Siamo alla ricerca di una persona che, inserita all’interno del team tecnico di sviluppo di servizi con droni, sarà coinvolta in attività di analisi di dati raccolti da sensori aerotrasportati. La persona sarà coinvolta in attività progettuali nazionali ed europei su diverse tematiche specifiche tra le quali lo sviluppo di servizi di monitoraggio territoriale per l’agricoltura, servizi per il monitoraggio ambientale. Intendiamo sviluppare servizi prototipali di osservazione ambientale integrando dati satellitari e dati raccolti tramite sensori montati su droni e, possibilmente, altri dati provenienti da sorgenti terrestri.

Requisiti richiesti: Laurea in Informatica, Fisica, Ingegneria Informatica o Magistrale in Ingegneria Industriale.

Si chiedono conoscenze scientifiche del linguaggio python nonché conoscenza di base nell’ambito del ML e dei big data. Potranno essere valutati profili con titolo triennale che dimostrano esperienze laboratoriali o didattiche specifiche(tesi, progetti, etc.) sui temi indicati.

Completano il profilo caratteristiche personali di capacità di analisi, passione per il settore, attitudine al problem solving ed al team working.

La sede di lavoro sarà presso la sede principale sita c/o Cittadella della Ricerca, Brindisi.

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Siamo alla ricerca di una risorsa che, inserita all’interno del team tecnico del cliente, sarà coinvolta in attività di analisi strutturali, dinamiche, statiche, lineari, non lineari su componenti aeronautici. Si occuperà di ottimizzazione e calcolo di componenti motore, redazione reportistica, operando a stretto contatto con il team di progettazione meccanica.

Requisiti richiesti:

– Laurea Magistrale in Ingegneria Industriale quali Meccanica, Aerospaziale, ecc..

– Gradita minima esperienza pregressa nell’ambito delle analisi strutturali

– Buona conoscenza di CATIA

– Gradita conoscenza ed utilizzo in maniera autonoma di tool di analisi e simulazione quali Ansys, Hypermesh, Nastran, Patran.

Esperienze professionali che abbiano sviluppato le conoscenze richieste sono gradite ma non necessarie.

Completano il profilo caratteristiche personali di capacità di analisi, passione per il settore, attitudine al problem solving ed al team working.

Si offre contratto a Tempo Indeterminato CCNL Metalmeccanica.

Si offre una formula ibrida di lavoro agile (c.d. Smart Working) e lavoro in azienda sede di Brindisi.

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Descrizione della posizione:

Il DTA svolge attività collaborative di ricerca, sviluppo e sperimentazione di piattaforme UAS e delle relative tecnologie, dei servizi U-space, di serivizi aerei innovativi. L’ambito dell’attività va dalla progettazione delle soluzioni, alla loro sviluppo (eventualmente con partner accademici e industriali), alla progettazione dei test e dell’ambiente di test, e alla esecuzione del test con voli sperimentali.

Intendiamo allargare il gruppo di lavoro attualmente esistente.

Posizione in organigramma

La figura fa parte del gruppo operativo di ricerca e sperimentazione.

Le attività saranno svolte collaborando e partecipando ad un gruppo di lavoro affiatato e entusiasmante.

Riporta a

Antonio Zilli, program manager

Interfacciamenti

Interni: l’attività sarà svolta all’interno di un gruppo di lavoro affiatato e collaborativo, con fasi di attività autonoma e fasi di attività congiunte.

Esterni: la ricerca e sperimentazione è intesa dal DTA come un’attività collaborativa ed è nella maggior parte dei casi svolta con professori e ricercatori universitari ed operatori industriali.

Attività da svolgere

La ricerca svolta dal DTA partecipa alla creazione di soluzioni innovative che facciano crescere e progredire il sistema industriale regionale, nazionale ed europeo.

Le attività in cui la nuova figura sarà coinvolto sono:

Analisi di use case e preparazione di requisiti tecnici ed operativi, progettazione architetturale dei sistemi e messa in opera degli stessi.

Le attività sperimentali potranno includere operazioni aeree con droni e in tal caso si dovrà preparare la relativa documentazione aeronautica.

Strumenti da utilizzare

Applicativi software e hardware

Droni commerciali e assemblati ed altra strumentazione a supporto delle operazioni.

Titolo di studio

Laurea o dottorato in materie scientifiche (fisica, matematica) o ingegneristiche (ingegneria aerospaziale, informatica, elettronica, …).

Lauree in altre discipline con riferimento alle attività previste.

Conoscenze

Conoscenza delle tecnologie riferite al dominio

• UAS,
• nuovi servizi aerei (innovative aerial service, …)
• UTM

Conoscenza (di base) delle problematiche regolatorie per le operazioni con UAS.

Si prospetta la possibilità che la persona prenda la licenza di pilotaggio di UAS.

