Leonardo · Varese - Cascina Costa, Italy

Job Description: The role is within Flight Control Systems department which is a part of the Aircraft System Integration area within the Engineering Directorate. The purpose of the role is to carry-out Embedded Software Development activities. Main Tasks: • Management of software items, from source code creation to software build and deployment • HW/SW and SW/SW integration activity within Flight Control Computer team • Source code development within Model-Based Design process (code auto-generator) and/or traditional process (hand-written code) • Support troubleshooting and debug activity on simulated or real platform • Software configuration activity according to applicable procedures and standards • Participation in software peer-review meeting • Contribution to software architecture definition, with particular attention to efficiency, maintenance and re-usability • Contribution to evaluation and selection of proper HW and SW platforms for Flight Control Computer Education : Bachelor Degree in Computer Sciences, Electronics, Telecommunications or similar Seniority: Junior (1-3 years) Technical Skills : • Knowledge of C/C++ programming • Capable of performing troubleshoot and debug on existing code (and based on Problem Reports list) • Knowledge of scripting languages for Unix/Windows • Understanding of common best-practices for software engineering and configuration management processes • Knowledge of data bus protocols such as ARINC 429, CAN, Ethernet, Serial (e.g. RS-232/422/485) • Knowledge of Matlab/Simulink modeling language Soft Skills : • Analytical and organized in the day-by-day activity • Collaborative and proactive Language: English (B2 or higher) Desirable Requirements : • Knowledge of key aspects of embedded systems such as scheduling, memory management, CPU throughput, numeric precision, etc. • Knowledge of airborne software standards such as RTCA DO-178B/C, DO-330, DO-331 • Hands-on experience using electrical test equipment (multi-meters, oscilloscopes, power supplies, etc.) • Hands-on experience with avionics electrical interfaces including analog, digital, discrete I/O • Hands-on experience with data bus protocols such as ARINC 429, CAN, Ethernet, RS-232/422/485, AFDX • Knowledge of ADA programming language Seniority: Junior Primary Location: IT - Varese - Cascina Costa Contract Type: Permanent Total Base Pay Range: Hybrid Working: Hybrid

Leonardo · Varese - Cascina Costa, Italy

Job Description: Leonardo is an international industrial group, among the world's leading realities in Aerospace, Defense, and Security, which creates multi-domain technological capabilities in the fields of Helicopters, Aircraft, Aerostructures, Electronics, Cyber Security, and Space. With over 60,000 employees worldwide, the company has a solid industrial presence in Italy, the United Kingdom, Poland, and the United States, and operates in 150 countries also through subsidiaries, joint ventures, and partnerships. A key player in major global strategic programs, it is a technological and industrial partner to Governments, Defense Administrations, Institutions, and businesses. To strengthen our Flight Control Systems department, which is part of the Aircraft System Integration area within the Engineering Area, we are looking for a person who will be responsible for: Main Tasks: • Analysis of FCS system requirements driving SW design • Production of FCS SW Model Based Design, in compliance with system level requirements allocated to FCS SW items, using Matlab/Simulink toolchain and/or LHD proprietary tool • Production of the Model Based Software Requirements Specification and management of their validation/traceability with respect to system requirements allocated to FCS SW items • Integration of the Model Based Design artifacts in the Simulink Test Environment (STE) and ensure the functionality of the integrated STE • Management of Configuration Control of the Model Based Design artifacts according to applicable procedures and standards • Support software integration and system/software test activities in FCS test environment (VDE, RIG, and STE) • Design analysis, troubleshooting and debugging on simulated or real platform • Management of design changes throughout development life cycle • Preparation of technical documentation for reporting or peer/formal reviews • Management of Technical Design Review presenting Model Based Design to the relevant stakeholders • Planning and progress reporting Education & Experience: • Master Degree in one of following relevant engineering subjects: Computer Sciences, Electronic, Aerospace Engineering or similar • 1+ years experience in Model Based SW development Desirable Requirements: • Experience in software implementation for aerospace applications (DO-178B or DO-178C standards) • Experience in design for DAL-A SW for safety critical systems • Knowledge and appreciation of the full Software Engineering life-cycle • Experience with Model-Based Design using Matlab/Simulink modeling language or SCADE • Experience with real-time embedded software • Experience with software testing and troubleshooting on real or simulated target • Experience with relevant software development documentation: Software Requirement Specification, Software Design Document, Interface Requirement Specification, Software Configuration Index etc... • Knowledge of systems engineering tools and methodologies for requirements management and modeling, configuration control, task management: UML/SysML, IBM Rational DOORS, Serena Dimension CM, JIRA • Basic knowledge of control system design and theory • Basic experience in software developing (ADA and C/C++ programming language) • Experience with HW/SW integration activity Soft Skills: • Ability to communicate equally across multi-functional teams, and with colleagues at all levels • Collaborative and proactive • Analytical and organized in the day-by-day activity Language: • Proficient in English language, both oral and written Seniority: Junior Primary Location: IT - Varese - Cascina Costa Contract Type: Permanent Total Base Pay Range: 32.731,92 - 43.000 Hybrid Working: Hybrid

