Casper Laur Byg Email & Phone Number

Aarhus, Central Denmark Region, Denmark

Continuous development and maintenance of products and services within technical knowledge in sensing technologies, analytic instruments, gas, odour, and particle measurements, and custom laboratory testing. Applied fields are: CCUS, Industrial process instrumentation, Environmental and Climate reporting, Pharma, biogas production, waste water treatment.

Midtjylland, Danmark

Danish Technological Institute, Aarhus

Scientific specialist and project leader.My work is centered around innovation and use of sensor technologies, gas measurement, and development of sampling systems. - Design and development of pollutant sensor positioned in the aquifer beneath shale gas production facilities- Design and demonstration of ambient air sulphur sensor for maritime surveillance.

• Key experience obtained:
• Project leader in an large internal technology project
• Responsible for studies of reliability and root cause analyses
• Experimental design applying multidisciplinary methods
• Ensuring high level of communication between project partnersTechnical fields of work: Spectroscopy, Optical fibers, Silica glass chemistry, Non-linear optics, Lasers, Photonics,

• The title of my project is: Gain-switched all-fiber lasers and quasi-continuous wave supercontinuum generationThe main experience obtained during the study are
• Development of setups for testing laser performance
• Balancing academic and industrial interests
• Feasibility study on fundamental understanding and development of a powerful silica-based fiber laser for use in a “white laser” system
• External research stay at Fraunhofer ILT, GermanyRecommendation from my professor Ph.D. Ole Bang:“In spite of his young age, Casper is already a very competent researcher and has truly made an impression with his.

I worked two consecutive summer holidays as a student researcher at Risø DTU National Laboratory for Sustainable Energy working with ceramic processing and material properties.First period was about developing a deposition method of a magnetic ceramic material using magnetism. The results were published in J. Am. Ceram. Soc: DOI.

M.Sc., Physics

Activities and Societies: Member of DTU ScienceshowWith specialization in optics and photonics. The work in the master's project is.

B.Sc., Physics And Nanotechnology

Activities and Societies: Member and leader of AAU Fysikshow Member of the Board, Department of Physics and NanotechnologyThe education.