Capacità comportamentali

Sono richieste capacità di lavoro di gruppo, capacità di negoziazione degli obiettivi, rispetto dei tempi, capacità di presentazione (anche in pubblico) del lavoro svolto e risultati raggiunti.

Esperienze professionali

Esperienze professionali che abbiano sviluppato le conoscenze richieste sono gradite ma non necessarie.

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Siamo alla ricerca di una figura che dovrà svolgere attività di ricerca e sperimentazione all’interno di un gruppo multidisciplinare, tra le varie attività da svolgere:

1) partecipare alla gestione dell’infrastruttura tecnologica ICT (data center e infrastruttura di rete), in particolare gestire la configurazione dei sistemi ed applicazioni disponibili,

2) partecipare alle attività laboratoriali,

3) partecipare alle progettazione, preparazione e svolgimento di attività sperimentali con il drone (UAS),

4) partecipare allo sviluppo di applicativi di analisi dei dati sperimentali collezionati con le operazioni aeree,

5) partecipare fattivamente allo svolgimento delle attività sperimentali che saranno di volta in volta determinate.

Le attività saranno svolte presso la sede principale del DTA (Cittadella della Ricerca di Brindisi) mentre le attività sperimentali saranno svolte presso la sede operativa del DTA ubicata all’interno dell’aeroporto di Grottaglie o in altre aree operative che saranno di volta in volta definite.

Titolo di studio preferenziale:
Laurea o dottorato in materie scientifiche (fisica, matematica) o ingegneristiche (ingegneria aerospaziale, informatica, elettronica, …).

Conoscenze preferenziali:
Conoscenza avanzate del dominio UAS e nuovi servizi aerei (urban air mobility, …).
Conoscenza avanzate delle tecnologie riguardanti il dominio degli UAS e U-space.

Conoscenza delle problematiche regolatorie per le operazioni con UAS.

Conoscenza di gestione di data center e infrastruttura di rete.

Conoscenza di sviluppo software per analisi di dati sperimentali.

Si prospetta la possibilità che la figura prenda la licenza di pilotaggio di UAS.

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Responsibilities:

The RAMT Controls Engineer shall be responsible for performing the following tasks:

• Establish, develop, and maintain a Reliability demonstration plan for the FADEC of the Avio Aero Catalyst Engine, adhering to regulatory, internal and customer requirements and standards
• Develop the FADEC Failure Hazard Analysis, Failure Modes, Effects and Criticality Analysis, Failure Catalogue, Failure Rates and Critical Failure Rates, SSA (System Safety Assessment), FTA (Fault Tree Analysis) and Common Cause Analysis, DAL Allocation for SW and CEH HW, following SAE ARP 4761 and SAE ARP 4754A guidelines
• Perform the FADEC Time Limited Dispatch Analysis
• Develop the Testability demonstration plan and failure simulation list, the testability analysis and the testability demonstration report
• Support the Controls team in planning and executing its activities according to the development program Master Plan, participate to meeting and formal reviews with GE Avio CVE, RAMT System team, Customer and Certification Authorithies

Qualifications / Requirements

• Master’s degree in electrical engineering, aerospace engineering, mechanical engineering, automation technology or a comparable subject
• Minimum 6 years of experience in system design in highly complex control systems in the industrial, automotive, medical or aerospace sectors
• Ability to prepare failure mode and effect analysis (FEMA) and formulate mathematical models to identify units posing excessive failure risks, and recommends proposed design changes.
• Ability to perform functional and signal point-to-point FMECA tasks to the subassembly level.
• Proven experience with system engineering principles, e.g. V-lifecycle process including requirements engineering, Model Based System Engineering (MBSE) methods, tools, validation & verification principles (keywords: DOORS, SCADE, Matlab\Simulink, Synergy, Python, NPSS, C++)
• Understanding of engine and propeller controls principles
• Documented exposure to the Aviation Regulation & Standard

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Location: Bari

Job purpose: The engineer will be responsible for leading complex and detailed product development programs contributing to the design and development of control systems for aerospace applications.

Tasks and key deliverables of the job:

• Execute and coordinate the analysis, design, test, or integration required to define and support assigned components, assemblies or systems that meet business standards and program / product requirements
• Develop advanced model-based controls and dynamic optimization technologies
• Issue the technical documents (ie reports, specifications) relative to the systems design
• Assure proper documentation of technical data generated for the assigned projects and/or tasks consistent with engineering policies and procedures
• Develop innovative design solutions to meet product requirements
• Perform system integration and validation activities
• Develop and perform system verification activities
• Perform technical support for project meetings with end users
• Lead team training and development
• Prepare and maintain supporting work plans for presentation to team leaders, functional supports and external organizations

Basic Qualifications:

