Henein; Bulletin de la Société Suisse de Chronométrie 83 (juin 2017), p. 21-28.
“La R&D commune entreprises-universitĂ© dans lâindustrie horlogĂšre de 1900 Ă nos jours”Â
23.03.2017 : 1er colloque horloger FSRM â Instant-Lab
Par François Junod, Automatier – Sculpteur
Les colloques horlogers FSRM – Instant-Lab se focalisent alternativement sur la science de la mesure du temps, l’artisanat horloger et l’industrie horlogĂšre. Ils rassemblent les communautĂ©s horlogĂšre et acadĂ©mique autour de personnalitĂ©s reconnues de chacun de ces univers. Ces colloques sâadressent Ă©galement aux jeunes en formation, aux Ă©tudiants universitaires et au grand public.
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François Junod, aprĂšs une double formation de micromĂ©canique et des Beaux-Arts, est aujourdâhui automatier-sculpteur. Il crĂ©e avec son Ă©quipe Ă Sainte-Croix des automates androĂŻdes dâune grande complexitĂ© qui viennent trouver leur place dans le monde entier. Il nous emmĂšnera dans le monde fascinant et magique de la mĂ©canique intime qui anime ses personnages et dont les Ă©lĂ©ments fondateurs sont ceux de lâhorlogerie mĂ©canique: engrenages, ressorts et spiraux…
17.12.2016 : Vernissage de l’Horloge IsoSpring installĂ©e Ă l’HĂŽtel de Ville de NeuchĂątel
Samedi 17 dĂ©cembre 2016 de 9h00 Ă Â 17h00, dans le cadre de l’inauguration de lâHĂŽtel de Ville rĂ©novĂ©.
Le premier prototype de l’horloge neuchĂąteloise du XXIe siĂšcle imaginĂ© et rĂ©alisĂ© Ă Â NeuchĂątel par les chercheurs de lâEPFL (Instant-Lab) est dĂ©sormais installĂ© dans la Salle des Pas Perdus de lâHĂŽtel-de-Ville. GrĂące au nouvel oscillateur IsoSpring, le temps redevient silencieux et continu, Ă Â l’instar du mouvement des corps cĂ©lestes, sa rĂ©fĂ©rence originelle.
09.12.2016 : ConfĂ©rence de presse: lâhorloge IsoSpring, au mĂ©canisme rĂ©volutionnaire, mise en valeur Ă lâHĂŽtel de Ville
09.03.2016 : Public conference Prof. Simon Henein: Les ressorts intimes du temps
17.09.2015 : Conference by D. Bateman on the quality factor
17.09.2014 : Presentation of the novel IsoSpring oscillator
Presentation of the novel IsoSpring oscillator at the âJournĂ©e dâĂ©tude de la SociĂ©tĂ© Suisse de ChronomĂ©trieâ, SwissTech Convention Center, Lausanne, Sept 17, 2014.
24.07.2014 : Annual report 2013 available
The annual report 2013 of the lab’s scientific activities can be downloaded from this web site.
Leçon inaugurale du Professeur Simon Henein, jeudi 6 février 2014, 17h15, EPFL auditoire SG1
Sâil ne faisait quâimaginer, lâingĂ©nieur serait seulement poĂšte, si en plus il crĂ©e des machines, il devient inventeur. Mais pour ĂȘtre ingĂ©nieur, il faut aussi se donner les moyens de rĂ©aliser ses objectifs, et ceci en faisant appel Ă des connaissances souvent empiriques et en appliquant des principes physiques ou mathĂ©matiques.» Cet extrait de la dĂ©finition dâingĂ©nieur tirĂ© du Dictionnaire culturel des sciences (Seuil) nous replace dans la dimension synthĂ©tique et crĂ©ative du mĂ©tier. Dans ma leçon inaugurale, jâexposerai ma maniĂšre dâorchestrer le processus crĂ©atif individuel et collectif par des exemples de recherches en cours dans mon laboratoire. Ces derniĂšres couvrent le domaine de la mĂ©canique Ă lâĂ©chelle horlogĂšre, assurant la continuitĂ© et le renouveau de cette discipline qui contribue historiquement au rayonnement de la Suisse. En nous appuyant sur les connaissances scientifiques actuelles et historiques, aussi bien thĂ©oriques quâappliquĂ©es, nous dĂ©veloppons le savoir et les mĂ©thodes de conception portant sur des mĂ©canismes aux fonctions et performances inĂ©dites. Ces mĂ©canismes sont destinĂ©s Ă devenir des machines nouvelles au service de lâhumain et de son environnement: gardes-temps, outils mĂ©dicaux, robots, instruments scientifiques.
Hilti and Omega prizes awarded to Billy Nussbaumer
The Hilti prize in mechatronics and the Omega prize were both awarded to Billy Nussbaumer for his master project during which he developped a 7-DOFÂ force feedback haptic interface for microsurgery.
Lectures at FSRM
Dr. Ilan Vardi is giving a lecture on the watch and astronomy at FSRM on December 13th 2013.
Pr. Simon Henein is giving a lecture on flexure mechanisms at FSRM on January 24th 2014.
Article in the NZZ Equity
An article (in German) on the Instant-Lab in the NZZÂ equity magazine.
Public conference by Ilan Vardi
Ilan Vardi is giving a conference at FSRMÂ (Fondation Suisse pour la Recherche en Microtechnique)Â on October 30th (entry is free).