Leonardo · Varese - Cascina Costa, Italy

Job Description: Leonardo is an international industrial group and one of the world's leading companies in the Aerospace, Defence, and Security sectors. It develops multi-domain technological capabilities across Helicopters, Aircraft, Aerostructures, Electronics, Cyber Security, and Space. With more than 60,000 employees worldwide, the company has a strong industrial presence in Italy, the United Kingdom, Poland, and the United States, and operates in 150 countries through subsidiaries, joint ventures, and equity investments. A key player in major strategic programs worldwide, Leonardo serves as a technological and industrial partner to governments, defence authorities, institutions, and businesses. The role is within Flight Control Systems department which is a part of the Aircraft System Integration area within the Engineering Directorate. The purpose of the role is to carry out Software Model-Based Design activities within scope of Flight Control System development for FCS conventional programs (AW169, AW189, AW101, AW249, AW139MKII), Tiltrotor programs (NEXTGEN) and UAV programs. Main Tasks: • Analysis of FCS system requirements driving SW design • Production of FCS SW Model Based Design, in compliance with system level requirements allocated to FCS SW items, using Matlab/Simulink toolchain and/or LHD proprietary tool • Production of the Model Based Software Requirements Specification and management of their validation/traceability with respect to system requirements allocated to FCS SW items • Integration of the Model Based Design artifacts in the Simulink Test Environment (STE) and ensure the functionality of the integrated STE • Management of Configuration Control of the Model Based Design artifacts according to applicable procedures and standards • Support software integration and system/software test activities in FCS test environment (VDE, RIG, and STE) • Design analysis, troubleshooting and debugging on simulated or real platform • Management of design changes throughout development life cycle • Preparation of technical documentation for reporting or peer/formal reviews • Management of Technical Design Review presenting Model Based Design to the relevant stakeholders • Planning and progress reporting Education & Experience: • Master Degree in one of following relevant engineering subjects: Computer Sciences, Electronic, Aerospace Engineering or similar • 3+ years experience in Model Based SW development Technical Skills: • Experience in software implementation for aerospace applications (DO-178B or DO-178C standards) • Experience in design for DAL-A SW for safety critical systems • Knowledge and appreciation of the full Software Engineering life-cycle • Experience with Model-Based Design using Matlab/Simulink modeling language or SCADE • Experience with real-time embedded software • Experience with software testing and troubleshooting on real or simulated target • Experience with relevant software development documentation: Software Requirement Specification, Software Design Document, Interface Requirement Specification, Software Configuration Index etc... • Knowledge of systems engineering tools and methodologies for requirements management and modeling, configuration control, task management: UML/SysML, IBM Rational DOORS, Serena Dimension CM, JIRA Soft Skills: • Ability to communicate equally across multi-functional teams, and with colleagues at all levels • Collaborative and proactive • Analytical and organized in the day-by-day activity Language: • Proficient in English language, both oral and written Desirable Requirements: • Basic knowledge of control system design and theory • Basic experience in software developing (ADA and C/C++ programming language) • Experience with HW/SW integration activity Seniority: Junior Primary Location: IT - Varese - Cascina Costa Contract Type: Permanent Total Base Pay Range: 32.731,92 - 43.000 Hybrid Working: Hybrid

