Jerome Corre Email & Phone Number

Sion, Valais-Wallis, CH

• Leading the Smart Process Lab: A new research group within the Systems Engineering department with close ties to Constellium Valais SA
• Raised in excess of 1.25M CHF of funding for research projects with the industrial partners
• Grown the group from scratch (Myself, 1 Prof. Assistant and 3 Research Assistants)
• Constantly interfacing with industrial and academic patterns working with the group
• Research Focus 1: Industry 4.0, manufacturing process measurement, digitalisation, data gathering and new measurement methods (e.g. in process measurements, Digital Twin)
• Research Focus 2: AI and Machine Learning for process optimisation using real dataTeaching second and third year Batchelor modules.

Sion, CH

• In charge of all patented human movement analysis and performance measurement algorithms innovation for wearable
• Set out Algorithm R&D Roadmap
• Developing innovative real time algorithms such as: - Running and walking step counting with high accuracy and ultra low false positive rate - Running power measurements - Running metrics (undulation, Cadence, etc) at.
• Lead and Grow the algorithm development team
• Architecting algorithm solutions
• Automate algorithm bench-marking, tests and validations

Sion, CH

• In charge of leading all R&D within the company
• Growing R&D team from scratch, setting out Agile SCRUM methodology and tools
• Set out R&D Roadmap for the company and defending it on front of board members
• Architecting product solution, with sensors, Mobile App, Web interface and cloud platform
• Developing algorithms such as: - Running and walking step counting and discrimination. - Activity monitoring and classification. - Physical preparation movement: Counter Movement Jump, Squat Jump, Plyometric Jump.
• Supervising international R&D projects, defining requirements, communicating with stakeholders, leading in house and outsourced development activity

Sion, CH

• In charge of implementing new features within myotest measurement device's firmware
• Real Time firmware development (ARM)
• Testing and validation
• Maintaining existing firmware code

Great Malvern, England, GB

• Working as part of the rheology team, in charge of developing embedded software and firmware, interfacing with both the digital electronic and user interface software
• Working towards Chartered Engineer (CEng) status
• Responsible for implementation and changes of the real time embedded control software (C and C++ on ST10 and DSP processors) for a new range of rotational rheometer.
• Improved instrument performance, especially the real time control for viscosity measurement at extremely low torque and the thermal expansion modelling
• As the system engineer, constantly interfacing with, electronic, mechanical and sales teams

Wotton-under-Edge, Gloucestershire, GB

• Working as part of the embedded real time control team for this established world leader in metrology
• Responsible for implementation and changes of the real time control (PID) software (C, QNX) of Coordinate Measurement Machines (CMM) fitted with an active scanning head.
• Implemented a mathematical model of the measurement head and its closed loop control using MATLAB and Simulink
• Improved an existing helical scanning control algorithm to enhance metrology results, throughput, error recovery and minimum helix diameter
• Developed a new scanning algorithm, specifically for jet engine airfoils, to scan these parts with a plane constraint

Waltham, MA, US

• Worked as part of the software team for this company, which makes X-rays gauges for the steel manufacturing industry
• Employee of the year in 2005, for outstanding contribution beyond the scope of my job
• Responsible for the implementation of all required real time software for the thickness profile, width and temperature measurements (Using Pascal, Motorola Assembly, PSOS)
• Followed full projects lifecycle from sale to system acceptance, through specification, development, test and on-site commissioning, constantly interacting with customers
• Improved mathematical algorithm for contour and flatness calculations on DSP (Using C and Code Composer), extending the measurement capabilities of the gauge
• Investigated scattered radiation patterns from incident X-ray beam in different steel alloys

Phd, Robotics

Msc, Artificial Intelligence With Engineering Applications

Bsc, Computer Aided Engineering

D.U.T, Mechanical Design And Automation

Baccalauréat, Séries E, Mention "Assez Bien"