Photonics in Industrial Production

Wed, 28.11.2018, BUAS

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Photonics in Industrial Production:
- How light is making us rethink industrial processes
- How the photon is giving a second youth to the electron


Photonic technologies with the Laser as their most significant representative are dramatically changing and improving many industrial processes. Light, and hence photonics, has become an essential part of almost any mechanical or electrical system.

The innumerable applications and products based on optics all rely on being able to control light and its properties from the tiny single photon level to the petawatt range and to interface it to mechanical and electrical engineering products.

However, to be able to fully exploit its potential, photonic techniques need to sustainably enter the industrial production halls in an effective and enduring way. To that end education has to adequately prepare the next generation of students and future actors in industry; research has to pay more attention to these emerging opportunities and has to gain access to appropriate dedicated support; industry, as a result, has to show a high dynamism, creativity and innovativeness.

 
Congratulations to Arthur Ashkin, Gérard Mourou and Donna Strickland on their Nobel prize in physics 2018 for their work in the field of laser applications. It best testifies the importance of light in our society.
Illustration: Niklas Elmehed

This life cycle of photonics: education research development of innovative applications and products is the topic of this workshop.

In the first part, examples of laser based processes with large application areas – cutting and white metal coating – are reported and the implications on teaching and researching at university level are discussed. In the second part of the workshop the Digitalisation Impulse Program of the Swiss Confederation, which now includes also photonics, as well as a White Paper on photonics, are presented.

In this second part, it is envisaged to discuss in groups possible consortial themes leading to research activities in the field of photonics.

This workshop is part of the General Assembly of Swissphotonics NTN 2018

Date
28. November 2018
 

Program
10:30 Registration GA
11:00 GA
12:00 Lunch

13:30 Photonics in Industrial Production
15:15 Networking Break
15:45 From the White Paper, to the Digitalisation Impulse Program
16:25 Elaboration of project proposal ideas
17:15 Discussion
17:30 Apéro riche sponsoring Swissphotonics NTN

french Version of the White Paper
 

Venue
BUAS Burgdorf
Bern University of Applied Sciences
Berner Fachhochschule BFH-TI
Auditorium
Pestalozzistrasse 20
3400 Burgdorf BE
Directions

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Conference language
English

Registration compulsory
This Workshop is free of charge, but registration is required. The link is on top of the page. If you would like to register more than one participant, please fill for each an individual form.
Deadline for registration 18. November 2018

Cost
This workshop is free of charge

Contact BUAS
Prof. Dr. Valerio Romano
Institute for Applied Laser, Photonics and Surface Technologies ALPS
+41 34 426 42 54

Contact Swissphotonics
Dr. Christoph S. Harder
President Swissphotonics NTN
+41 79 219 90 51

16. Januar 2019, Beni Muller + Iris Bollinger
FAQ Impulsprogram (e) (PDF)
Speaker (PDF)
Program
Dr. Christoph S. Harder; President Swissphotonics NTN, 8832 Wollerau SZ
Link
Moderation
Peter Brunner; Head of Technology Transfer, Bern University of Applied Sciences BUAS, 2501 Biel / Bienne BE
Link
Welcome address
Prof. Dr. Valerio Romano; Professor for photonics; head of Appl. Fiber Technology Lab, Institute for Applied Laser, Photonics and Surface Technologies ALPS, BUAS, 3400 Burgdorf BE
Link
Photonics: the discipline that is making manufacturing smart Romano
Dr. Gilbert Schiltges; Head Development Cutting, Bystronic Laser AG, 3362 Niederoenz BE
Link
Lasers for cutting: old challenges – modern solutions Schiltges
Prof. Roland Hungerbühler; Head Mechanical Engineering, BUAS, 3400 Burgdorf BE
Link
Der Laser in der Maschinentechnik (german) Hungerbuehler
Thorsten Kramer; Additive Manufacturing ALPS
Dr. Hossein Najafi; R&D Project Manager, ALPS, BUAS, 3400 Burgdorf BE
Link
In situ metal alloying by Direct Metal Deposition Kramer
Fouad Cheaitani; SVSXASS Quality & Inspection / Consultant, Consultant welding Engineering and Laser Technology, expert in Laser Cladding and Surface Technology, Stellba AG, 5605 Dottikon AG
Link
Lasers in high performance coating technology: a success story Cheaitani
Werner Krüsi; President Swissmem Photonics Industry Division, 8005 Zürich; US Managing Director of FISBA US, Tucson, Arizona, USA
Link
White Paper Photonics Switzerland – Background, Intentions – Action Items Krüsi
Dr. Christoph S. Harder; President Swissphotonics NTN
Link
Innosuisse Digitalisation Impulse Program Harder
4 parallel sections; Project applications for the Digitalisation Impulse Program 2019-2020
Link
Elaboration of project proposal ideas Ettenmeyer
Prof. Dr. Andreas Ettemeyer; Prorektor Interstaatliche Hochschule für Technik Buchs FHO NTB, 9471 Buchs SG
Link
A: Advanced Manufacturing of Photonic Components and Systems
Dr. Valerio Romano; Prof. for photonics, Head of the Fiber Technology Lab, Inst. ALPS, BUAS, 3400 Burgdorf BE
Link
B: Digital Photonics for Fire-and-Forget Laser Processing
Dr. Rolando Ferrini; Coordinator of the Swissphotonics SSSL; Section Head Micro-Nano Optics and Photonics of CSEM SA, 4132 Muttenz BL
Link
C: Photonics 4.0: Digitalization for photonics & Photonics for digitalization
Prof. Dr. Patrik Hoffmann; Head Laboratory Advanced Materials Processing, Swiss Federal Laboratories for Materials Science and Technology EMPA, 3602 Thun BE
Link
D: Additive Manufacturing
Prof. Dr. Beat Neuenschwander; Expert Innosuisse; Laser Surface Engineering, ALPS, BUAS, 3400 Burgdorf BE
Link
Discussion Digitalisation Impulse Program
Swissphotonics, Verein Schweizer Laser und Photonik Netz VSLP | Sihleggstrasse 23 | CH-8832 Wollerau | E-Mail | |