Leonardo · Darmstadt - EUMETSAT, Germany

Job Description: We are recruiting a Spacecraft Operations Engineer to join our Copernicus Operations Engineering team, working on-site at EUMETSAT in Darmstadt in support of the CO2M mission. This is a unique opportunity to operate a next-generation Copernicus satellite dedicated to tracking man-made CO₂ and NO₂ emissions from space. If you are ready to put your spacecraft operations expertise to work for real-world climate action and help make our planet a better place for future generations, we would love to hear from you. Key Responsibilities Experience & Mission Background Several years of hands-on experience in spacecraft operations, with a strong focus on LEO missions across all operational phases Demonstrated experience in Operations Preparation (OPS Prep) — developing, validating, and maintaining Flight Operations Procedures (FOPs) and operational baselines AOCS & Payload Good expertise in Attitude and Orbit Control Systems (AOCS) Hands-on experience with payload instrument operations i.e characterisation, calibration, and performance verification Ground Segment & Tools Proficient in spacecraft simulator operations for procedure validation and training campaigns Strong working knowledge of ground segment monitoring and control systems Skilled in SCOS-2000, CCSDS and ECSS standards, and file-based operations Programming & Automation Proficiency in Python, MATLAB, and SQL for operational automation, data trending, and performance analysis Experience applying scripting to streamline routine operations and support mission analysis Soft Skills & Communication Fluent in English — written and spoken — with strong cross-functional communication skills Effective collaborator across spacecraft engineering, mission analysis, and external partner teams Proven ability to work independently and within multinational, distributed teams Seniority: Expert Primary Location: DE - Darmstadt - EUMETSAT Contract Type: Employee-Permanent Hybrid Working: Onsite

Leonardo · Darmstadt - ESOC, Germany

Job Description: Are you passionate about Astro Dynamics and looking for a meaningful opportunity to enfold your talents? Then you are on the right track! Detailed information on the missions and the activities of ESOC can be found on www.esa.int ; Key Responsibilities We support the European Space Agency with highly qualified services at the European Space Operations Centre (ESOC) in Darmstadt. For future service positions within the Flight Dynamics Division, the Navigation Support Office, and the Space Debris Office, we are searching for specialists to complement our international service team. Please visit our website to view currently open service positions in these areas. In case there is none, your successful application will be added to our talent pool! Essential Skills and Qualifications University degree in a relevant engineering field, astronomy, mathematics, or physics. Proficiency in classical and orbit mechanics, including orbit determination aspects, and familiarity with related coordinate systems & reference frames. Ability to design, implement, validate, and operate software that applies the above solutions on Linux platforms. Knowledge about software life cycle & documentation. Proficiency in English, both in speech and writing. A high sense of operational responsibility and good communication skills. Ability to work independently. Familiarity with the ESOC environment. Experience in MATLAB/SIMULINK, Mathematica, and shell scripting. Experience with network services and protocols, and Linux system administration. The ability to multitask efficiently, working on multiple activities simultaneously. Flight Dynamics Skills An outstanding expertise in linear algebra, in particular for problem solving related to geometry in the Euclidean 3–dimensional space. Skills in numerical methods for solving equations, integration of differential equations, function approximation and interpolation, optimisation, and linear algebra problems. Proficiency in kinematics and dynamics of point masses, dynamics of rigid bodies, dynamics expressed in non-inertial reference frames, e.g., including dynamics in rotating frames, rotation dynamics expressed in body fixed frame, conservation laws in mechanics, gravitational forces and field, orbit dynamics, Keplerian orbits, and Kepler laws. Skills to apply the above knowledge to develop solutions to technical problems in cooperation with customers and other specialists. Experience in software development in C++ and Scientific Python. Knowledge of scripting languages and Fortran. Aspiration to take operational responsibility in multi-disciplinary teams. Coordinate and interact with other service providers in operations and other fields. Navigation Skills In-depth familiarity with GNSS applications, data types, data processing, and algorithms. In-depth familiarity with GNSS-related coordinate systems. Real-time processing of Galileo products. Experience in EGNOS V2/V3 to implement new and novel configurations. Experience in software development using Scientific Python. Knowledge of scripting languages and Fortran. Space Debris Skills Profound expertise of space debris matters (observation, modelling, mitigation, risk assessment). Detailed understanding of space surveillance techniques and principles. Good knowledge of re-entry aerothermodynamics principles and tools. Knowledge about database systems, especially SQL Experience in software development in C++ and Scientific Python. Knowledge of scripting languages and Fortran. Good presentation skills. Throughout understanding of the way of working of the ESTEC CDF, the Inter-Agency Space Debris Coordination Committee (IADC), the ESA Space Safety Program, and the ESOC flight dynamics and spacecraft control teams. Seniority: Primary Location: DE - Darmstadt - ESOC Additional Locations: Contract Type: Employee-Permanent Hybrid Working:

