Avionics Systems Engineer

Embedded Software Engineer

Avionics Engineer

Flight Control Law Engineer

Flight Control Systems Engineer

Simulation Modeling Engineer

AI Focused Automation and Autonomy Research Engineer

Software Developer, Manufacturing Innovation Engineering

Model Based System Engineering

Senior Certification Engineer (HOA)

Responsibilities: <ul><li>As an engineer, you will participate in the integration, testing and certification of electrical systems and avionics, preparation of plans and cooperation with other departments.</li><li>Daily tasks will include:</li><li>integration, testing and certification of electrical systems and avionics in accordance with requirements,</li><li>production of technical documentation for the development and maintenance of type design data,</li><li>preparation of test plans, execution of tests and preparation of compliance reports,</li><li>cooperation with other departments and business partners.</li></ul> Requirements: <ul><li>Degree in Electrical or Aerospace Engineering (or equivalent),</li><li>Excellent problem solving and communication skills,</li><li>Experience with avionics systems is desirable,</li><li>Good understanding in electrical engineering,</li><li>Hands-on attitude,</li><li>Proficient in Microsoft Office products,</li><li>Fluent in English.</li></ul>

Responsibilities: <ul><li>Duties include analyzing, designing, coding and code modification (typically in C/C++) of software designs of airborne embedded software implementations.</li><li>Participate in requirements management via DOORS, systems specifications, and interface management.&nbsp;&nbsp;</li><li>Manage software lifecycle data via DIMENSIONs configuration management tool.</li><li>Generate software requirements to integrate avionics sensors and equipment (i.e. engines, ARINC429, hydraulics, electrical systems, landing gear, RS-422, analog signals, discretes, CAN Bus, etc.)</li><li>Assist in the evaluation of software designs to identify design flaws.</li><li>Utilize a Windows and MOSA based software development environment.</li><li>Assist in the verification and validation testing of airborne embedded software using a desktop simulation environment, systems integration labs, surrogate platforms flight testing and aircraft flight testing.</li></ul> Requirements:&nbsp; <ul><li>Bachelor's Degree is required.</li><li>Major in in Computer Science, Electrical or Aerospace Engineering is preferred.&nbsp;</li><li>Applied Sciences (Physics) or Mechanical Engineering may be considered with applicable embedded software experience.</li></ul> Position Requirements:&nbsp; <ul><li>At least 5 years of relevant software experience, preferably in aerospace industry.</li><li>Ability to develop software in a RTOS environment.</li><li>Interest with ARINC653 software specification for space and time partitioning in safety-critical avionics real-time operating systems (RTOS)</li><li>Skilled in utilizing modern programming languages (e.g. C++, C#, Java, Python).</li><li>Skilled with embedded software development on Multicore processors.</li><li>Motivated person with strong problem-solving abilities, willingness to perform a wide variety of related tasks.</li><li>Effective communication skills (both verbal and written).</li><li>Interest in modern airborne sensors, avionics, mission systems, weapons systems, or electrical systems integration, development, and testing.</li><li>Familiarity with commercial certification and military qualification of aircraft systems is advantageous.</li><li>Experience with Eclipse based software is advantageous (most chip vendors and software vendors are moving to this IDE. TI-CodeComposer, NXP-CodeWarrior, DDC-I OpenArbor, etc.).</li><li>Linux/Unix experience (simple commands like ls (in windows dir), rm (del a file), md, cd, rd (make directory, change directory and remove directory) man – the builtin help documentation.</li><li>Software repositories – GiT , Tortoise GiT or some other tool that has been wrapped around GiT.</li><li>Experience with DO-178B/C software development lifecycle guidelines – Software Considerations in Airborne Systems and Equipment Certification (and the DO-178C supplements).</li><li>Interests with the integration of the Army’s Future Airborne Capability Environment (FACE) on vertical lift vehicles.</li></ul>

