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All students on a final year internship will be visited by a member of the school’s teaching staff during the time they are with the business
The viva takes place in front of a jury which is headed by an industrial partner. Two academic researchers from the school and the student’s industrial tutor are also present. The student is asked to present a report of their professional project and a 3 year career plan
| 1st year | An initial internship of at least 4 months, carried out during the summer break |
|---|---|
| 2nd year | A second internship period lasting at least 8 months, carried out during the summer break |
| 3rd year | Engineering internship of between 4 and 9 months, beginning in mid February |
| Sandwich year | It is possible to carry out a one year internship abroad, between the second and third year of study |
If you would like an ESIGELEC engineer to be an intern at your organisation you can register your interest online.
To make an offer of an internship please contact: relations-entreprises@esigelec.fr
In order to better understand the demands of full time employment and effectively plan their professional progress, each year students undertake an internship with a business, including a minimum period spent abroad.
Examples
| DISCIPLINE | INTERNSHIP DETAILS |
|---|---|
| BUSINESS | Implementation of an instrumentation contract Responding to tender requests, researching solutions, costings and negotiation Managing work for public lighting projects Researching prices for an international project in the field of building trade electrics |
| AUTOMATION | Completion of a regulation software product Validation, integration and calibration of an engine command and control system Development of a supervisor system Development of regulation standards by programmable robot |
| ELECTRICITY INDUSTRIAL | Set up of a solar power station to heat large buildings Management of HV/LV electrical supply yards Design of distribution boards and power cables for an industrial application Testing and ensuring reliability of an alternator’s voltage regulators |
| ELECTRONICS | Development of an infrared thermography system Validation of a transceiver for a mobile phone platform Research, deployment and maintenance of fibre optic architectures Research for a chain of Ku band (radio-TV) transceivers |
| INFORMATION TECHNOLOGY | Needs analysis, research and configuration of the solution, integration and formula for an ERP system Optimisation & administration of an information processing system for a sales department Automation of report software Research and implementation of planning software |
| NETWORKS ARCHITECTURE | Development of a .Net based architecture Production of a telemetry facility for a HIPERPLAN application Deployment of a voice over IP telephony model Research for embedded Linux mobile services and applications |
| EMBEDDED SYSTEMS | Research for a data acquisition card, signal processing and development of an HCI Development of an intranet data consultation module Perfection of a structured light obstacle detection system Perfection of a testing bench with data acquisition software using Labwindows CVI |
| TELECOMS | Deployment of a WiMax infrastructure Construction of the physical infrastructure for an FTTH network Security for a wireless architecture Research for an X/Ku band transponder |