Leonardo · Darmstadt - EUMETSAT, Germany

Job Description: We are looking to strengthen our engineering team at EUMETSAT, supporting the exploitation of EUMETSAT missions such as MSG, MTG, EPS, EPS-SG and Sentinel-3. The main focus is on MTG and EPS-SG. The work centres on the development and verification of cloud products derived from satellite data, specifically cloud mask, cloud type, and cloud top height. Responsibilities also encompass snow/ice, dust, and volcanic ash detection, the generation of clear-sky reflectance climatologies, the production of all-sky radiance products, and support for active fire monitoring. Key Responsibilities Scientific Development Improve and evaluate cloud products scientifically Focus specifically on contributions to MTG and EPS-SG missions Prototyping Develop prototype processors for MTG and EPS-SG Operational Processing Build hands-on experience with EUMETSAT's Level-2 processing systems Calibration & Validation (Cal/Val) Support the development of tools used to calibrate and validate satellite products Programme Support Respond to requests from GEO and LEO programmes (e.g. reviews, documentation) Help verify the Level-2 processing systems for both MTG and EPS-SG Test Data Sets (TDS) Generate test datasets for MTG and EPS-SG activities Create test datasets to assess the impact of instrumental anomalies Climate Data Records (CDR) Contribute to the generation and validation of long-term climate data records General Contributions Take part in studies and progress meetings, providing input on scientific content Essential Skills and Qualifications Good engineering background in related fields such as Earth observation, data processing, remote sensing etc. Level-2 processing of satellite data Solid background in Python (PyTroll), IDL, Matlab, C++, Java and Fortran on LINUX systems Scientific documentation and review participation Algorithm development/prototype development Fluency in English Seniority: Expert Primary Location: DE - Darmstadt - EUMETSAT Contract Type: Employee-Permanent Hybrid Working: Onsite