• Master Degree in Aerospace, Electrical, Controls or Systems Engineering from an accredited university
• Programming skills with C, C++
• Proven and consistent experience with system design and modeling tools (e.g. MATLAB / Simulink, SCADE, VAPS, Artisan OOA)
• Good English and Italian language knowledge, both written and oral
• EU Work Permit
• Strong interpersonal and communication skills
• Ability to work with cross functional teams in a global environment
• Ability to organize, prioritize, and achieve milestones and deliverables

Desired Characteristics:

• Experience with real-time implementation of control system solutions in a variety of hardware platforms
• Knowledge of model-based estimation and system identification
• Experience with real-time systems, power electronics, controls and simulation
• Knowledge of aeronautical Certification rules, ie EASA CS-E and CS23, FAA 14 CFR
• Flight controls experience
• Software development experience, including ability to read code
• Working knowledge of DO-178
• Knowledge of requirements management, concept of operations, and interface control documents

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Location: Bari

Job purpose: The engineer will be responsible for leading complex and detailed product development programs contributing to the design and development of electrical systems for aerospace applications.

Tasks and key deliverables of the job:

• Execute and coordinate the analysis, design, test, or integration required to define and support assigned electrical components, assemblies or systems that meet business standards and program / product requirements
• Issue the technical documents (ie reports, specifications) relative to the systems design
• Assure proper documentation of technical data generated for the assigned projects and/or tasks consistent with engineering policies and procedures
• Develop innovative design solutions to meet product requirements
• Perform system integration and validation activities
• Develop and perform system verification activities
• Perform technical support for project meetings with end users
• Lead team training and development
• Prepare and maintain supporting work plans for presentation to team leaders, functional supports and external organizations

Basic Qualifications:

• Master Degree in Aerospace, Electrical, Controls or Systems Engineering from an accredited university
• Proven and consistent experience with electrical components design and testing
• Good English and Italian language knowledge, both written and oral
• EU Work Permit
• Strong interpersonal and communication skills
• Ability to work with cross functional teams in a global environment

Desired Characteristics:

• Experience with control system design and testing
• Experience with real-time systems, basic electronics (sensors, control units), controls and simulation
• Knowledge of aeronautical Certification rules, ie EASA CS-E and CS23, FAA 14 CFR
• Flight controls experience
• Software development experience, including ability to read code
• Working knowledge of DO-160

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Roles and Responsibilities:

• Execute the design, analysis, or evaluation of assigned projects using sound engineering principles and adhering to business standards, practices, procedures, and product / program requirements. This work would include mechanical engineering for all products
• Create definitions of parts, modules, and assemblies in the form of 2D cross sections, 3D models, tolerance stack-ups, and various electronic data formats to support analysis, manufacturing, assembly, tooling, and inspection
• Broadening knowledge of own technical discipline to execute policy/strategy. May include support roles with specialized technical field of knowledge; still acquiring higher level knowledge and skills.
• Basic understanding of key business drivers; uses this understanding to accomplish own work. Good understanding of how work of own team integrates with other teams and contributes to the area.
• May have some autonomy to make decisions within a defined framework. Resolves issues in situations that require good technical knowledge and judgment within established procedures. Consults more senior team members for issues outside of defined instructions/parameters.
• For customer facing roles, develops strong customer relationships and serves as the interface between customer and AvioAero and/or GE. Explains technical information to others.

Required Qualifications:

• Bachelor in Mechanical/Aerospace Engineering from an accredited University
• Solid fluidic and mechanical background
• Proficiency in written and oral English
• Previous proven working experience, preferably in engineering section (minimum 2 years)

• Experience on Oil and Cooling System component (tank, valves, filters, pipes, accessories, heat exchangers).

• Knowledge of mechanical, hydraulic and electrical disciplines
• Knowledge of Mechanical design, capability to lead analysis
• EU Work Permit

• Knowledge of Office (Power Point, Word, Excel)
• Knowledge of Fluid System Software skills (modeling, post processing/ results)
• Knowledge of CAD (modeling and drafting)
• Technical Presentation Skills (synthesis or details according to audience)
• Knowledge of “Entry into Service” process from concept to production.
• Knowledge of standard procedures and environmental test criteria for testing airborne equipment

Desired Characteristics:

• Knowledge of FEM (meshing, post-processing/results)

• Strong oral and written communication skills
• Capability to interface with internal departments and to manage technical relationship with external companies, Suppliers and Customers.
• Clear thinking, problem analysis and solving skills
• Active Team working capabilities

• Knowledge of aviation component certification process
• NX, ANSYS, MATLAB, SIMULINK

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The Control Software Engineer will be responsible for the design and the development of control software, according to Model Based Design (MBD) methodology and to all the applicable regulations relevant to the airborne software certification process (i.e. DO-178C, DO-331). This includes, but is not limited to, managing software high level requirements and the requirements flow down, from system level to software levels. In this role, she/he will integrate and develop processes that meet business needs across the organization, manage complex issues within functional area(s) of expertise, be involved in long-term planning, and contribute to the overall business strategy.

