Thomas Garnier Email & Phone Number

Toulouse, Occitanie, Fr

Aussaguel - Toulouse

Platform Manager is responsible for Enterprise baseband platforms focusing on improving system efficiency, quality of service and reliability to provide competitive SatLink solutions.Tasks and responsibilities :• Managing tests, roadmaps and releases.• Working proactively with new and existing suppliers, with technical focus, to ensure that the most optimal hardware components are always used.• Hub design and technical documentation.• Tracking and reporting platform KPIs• Data collection and analysis• Ensuring capability to deliver satellite connectivity services to customers by managing hub infrastructure and data rate availability.• Collecting sales/presales forecasts to anticipate changes and requirements.• Acting from time to time as system engineer.• Design and Implementation of complex or customized solutions• Operation for Level 3 troubleshooting• Optimize current capacity allocation• Support Satellite and teleport strategy definition and implementation• Log collection / analysis to track changes/unexpected behavior in the networks• Ease/Automate troubleshooting and daily operations

Région De Toulouse, France

In charge to support the sale managers to develop the business by preparing the technical and cost inputs required for offer submission and negotiation. To do so, it is necessary to :• Understand the market requirement, the market evolution and the customer strategy to support the sale in the Go-To-Market Approach and to bring feedback to the marketing,• Promote the Product Portfolio • Analyze the Customer requests and the Request for Proposal• Prepare the technical proposal and the associated cost inputs taking benefit of the Product Portfolio and if necessary with the support of the Engineering team• Support of the sales manager• Perform the technical discussion with the customer• Perform the transfer to Project Management after contract signatureSpecific Tasks :• Design of the overall solution for one Customer requesting for satellite connectivity (Star Topology), Microwave links and 4G backhauling to a specific AS.• Design of multiple hybrid solutions (VSAT, MW, MPLS) with automatic failover mechanisms and load sharing between active links.• Deployment of one Profitability Analysis tool with automatic generation of BoM and update of the costing database• Study and evaluation of multiple solutions enabling the deployment of networks based on MESH /STAR-MESH topology.• Link Budget Calculations

Région De Toulouse, France

Within the Application&Network Team, Technical and Operational Support for : - Research about new applications for Telemedecine, distance learning or Telecom crisis - RF transmission chains, either fixed or mobile (fxed and fly away antennae, BUC, LNB, iDirect Platform, Newtec modems, RF switches..) and MRO for the CESARS platform - Audio-Video Equipment and Monitoring/Network measurement & analysis toolsSpecific Tasks : - Specification definition for a mobile testbed embedding a Ka band On The Move antenna, in the aim to measure performance degradation, due to fading environment surrounding the vehicle, at physical, network and transport layers.- Network Deployment and Acceptance tests, at physical, transport and application layers, of a solution with double hop satellite links relying on an iDirect platform (Release 3.2 and X5 terminals) and with data encryption (IPSec tunnels)- Design of a MESH network based on Comtech Skywire solution (satellite ressources, link budgets, HW selection...) and deployment of this network architecture (routers configuration, VoIP service, FTP, videoconferencing, QoS profiles...)- Specification definition for the transmission chain of a SNG vehicle in dual Ka/Ku band using both Newtec and iDirect technologies.- Deployment and management of RF switching systems- Integration and Validation for an hybrid HBBTV solution over broadcast (Atlantic Bird 3 sat) and Broadband (Tooway Ka band satellite Internet service) Networks

Vélizy, France

Lab Integration and End to End Validation of the overall solution consisting in : - smoothly taking over the integration of the elements constituting the Head End Network - performances' measurement of key features specified by the DVB-T/H & DVB-SH standards, by emulating satellite/terrestrial links within fading environment- validating every equipment being a part of the solution before deploymentSpecific Tasks :- Integration and management of the Bell Labs Broadcast Head End Platform performing the uplink toward the satellite; validation and acceptance tests of the ATC/AFC algorithms for automatic time and frequency error corrections.- Integration and validation at physical layer and « Link» layer (coding, iFEC error detection and correction algorithm) of the modulation and demodulation boards (mobile receiver).- Deployment of a test bed for the measurement of Video and Audio quality degradation due to the environment (speed, waveform, fading...)- Training for Customers/Partners and field support.

Elancourt, France

Study of a WiMAX transmission kit, composed with one BS and one receiver, with the aim to : - check out its conformity with the WiMAX Standard - measure performances and the characteristics relative to the IEEE 802.16e Std, in order to develop new Applications based on broadband networksSpecific Task : Deployment of a Wireless system enabling to simultaneously perform both data transfer and 1080p videoconferencing.

Gothenburg, Sweden

Implementation of a new RF processing in order to measure antenna performances at low frequencies into an anechoic chamber design for higher frequencies.Specific Task : Reduce effects due to fading at low frequencies, avoiding the company investing in the design of new anechoic chamber for low frequencies.

Master, Hardware For Wireless Communications (Hwc)

Bachelor Of Engineering (B.E.)