Moran Guehennec Email & Phone Number

Århus, Middle Jutland, Denmark

Develop high-end audio system for the automotive industryDesign the different component of a speaker, speaker grill and other parts needed for the audio system.Participate in the development of new speaker technologies with acoustic engineers, in the tooling development and validation test procedure.Realize prototype with 3D printing

Lorient, Brittany, France

Work in a complex Submarine project with lot of interaction with the customer, suppliers and the different departments.Analyze the input data and the boundaries.Develop the hydraulics systems according to the different interface and requirementsAnalyze the conformity of the systems based on the requirements, safety rules, feasibility, maintenance, cost, performance and timeline.Document every solutions with detailed supporting documents of the studies.

Stockholm, Comté De Stockholm, Suède

Development of a 3D printed medical ventilator where activities such as pre-study, concept generation, concept development, concept screening and testing were applied. Worked in a team with a wide range of expertise connected to design and mechanics, system development and project management, which, together with agile project methodology have developed a cost effective3D-printed ventilator aimed at emergency medical institutions in crisis (eg: COVID-19 pandemic). This project has resulted in a functioning medical ventilator that can be delivered to undersupplied healthcare facilities with quick and cheap manufacturing methods.Tools and Methods: Scrum Agil project methods, SolidWorks CAD, 3D-printing, Arduino programming, electronics and digitizing, design documentation, quality assurance

Prague, The Capital, Czech Republic

Develop cars' controls panels from the customers' surfaces to a functioning product. Design for assembling and manufacturing the full product while taking into account the different function and component required by the customers ( Pushes, rockers, LED, ultrasound sensors, Capacity foil...).Manage projects and resources to meet the deadline fixed by the customers and collaborate and communicate with engineers from other departments such as hardware, optic, or manufacturing to optimize time, cost and performance of the product.Design plastic component according to the Valeo Standard, regulations and plastic injection rules.Realize the drawing of parts and assemblies with GD&T Perform also FEM analysis on parts and assemblies to ensure that the model is robust.Realize a side project working on 3D annotations and 3D cotations in order to implement 3D drawings.Skills:Plastic Injection, Mechanical Design, FEA, Project Management, Data AnalysisTeamwork, creativity, thorough, take initiative, adaptability, autonomousTools and methods:CATIA V5, ENOVIA, Excel, GD&TFEM, DFA, DFM, VALEO standards

Bruges, Région Flamande, Belgique

Develop a cost model based to estimate the cost of a transmission based on some data provided by the customers (dimension, input torque,...). Study of all the data available at DANA from the existing transmission. Find the correlation between the data and the cost to get an accurate model. This mathematical model is now used in a programme that finds all transmissions possibilities based on the customers' requirements and then gives all the information needed to the engineers to choose the best option.Develop a second cost model that will estimate the cost of parts produced at DANA (shaft or gear) with little error margin (under 20%). Study all the existing drawing of parts that have been produced at DANA, work in the finance department and in the manufacturing department to get all the information needed. Study all the manufacturing processes (drilling, turning, heat treatment), the CNC programs and how the parts are produced. Thanks to all this information, I manage to create an algorithm based on the part's dimension found on the drawing and CNC program that can estimate quickly the manufacturing time of a parts. With the help of the finance department, it was easy to get the cost of the part. An easy interface with excel has been created where only dimension and weight found on the drawing need to be added, then the different cost and time are directly calculated.Thanks to my manufacturing time model, I participated in another project that was to calculate the time to produce all the parts ordered in a year in order to buy enough machine to meet this deadline.Skills:Manufacturing Process, Data analysis, Mathematical algorithm, Drawing with GD&TCommunication, Teamwork, Autonomous, Take initiative, AdaptabilityTools:Excel, VBA, CNC Iso

Bruges, Région Flamande, Belgique

As a consultant, I worked on a project for Alten's customer DANA.My role was to bring my mechanical expertise and skills to help Alten's customers to finish their project on time.

Sully Sur Loire, France

Perform mechanical and hydraulic simulations during the RFQ stage on the products developed by Novintec for its customers in aerospace, nuclear or Formula 1 sectors.Realize mechanical analysis with FEM through CATIA analysis to ensure during static load case and endurance load case the behaviour of the part.With SolidWork Flowimulation, Check the hydraulic properties of the product. Ensure that the pressure drops are under the customers' requirements at different temperature of use. Verify the flow and thermal expansion when needed.Analyze the results and interpret them with a critical mind. Optimize the product changing design, material or component in order to meet all the requirements( pressure drop, number of cycles of use, the pressure of use, maximal weight,...)Write the calculation note and other reports about the different analysis.Skills:CAD, Fluids Mechanics, Materials properties, Mechanical analysis, Data analysisThorough, Communication, Teamwork, Autonomous, Take initiative, Adaptability Tools and Methods:CATIA V5, CATIA Analysis, Solidwork Flowsimulation, ExcelFEM, Meshing, CFD

Athlone, Ireland

-Assist a PHD student in drug diffusion studies (Ibuprofen, nicotine) withhydrogels for a future medical application.-Make hydrogels with different quantity of drugs, study the diffusion ofthose drugs in different solutions.

Engineer'S Degree, Mechanical Systems

Mechanical Engineering

Winter semester in the year 2015/2016 within Erasmus programme

Dut (Equivalent Bachelor Level), Industrial Automation And Mechanical Engineering