STMicroelectronics · Toulouse, FR

At STMicroelectronics, we believe in the power of technology to drive innovation and make a positive impact on people, businesses, and society. As a global semiconductor company, our advanced technologies and chips form the hidden foundation of the world we live in today. When you join ST, you will be part of a global business with more than 115 nationalities, present in 40 countries, and comprising over 50,000 diverse and dedicated creators and makers of technology around the world. Developing technologies takes more than talent: it takes amazing people who understand collaboration and respect. People with passion and the desire to disrupt the status quo, drive innovation, and unlock their own potential. Embark on a journey with us, where you can innovate for a future that we want to make smarter and greener, in a responsible and sustainable way. Our technology starts with you. --- VOTRE ROLE: En tant que doctorant, vous travaillerez sur des algorithmes avancés pour la réduction des interférences dans le contexte d’un processeur pour radars MIMO FMCW pour l’automobile, embarque sur véhicule : • Tout d’abord une recherche de l’état de l’art sur les méthodes existantes sera effectuée • Vous chercherez à comprendre les avantages et les limitations de ces méthodes • Vous chercherez de nouvelles méthodes pour améliorer l’efficacité de la réduction d’interférences dans un environnement difficile et perturbé, d’abord d’un point de vue théorique • Vous implémenterez ces méthodes dans un modèle (Matlab) de la chaine RF et du traitement du signal, qui doit être amélioré, pour démontrer leur efficacité dans divers scénarios, puis viendra leur amélioration et affinage. • Ensuite vous implémenterez les méthodes les plus intéressantes en un code C sur un DSP réel dans une puce radar. • Puis, vous testerez les méthodes les plus prometteuses sur un capteur radar d’essai où la puce qui tourne les algorithmes fonctionne sur le terrain, avec de vrais capteurs qui créent des interférences, dans divers scenarios. • Si le temps le permet, le travail de traitement du signal pourra être étendu à d’autres sujets comme la recherche et à l’implémentation sur DSP d’algorithmes avancés de super-résolution de DoA (Recherche de direction d’arrivée), après suppression des interférences. VOS COMPÉTENCES & EXPÉRIENCES • Master ou diplôme d’ingénieur en électronique, logiciel ou traitement du signal • Bonne connaissance et intérêt pour les mathématiques appliquées • Intérêt et bonne connaissance du traitement numérique du signal en temps réel, si possible pour le radar ou pour les communications • Bon niveau d’anglais scientifique (écrit et oral) • Autonomie, avec un soutien d’équipe (France, Italie) • Connaissance des principaux logiciels mathématiques (Matlab ou Python/SciPy) • Quelques connaissances en programmation de code DSP, ou volonté d’apprendre YOUR ROLE As a PhD student, you will work on advanced algorithms for interference mitigation in the context of Edge processor for automotive MIMO FMCW radars * First make a state-of-the-art search on existing methods * Understand the pros and limitations of those methods * Search for new methods to improve effectiveness of mitigation in a harsh environment, first from a theoretical point of view * Implement those methods in a (Matlab) model of the RF and signal processing flow, to be improved, to show their effectiveness in various scenarios and improve and fine-tune them * Then implement the interesting methods on real DSP Hardware * Then try the most promising methods in a test sensor where the chip that runs the algorithms is running, in the field, with real interfering sensor(s) * If time allows, the signal processing work may be extended to Advanced super-resolution DoA (direction of arrival) algorithm search and DSP implementation after interferences have been removed. YOUR SKILLS & EXPERIENCES * Master degree or Engineering school in electronics, Software or Signal processing * Good knowledge and interest in Applied Mathematics * Interest and good knowledge in real-time Digital Signal processing, if possible for Radar, or for communications * Good English for science (written and spoken) * Autonomy, with team support * Knowledge of main Maths software (Matlab or Python/SciPy) * Some knowledge of DSP code programming, or willingness to learn ST is proud to be one of the 17 companies certified as a 2025 Global Top Employer and the first and only semiconductor company to achieve this distinction. ST was recognized in this ranking thanks to its continuous improvement approach and stands out particularly in the areas of ethics & integrity, purpose & values, organization & change, business strategy, and performance. At ST, we endeavor to foster a diverse and inclusive workplace, and we do not tolerate discrimination. We aim to recruit and retain a diverse workforce that reflects the societies around us. We strive for equity in career development, career opportunities, and equal remuneration. We encourage candidates who may not meet every single requirement to apply, as we appreciate diverse perspectives and provide opportunities for growth and learning. Diversity, equity, and inclusion (DEI) is woven into our company culture. To discover more, visit st.com/careers.

Leonardo · Basildon, United Kingdom

Job Description: Leonardo are looking for skilled individuals to join their Systems Engineering Function to work on a large-scale EW integration programme. We are seeking engineers to help us analyse, model and simulate radio frequency (RF) signals and the effects of system and environmental influences. As a member of our team, you will have the ability to hold Design Authority level of competency and lead the design, integration, and testing of advanced RF systems for vehicle platform integration. Candidates with a broad range of Systems Engineering Lifecycle expertise working in the Defence industry, coupled with Electronic Attack and/or Electronic Surveillance domain knowledge should apply. Key Responsibility Areas What you will do: Your primary responsibility will be to provide expertise in RF systems engineering and signal processing for electronic warfare subsystems. Key subsystems include transmit and receive antennas, high power RF amplifiers, electronic receivers, and waveform generators. Your role will include the derivation of EA/ES sub-system requirements and the technical liaison with sub-contractors on Statement of Work deliverables and acceptance criteria for inclusion in the overall programmes compliance matrix. You will apply your knowledge of RF communications systems to generate realistic models and simulations of threat systems and apply these models to quantify the effectiveness of electronic attack and or surveillance concepts and designs against such threats in operational environments. Skills, Qualifications & Knowledge Required Essential: In-depth knowledge of RF communication systems Strong understanding of Signal Processing techniques Significant understanding of EW (EA/ES) environmental threat analysis Modelling experience using Matlab/Simulink toolset Strong interpersonal skills with the ability to steer technical interchange discussions Ability to operate both at a strategic & tactical level, with a willingness to engage directly to resolve detailed technical issues Ability to define & influence requirements definition & design decisions, both within the internal project team & customer environments Experience of developing systems which align to Open Architectures & conform to (defence) standards Ability to define test & acceptance criteria & assess system design compliance against user & system requirements Possess a degree in Electrical Engineering, Mathematics, Physics, Computer Science, or other related discipline Excellent written & verbal communication & presentation ability Ability to achieve Security clearances to SC minimum Desirable: Knowledge of Land CEMA Architecture & the associated building blocks Experience working collaboratively across a large team to achieve business improvement objectives Experience of team leadership or technical management Experience of planning, estimating & defining engineering tasks This vacancy may close at any time, if this role is of interest to you we recommend you apply as soon as possible. Primary Location: GB - Basildon Additional Locations: GB - Bristol - Coldharbour Lane, GB - Southampton Contract Type: Hybrid Working: Hybrid

