Olivia Malot Email & Phone Number

Bulle, FR, CH

Genève, Suisse

• Remote FPGA functional lead and developer on aerospace projects (including DAL B):
• Developed FPGA RTL certifiable code and guidelines to improve traceability and code review.
• Performed specific training on various company tools with working methodology
• Detailed workload estimation and tracking of internal and external resources
• Manage suppliers for verification activities against company/customer plans and standards
• Provide daily technical support via screen sharing to SW, HW and test team

Fribourg

• FPGA / SW and test SW development of an optoelectronics interrogator including:
• FPGA development on Zynq platform to generate, acquire CCDs / ADCs signals and configure the system.
• Processing system to interface DACs and to communicate with a PC.
• Test software development on Matlab to set, process, plot and save data in excel file.
• Agile, results-oriented development approach to achieve very short deadlines.

Fribourg

• Technology transfer of an optical based measurement system:
• Recovery spartan-3 database to generate binary file as the original one using Xilinx flow.
• Modification of the existing design in Verilog to fix issues.
• Zynq-7000 based signal processing development, migrating from spartan-3 in Verilog with IP cores.
• Update board analog channels and FPGA to test new CCD sensors.
• Documentation of board / FPGA behaviour, issues and updates.

Région De Lausanne, Suisse

• Improve the reliability and the quality of the contrast injector and DHF review in order to prepare FDA inspection.
• Root Cause Analysis on electronic, mechanic and software issues.
• Verification & validation activity.
• Investigation on Non-Conformities/Problem Report to reduce customer complaints.
• Cross data analysis with DHR, Trackwise and Salesforce extracts.
• Implementing CAPA on medical devices regarding QMS system.

Fribourg

• Production-based Root Cause Analysis to decrease costs of undeliverable boards:
• Identify a problem on multiple boards during the production process and set up a test environment in a lab to reproduce the behaviour.
• Understand and analyse the problem to find the root cause.
• Provide a cost effective solution that meet the production requirements.
• Implement the solution in the manufacturing process.
• Write a technical documentation to describe the problem, the analysis that led to the root cause and to explain the solution.

Fribourg

• Digital hardware development in aerospace projects according to the DO-254 standard:
• Develop mixed signal boards with Microcontroller, FPGA, FLASH, DDR...
• Develop FPGA (Actel and Xilinx) in VHDL language.
• Check the board behavior by developing a test environment and test software in C language.
• Develop protocols according V model: architecture, detailed design, verification and validation.
• Write specification regarding customer requirements according to internal and DO-254 standards.

Région De Bordeaux, France

• Development of a neuro-mimetic multiboard system for an european project, in the « Neuromorphic Systems Engineering » research group:
• Research of solutions: device choice and implementation.
• Conception of 6-layer boards: including several BGAs (FPGA, FLASH, SDRAMs) and 4 analog Asics (artificial neuron on silicon).
• Development of a mother board for the system’s communication, with USB and Ethernet connections, and internal storage on EEPROM chip and SD memory card.
• PCB Design, PCB Manufacture and Testing.
• FPGA-based VHDL design (in Spartan and Virtex) and simulation.

Master'S Degree, Electronics Engineering (Microelectronic And Automatic)

University Technology Diploma (Dut), Computer Science And Electronics Engineering

Scientific Baccalaureat, Speciality Mathematics