Simon Languillaume
Additive manufacturing engineer assistant at University of Ljubljana, Faculty Of Mechanical Engineering- Claim this Profile
Click to upgrade to our gold package
for the full feature experience.
-
Anglais Full professional proficiency
-
Allemand Limited working proficiency
Topline Score
Bio
Credentials
-
Brevet d'étude musicale
ECOLE DE MUSIQUE DE LA ROCHETTEJun, 2017- Nov, 2024
Experience
-
University of Ljubljana, Faculty Of Mechanical Engineering
-
Slovenia
-
Higher Education
-
1 - 100 Employee
-
Additive manufacturing engineer assistant
-
May 2023 - Jul 2023
LAVAR Laboratory: - Additive manufacturing optimisation for lattice structure tools made with Selective Laser Melting - Conception of industrial printed tools with SolidWorks and Materialise Magics - Mechanical testing and microscopic characterisation - Welding methods: TIG, MIG - Robotic welding by WAAM LAVAR Laboratory: - Additive manufacturing optimisation for lattice structure tools made with Selective Laser Melting - Conception of industrial printed tools with SolidWorks and Materialise Magics - Mechanical testing and microscopic characterisation - Welding methods: TIG, MIG - Robotic welding by WAAM
-
-
-
StaffMe
-
France
-
Human Resources Services
-
100 - 200 Employee
-
Self-employed Staffme
-
Nov 2019 - Sep 2021
Staffme is a platform for connecting students and partner companies, under the status of self-employed. Carrying out various missions: -Event coordination -Promotion campaign -Logistics / handling Staffme is a platform for connecting students and partner companies, under the status of self-employed. Carrying out various missions: -Event coordination -Promotion campaign -Logistics / handling
-
-
-
3SR Grenoble
-
Research Services
-
1 - 100 Employee
-
Laboratory Technician
-
Mar 2021 - Jun 2021
Subject: Development of dynamic experimentation by plate impact. Summary : The 3SR laboratory develops dynamic experiments by plate impact making it possible to characterize the high-speed behavior of high performance ceramic. These tests are carried out using a gas launcher for propelling impact plates to speeds of a few hundred m/s at 11km/s. These tests can be instrumented using laser interferometry or pressure gauges. In collaboration with a PhD student, I was led to: -… Show more Subject: Development of dynamic experimentation by plate impact. Summary : The 3SR laboratory develops dynamic experiments by plate impact making it possible to characterize the high-speed behavior of high performance ceramic. These tests are carried out using a gas launcher for propelling impact plates to speeds of a few hundred m/s at 11km/s. These tests can be instrumented using laser interferometry or pressure gauges. In collaboration with a PhD student, I was led to: - assemble and mount targets used for dynamic experiments by plate impact (ceramic / window material assembly) - adjust the instrumentation by laser interferometry. - adjust the metrology and manage the recording of signals - participate in the design and development of tests with pressure gauge Show less Subject: Development of dynamic experimentation by plate impact. Summary : The 3SR laboratory develops dynamic experiments by plate impact making it possible to characterize the high-speed behavior of high performance ceramic. These tests are carried out using a gas launcher for propelling impact plates to speeds of a few hundred m/s at 11km/s. These tests can be instrumented using laser interferometry or pressure gauges. In collaboration with a PhD student, I was led to: -… Show more Subject: Development of dynamic experimentation by plate impact. Summary : The 3SR laboratory develops dynamic experiments by plate impact making it possible to characterize the high-speed behavior of high performance ceramic. These tests are carried out using a gas launcher for propelling impact plates to speeds of a few hundred m/s at 11km/s. These tests can be instrumented using laser interferometry or pressure gauges. In collaboration with a PhD student, I was led to: - assemble and mount targets used for dynamic experiments by plate impact (ceramic / window material assembly) - adjust the instrumentation by laser interferometry. - adjust the metrology and manage the recording of signals - participate in the design and development of tests with pressure gauge Show less
-
-
Education
-
2022 - 2025
Grenoble INP
Engineering School, Materials Sciences -
2022 - 2025
Polytech Grenoble
Engineering School, Materials Sciences -
2021 - 2022
Western University
Bachelor's Degree, Applied Physics -
2021 - 2022
Savoie Mont-Blanc University
Bachelor in Physics and Chemistry -
2019 - 2021
Savoie Mont-Blanc University
Technical degree in Applied Physics -
2016 - 2019
High School Pierre-du-Terrail
High School Diploma, Physics and Chemistry Sciences
Community
