VEHICLE ELECTRONICS SYSTEM ENGINEER

h3Vehicle Electronics System Engineer /h3 pRequisition ID: 5941 /p pJob Location: Modena - Italy /p pCategory: Engineering and Technical /p pJob Type: Full Time /p pWorking Mode: Hybrid /p h3About Us /h3 pInnovation. Sustainability. Productivity. This is how we are Breaking New Ground in our mission to sustainably advance the noble work of farmers and builders everywhere. With a growing global population and increased demands on resources, our products are instrumental to feeding and sheltering the world. /p pFrom developing products that run on alternative power to productivity-enhancing precision tech, we are delivering solutions that benefit people – and they are possible thanks to people like you. If the opportunity to build your skills as part of a collaborative, global team excites you, you’re in the right place. /p h3Grow a Career. Build a Future! /h3 pBe part of this company at the forefront of agriculture and construction, that passionately innovates to drive customer efficiency and success. And we know innovation can’t happen without collaboration. So, everything we do at CNH Industrial is about reaching new heights as one team, always delivering for the good of our customers. /p h3Job Purpose /h3 pResponsible for defining, developing, and integrating vehicle and implement system functionalities, ensuring customer needs are translated into robust system requirements, architectures, and validated solutions throughout the product development lifecycle. /p pThe System Engineer serves as a technical bridge between Product Management, Software Development, Validation, Manufacturing, Service and Platform Engineering teams, to deliver high-quality system solutions for agricultural machinery. /p h3Key Responsibilities /h3 ul liCapture, analyze, and manage customer, operator, business, and regulatory requirements for vehicle and implement systems. /li liTranslate stakeholder needs into clear, verifiable, and traceable system requirements. /li liDefine and maintain requirements traceability from customer needs through functional requirements /li liSupport feature development related to tractor systems, implement integration, automation functions, and precision agriculture technologies. /li liDefine system behaviors and failure management strategies. /li liPerform functional analysis and identify normal, degraded, fault, recovery, and corner-case operating scenarios. /li liSupport Change Review Boards (CRB) as system expert to performe RCA. /li liManage and maintain system requirements, change requests, and defect resolution activities using Polarion and associated lifecycle management tools. /li liSupport software and control strategy development through continuous collaboration with software teams. /li liDefine and maintain communication interfaces between ECUs, sensors, displays, telematics systems, and implements. /li liParticipate in technical reviews, design reviews, validation reviews, and release readiness assessments. /li liSupport root cause investigations of vehicle and system issues, identifying corrective and preventive actions. /li liCollaborate with validation teams to support a correct execution of testing phase. /li liSupport safety-related development activities in compliance with ISO 25119 and other applicable standards. /li liContribute to continuous improvement of systems engineering processes, methodologies, and best practices. /li /ul h3Experience Required /h3 ul liMaster/Bachelor's degree in Systems Engineering, Electrical Engineering, Electronics Engineering, Mechatronics Engineering, Agricultural Engineering, Computer Engineering, or related technical field. /li liMinimum 5 years of engineering experience in agricultural, off-highway, automotive, industrial vehicle, or related industries. /li liExperience in requirements engineering, system integration, or vehicle development activities. /li liExperience working in cross-functional engineering organizations. /li liStrong analytical and problem-solving skills. /li liEffective communication and stakeholder management capabilities. /li /ul h3Preferred Qualifications /h3 ul liExperience with Polarion, IBM DOORS, Jama, or equivalent requirements management tools. /li liKnowledge of Systems Engineering methodologies and V-Cycle development processes. /li liExperience with requirements traceability and verification planning. /li liTractor-Implement Management (TIM), ISOBUS, automation, and vehicle connectivity initiatives /li liFamiliarity with SysML and Model-Based Systems Engineering (MBSE). /li liKnowledge of ISO 25119 Functional Safety principles. /li liExperience with CAN, J1939, ISOBUS, TIM, Ethernet, and vehicle communication networks. /li liUnderstanding of precision farming systems, guidance, automation, and autonomous vehicle functions. /li liKnowledge of electrical and electronic architectures for mobile machinery. /li liINCOSE ASEP or CSEP certification is considered a plus. /li /ul h3Pay Transparency /h3 pThe annual salary for this role is EUR €39,000.00 - €52,000.00 plus any applicable bonus (Actual salaries will vary and will be based on various factors, such as skill, experience and qualification for the role.). /p pFor roles open across multiple locations, the salary range indicated refers to the primary location. If a different location is considered, the applicable salary range will be communicated to candidates prior to the first interview. /p h3What We Offer /h3 ul liFlexible work arrangements /li liSavings Retirement benefits /li liTuition reimbursement /li liParental leave /li liAdoption assistance /li liFertility Family building support /li liEmployee Assistance Programs /li liCharitable contribution matching and Volunteer Time Off /li /ul h3Our Engineering Technical Team /h3 pExplore the exciting and rewarding career opportunities in our engineering and technical departments, where you can grow your skills and experience, advance your career, and meet customer needs with innovative solutions. /p pb1974, World’s First Twin Rotor Combine. /b /p p(SPEECH) more profitable. /p pb1975, First self-propelled grape harvester. 