Leonardo · Southampton, United Kingdom

Job Description: Leonardo has an exciting opportunity for a Principal Systems Engineer. The role offers a blend of hybrid home and onsite working from any of our Bristol, Basildon, Luton or Southampton sites. The role is within the Integrated Sensing and Protection (ISP) business area. The role will entail dealing with multiple internal and external clients on a project by project basis to develop and deliver world class concept and system designs. We are looking for a Senior Systems Engineer to join the engineering team to cover an exciting and growing large scale military and commercial satellite communications development project. This role will involve being part of an exciting programme, working to deliver key technologies for the future. Working within a multi-disciplined team, you will be responsible for developing requirements, Matlab modelling and contributing to the RF design analysis, integration and test phase. The role will include reviewing, assessing and providing technical guidance throughout the engineering design process. WHAT YOU’LL GET Flexible working: We offer our employees the time and flexibility they need to enjoy a balanced life through flexible hours and part time options Custom working: The role may be a mixture of home based and onsite Flexible benefits: Our company-funded approach to flexible benefits allows employees to make choices appropriate for them. Each employee has access to a wide choice of lifestyle, health and wellbeing options best suited to their individual lifestyle goals. Network groups : To support our ongoing commitment to diversity & inclusion, we have a range of network groups for colleagues :o Carers (employees caring for family or friends)o Enable (supporting people with disabilities) o Equalise (development of a gender balanced workforce)o Pride (promoting equality for all LGBTQ+ individuals)o Ethnicity Inclusion (developing a more ethnically based workforce)o Wellbeing (promoting & supporting employee wellbeing) Training : Free access to Coursera which provides more than 4,000 online courses Continuous Learning : You will be supported in your ongoing professional development through training and mentoring Investors in People : We are proud recipients of the Investors in People Silver Award Employee Assistance Programme : Providing free and confidential mental health support Annual leave: We offer 25 days holiday, plus 8 bank holidays and 8 flexi days To find out about all of our Company benefits please visit: https://uk.leonardocompany.com/en/people-careers/life-at-leonardo/company-benefits Reporting to the Project Engineering Lead, the Senior Systems Engineer is responsible for: Supporting early systems engineering analysis including requirement derivation. Development of modelling codes (Matlab) for specific RF technical analysis. Engagement in engineering technical meetings and suppliers. Being a key team member contributing to the RF and system design as well as the test and integration activities. Assessment of the design integrity of the design prior to formal design reviews. Working across the full engineering lifecycle. Managing all levels of requirements to enable design and development decisions. Influencing requirements and design decisions Reporting to key project stakeholders. Actively supporting knowledge sharing and exploitation of best practice. Producing effective, accurate and concise technical reports and analysis to support key technical decisions for the programme. Establishing and maintaining good lines of communication across the Engineering IPT and upwards to the IPT lead and Engineering Leadership Delivering to agreed performance targets Supporting the teams working in an Agile manner. You must be eligible for full security clearance. For more information and guidance please visit : https://www.gov.uk/government/publications/united-kingdom-security-vetting-clearance-levels You should have: Understanding of RF communication systems. Understanding and demonstrated experience in Satellite. Experience in the design, integration and roll out of Military Satellite Communications Systems - covering space, control and ground segments. Proficient in Matlab and/or other coding languages. Ability to produce clear concise engineering documentation. Good written and verbal communication skills. Willingness to travel within the UK and possibly overseas. Due to the nature of our work, you must be capable of achieving full SC security clearance Primary Location: GB - Southampton Additional Locations: GB - Basildon, GB - Bristol - Coldharbour Lane Contract Type: Hybrid Working: Hybrid