Responsibilities: <ul><li>Design and test of Avionics &amp; Electrical Systems with integration of complex software and hardware, including Electrical Power Generation and Distribution Systems, Integrated Avionics Systems and Displays, Communication and Navigation Systems, Mission Equipment Integration, Sensors and Vehicle Health Monitoring Systems.</li><li>System and software design, requirements management, systems specifications, interface management, system safety assessment, verification and validation testing in desktop simulation environment and systems integration labs, aircraft flight test, and aircraft/system qualification and certification.</li></ul> Requirements: <ul><li>Bachelor’s Degree is required; Major in Electrical Engineering, Computer Engineering, or Software Engineering is preferred and Bachelor’s Degree in Physics, Computer Science, Aerospace, or Mechanical Engineering will be considered.</li><li>Master’s Degree in the Engineering disciplines mentioned above is preferred.</li></ul> Position Requirements: <ul><li>At least 6 year’s experience directly related to the responsibilities of this position.</li><li>Experience with flight controls, software, avionics, or electrical systems integration, development, and testing.</li><li>Familiarity with RTCA DO-160, MIL-STD-810, RTCA DO-178, RTCA DO-254, SAE ARP4754A, SAE ARP4761, 14</li><li>CFR Part 27 and Part 29 for commercial and military qualification and certification of aircraft systems</li><li>Experience with Primary Development Environment is preferred</li><li>MathWorks MATLAB / Simulink with Stateflow and Embedded Coder is preferred</li><li>C/C++ code experience preferred</li><li>C# test scripts experience preferred</li><li>Git experience preferred</li></ul>

Job Role: <ul><li>Bring your experience and ideas and help us develop software and hardware that will advance our future Military and Commercial products. </li><li>We are developing the future of Army Aviation with the Bell V-280 Future Long-Range Assault Aircraft (FLRAA) and the Bell 360 Invictus Future Attack and Reconnaissance Aircraft (FARA), part of the US Army’s Future Vertical Lift (FVL) modernization effort.&nbsp;</li><li>We are also developing the Bell 525 Relentless, Autonomous Pod Transport (APT), and Bells High-Speed Vertical Take-Off and Landing (HSVTOL) program, a next generation stop-fold tilt-rotor.</li></ul> Responsibilities: <ul><li>flight dynamics, and simulation modeling; understanding of Control Laws (CLAWs) design, linear and non-linear analysis techniques, time, and frequency domain analysis</li><li>the following analysis environments: desktop analysis, piloted software-in-the-loop simulation, piloted software and hardware-in-the loop test labs, and aircraft flight test</li><li>development, verification, validation, and certification of commercial or military aircraft to relevant industry or regulatory standards.</li><li>Exposure to with software development in an embedded or real-time operating systems (RTOS) environment utilizing Model Based Design (MBD) techniques with tools such as MathWorks MATLAB / Simulink with Stateflow and Embedded Coder</li><li>Exposure to the hardware and software associated with Flight Control Systems, Avionics, Electrical System, engine controllers (e.g. FADECs), inertial sensors, air data computers, analog sensors, mission systems, crew stations, and/or actuation devices</li></ul> Requirements: <ul><li>We are looking for inquisitive and driven engineers with a passion to innovate.&nbsp;</li><li>You’ll need a Bachelor’s degree, with a Major in Electrical Engineering, Computer Engineering, Aerospace Engineering, Mechanical Engineering, or Computer Science being preferred.&nbsp;</li><li>Advanced degrees will be considered as additional experience.&nbsp;</li><li>Related degrees with relevant experience will be considered.</li></ul>

Responsibilities: <ul><li>Understand and adhere to enterprise architecture principles and best practices</li><li>Developing web-based applications that interface with multiple SaaS components</li><li>Writing backend end business logic and integrating front end client UI with backend API’s</li><li>Understand overall infrastructure and success measures for designing and implementing architectures and solutions.</li></ul> Requirements: <ul><li>Bachelor of Science Degree is required</li><li>Major in Computer Engineering, Software Engineering, or Computer Science is preferred.</li><li>Bachelor’s Degree in Physics, Electrical, Aerospace, or Mechanical Engineering will be considered with sufficient software development experience.</li><li>Master’s Degree in the Engineering disciplines mentioned above is preferred.</li></ul> Position Requirements: <ul><li>Experience at all levels will be considered with a minimum of 2 years specific experience with flight controls, software, avionics, or electrical systems integration, development, and testing.</li><li>Familiarity with RTCA DO-160, MIL-STD-810, RTCA DO-178, RTCA DO-254, SAE ARP4754A, SAE ARP4761, 14 CFR Part 27 and Part 29 for commercial and military qualification and certification of aircraft systems.</li><li>Experience with Primary Development Environment:</li><li>MathWorks MATLAB / Simulink with Stateflow and Embedded Coder</li><li>C/C++ code</li><li>C# test scripts</li><li>IBM Rational DOORS</li><li>Serena Dimensions / PVCS</li><li>Git</li><li>Mentor Graphics Capital Harness System</li></ul>