Essential Responsibilities

The Control Software Engineer is responsible to establish and execute software requirements and design standards, to establish and maintain the software high level requirements, to look after the requirements flow down from system to software level, to develop the software low level requirements and relevant design models, according to MBD methodology, to assist the software verification team in developing the test procedures and to define and lead analyses in support of the software design validation. The role includes responsibilities leading to the software requirements and design change management in liaison with the configuration control board stakeholders. Execute with limited guidance, the analysis, evaluation and delivery of assigned aircraft engine projects that meet business standards, practices and procedures and the product /program requirements.

Activities include:

• Document and maintain software requirements and design standards
• Document and maintain high level software requirements to ensure complete coverage and traceability versus control system requirements
• Develop and maintain low level software requirements and design models
• Lead the software design reviews
• Contribute to the software requirements and design models change and configuration management
• Contribute to the verification and validation software test and analyses results reviews
• Review system operation in hardware-in-the-loop lab tests, ground engine tests, flight tests
• Ensure adherence to GE HW/SW development process including support for internal and external process audits
• Assure proper documentation of technical data generated for the assigned tasks is consistent with engineering policies and procedures while delivering control system certification reports for the US FAA, European EASA and other national airworthiness agencies
• Formulate and implement plans to achieve technical requirements, schedules and contract commitments
• Provide technical guidance to other personnel and assigned teams
• Monitor and communicate project status, business issues and significant developments
• Lead process standardization and GE Simplification efforts that improve productivity, quality and speed required to deliver world class control solutions to GE Aviation customers
• Participate as a presenter or reviewer in technical and program reviews

Qualifications / Requirements

• Bachelor of Science in Aerospace or Computer Science Engineering
• Minimum 2 years of experience in an equivalent engineering position
• Very strong knowledge of the software Model Based Design methodology and relevant tools, such as SCADE, Mathworks’ MATLAB/Simulink
• Very strong knowledge of software change and configuration management methodologies
• Understanding of systems engineering in the context of aerospace systems, equipment and the integration of equipment within laboratory environments and platforms
• Understanding of engine and propeller controls principles
• Eu work permit

Desired Characteristics

• Proficiency with software engineering tools (e.g. DOORS, SCADE, Matlab, Simulink, NPSS, Change & Synergy) and processes for requirements & logic design, simulation and validation within simulated environment
• Documented exposure to the DO-178C and DO-331 qualification processes
• Strong oral and written communication skills
• Strong interpersonal and leadership skills
• Ability to guide and influence others
• Demonstrated process orientation in approach to work

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Roles and Responsibilities:

The Electronic Design Engineer is responsible to support design solutions and implementation for components, complex electronic hardware, assemblies and subsystems of the Electrical System for both full authority-based (e.g. FADEC) and hybrid electric-based propulsion systems; to liaise with independent organization or suppliers to provide technical and programmatic guidance on components, complex assemblies and subsystems design, validation and technology accrual plan outlining and execution and to perform, with limited guidance, analysis and evaluation of the third parties’ deliverables compliance with product/program requirements and business standards, practices and procedures. Main responsibilities are:

• To develop and document electronic and electrical components, complex assemblies and subsystems requirements and designs relevant, but not limited to, electronic signal and control processing units and boards, based on complex electronics, for electrical power drives and engine actuation systems, engine sensors and accessories.
• To carry out trade-off and performance analysis and validation studies aiming at drawing the optimal electronic assembly/sub-assembly architectural solutions and detailed designs.
• To support testing and validation activities, based on technology accrual and product development plans, of electrical components, complex assemblies and subsystems, up to the final stages of the Control System integration, to assure the operational, environmental (including EMI/L) and functional requirements compliance with product/program requirements.
• To liaise with the engineering team stakeholders in the execution of the project development, product definition, technology maturation activities.
• To contribute to suppliers steering and performance monitoring to ensure the overall Control System integration and compliance with the intended functions.
• To contribute to the formulation and implementation of plans to achieve technical requirements and schedules commitments.
• To contribute to technical and program reviews.

Qualifications / Requirements

• Electronics assemblies and sub-assemblies requirements.
• Electrical schematics and BOM identified for each assembly/sub-assembly.
• Models and dynamic simulations as required by the design and early validation activities.
• Master of Science in Electronics (preferred), Electrical and Mechatronics Engineering.

• Knowledge of Control System discipline including sensors design, selection and acquisition
• Knowledge of complex electronic hardware such as microcontroller and programmable gate arrays.
• Knowledge of communication busses.
• Strong team-work & commitment skills.
• Proficiency in written and oral English.
• Strong oral and written communication skills.
• Good Knowledge of Electronic modelling and ECAD tools.
• EU work permit.

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