1977, First single rotor combine. 1980, First in-cab automatic sprayer control system. /b /p p(SPEECH) Utilizing precision technology to drive higher yields. /p pb1995, First commercial use of integrated precision farming. 1996, First tractor with four-tracked system. /b /p p(SPEECH) And in changing times, we are working to make our world more sustainable. /p pb2009, First wireless services to sync field to office. 2009, First zero emissions hydrogen-powered tractor. /b /p p(SPEECH) Our concepts challenge the status quo. /p pb2016, First autonomous row crop tractor concept. 2017, First smart application system with individual nozzle control. /b /p p(SPEECH) Introducing the future today. /p pb2019, First contactless camera system to navigate row crops. 2019, First production 100% methane-powered tractor. /b /p p(SPEECH) paving the way with electrification and alternative fuels. /p pb2020, First Commercial Autonomous Solutions For Agriculture. /b /p p(SPEECH) we stand with the world’s farmers. /p pb2022, First Electric Tractor Prototype With Autonomous Features. /b /p p(SPEECH) doing the hard yards. /p pb2022, First Autonomous Spreader. /b /p p(SPEECH) carrying the banner of progress. /p pb2022, World’s First Liquefied Natural Gas Tractor. /b /p p(SPEECH) forever breaking new ground. /p pbCNH: A HISTORY OF FIRSTS /b /p pWe have shaped the history of agriculture with pioneering firsts spanning over three centuries. /p pTechnology Creates New Opportunities to Feed the World /p pWe partner with customers and listen to their needs, using their feedback to innovate technology that utilizes connectivity, computer vision, and artificial intelligence. /p pBUILD A CAREER DOING MEANINGFUL WORK /p p(SPEECH)(MUSIC PLAYING) /p p(SPEECH) TIM ROSZHART: Farmers have a really important job, not just helping to grow the food that feeds all of us but to do it in a way that’s sustainable for us as a people and us as a planet. /p pDAN ESLINGER: CNH partners with our customers to enable their business to operate. That’s through the use of technology, deployment of capital, dealer and support networks, and everything that’s required for them to operate their business successfully. /p pTIM ROSZHART: So for those workers that were blessed enough to get into the ag industry into farming, it’s really around how do we amplify or expand the capabilities of what they can get done. /p pMATT AMES: It’s an exciting time for the tractors and for the farmers as these technologies mature and these designs are put into use and are going to be rolled out to our customers. /p pTIM ROSZHART: With technology, we’re able to make decisions that care for every square foot of ground. It’s a great way to take interest in connectivity and mobile apps, artificial intelligence, and computer vision, these things that we see in other industries, in automotive, even in the gaming industry, and others and how to– can actually bring those interests and those passions and use it for this great purpose to help feed the world. That’s pretty cool. /p p(DESCRIPTION) Text, Innovate with Us, CNH dot com /p p(DESCRIPTION) Strips of metallic red, silver and gray whoosh, Logo, C N H I, Industrial /p p(DESCRIPTION) Sunrays Beaming Down Over a Wheat Field. /p p(DESCRIPTION) Tractors Plow Through a Field. /p p(DESCRIPTION) Black-and-white Photographs Of Equipment From Days Gone By. /p p(DESCRIPTION) 1904, First All-steel Thresher. /p p(DESCRIPTION) 1917, World’s First Mass Produced Tractor. /p p(DESCRIPTION) 1923, Farmall. First all-purpose implement tractor. 1940, First self-tying automatic pick-up baler. /p p(DESCRIPTION) 1943, First commercial mechanical cotton picker. 1952, Europe’s first self-propelled combine harvester. /p p(DESCRIPTION) 1960, First Self-propelled Windrower. /p p(DESCRIPTION) 1964, First Mower-conditioner. /p p(DESCRIPTION) 1974, World’s First Twin Rotor Combine. /p p(DESCRIPTION) Logo, CNH. Breaking New Ground. Innovation, Sustainability, Productivity. /p p(SPEECH)(MUSIC PLAYING) /p p(SPEECH)(UPBEAT MUSIC) /p p(DESCRIPTION) Title, Working at CNH. A worker, framed by construction equipment, tends to crops in a field. /p pA farmer oversees the growth of verdant plants. /p pText, Grow Together. A diverse group of young women at work in a number of office settings. /p pText, Diverse. /p pWorkers in a warehouse. People hard at work in office settings. /p pText, Inclusive. A team works together in collaboration. A worker walks through an office. Workers assemble machines. Text, One Team. /p pText, Flexible. A sports team; construction workers on the job; men working as a team. /p pText, At the forefront of Precision Technology. Images of technology and agricultural equipment in the field. /p pUsing technology to modernize a wheelchair and modify a vehicle. Text, Digitalization. /p pText, Electrification. Alternative fuels. /p pText, Well Being. A dad with his baby on an outdoor swing. A couple of surfers head into the ocean. /p pText, Our people make the difference. The faces of a diverse group of smiling people. /p pText, Join us on our journey. /p pCareers at CNH dot com. /p #J-18808-Ljbffr