Responsibilities: <ul><li>The Simulation Engineer is responsible for maintaining and developing aircraft simulation models and aircraft simulation hardware for real-time simulation and desktop analysis, to meet program and customer defined requirements.&nbsp;&nbsp;</li><li>The Simulation Engineer will be an integral part of the overall IPT structure, working closely with customers and subcontractors.</li><li>Maintenance and development of aircraft simulation models</li><li>Integrate simulation hardware subsystems with simulation models</li><li>Develop simulation models of cockpit avionics</li><li>Provide status updates for major program milestones</li><li>Perform Configuration Management for developed software</li></ul> Requirements:&nbsp;Education: <ul><li>Bachelor’s Degree in Software Engineering, Computer Engineering, or Computer Science is required. Aerospace, Electrical or Mechanical Engineering degrees may be considered with applicable experience.</li></ul> Experience: <ul><li>2+ years’ experience in developing simulation models, including hardware and software integration is required. Aircraft modeling experience is preferred.</li><li>Requires or C or C++ experience in a Linux development environment</li><li>Requires familiarity with software DevOps processes.</li><li>Requires experience with Git version control system and Subversion.</li><li>Experience developing Matlab/Simulink based models and integrating with legacy software is desired.</li><li>Experience with Human Machine Interface development tools is desired</li><li>Must have the ability to prioritize tasks and work assignments</li><li>Must have strong analytical and problem-solving skills and the ability to work effectively within a team.</li><li>Must be able to build and maintain effective relationships with customers, internal and external suppliers, as well as horizontal integrations across the other teams.</li><li>Demonstrated Communication Skills needed to brief top-level management, customers and/or large groups on an occasional-to-frequent basis</li><li>Textron Relocation Assistance policy is in effect / applies for this position for candidates who qualify</li></ul>

Responsibilities: <ul><li>Fostering and care-keeping knowledge related to automation and autonomy using AI.</li><li>Actively supporting the development of technology enabling AI based automation for cockpit and flight operations, as a key enabler for Single Pilot Operations (SPO), in collaboration with main industry partners</li><li>Active participation in EU-funded projects by executing tasks, writing deliverables, attending project meetings and live flight demonstrations.</li><li>Work on design, prototyping, testing, training, and defining support procedures, in collaboration with an advanced engineering team.</li><li>Establishing needs from our Engineering branch, defining a strategic research agenda and proactively researching and deepening knowledge.</li><li>Assisting on the writing of future project proposals on the topic of AI, automation and autonomy based on Engineering needs and the defined strategic research agenda.</li><li>Facilitating flow of knowledge from EU projects to the Engineering branch.</li><li>Technology and partner scouting and linking to external institutes / research facilities.</li><li>Identifying and assisting in establishing strategic partnerships with regards to supply chain and technology implementation.</li><li>Disseminating knowledge through publications.</li><li>Safeguarding knowledge by identifying relevant IP and initiating patent applications.</li></ul> Requirements: <ul><li>MSc/PhD degree in aerospace/electrical/mechanical/control engineering or other relevant technical discipline.</li><li>Fluent in both written and spoken English.</li><li>Knowledge of Artificial Intelligence and its path towards implementation in aviation.</li><li>Ideally, knowledge and/or experience with automation and autonomy technologies supporting Single Pilot Operations (SPO)</li><li>Ideally, knowledge and/or experience of the SESAR 3 JU framework and main flagships.</li><li>Software development and programming experience.</li><li>Proactive, self-initiative and team-oriented candidate.</li><li>Strong ability to think out of the box.</li><li>Strong analytical skills, coupled with the ability to influence and, enabling effective collaboration with internal and external partners.</li><li>Excellent problem solving, communication and collaboration skills.</li></ul>

Responsibilities: <ul><li>Document and develop integrations through CAD/CAM systems or other manufacturing engineering software systems, work with MI Team to interpret business requirements into design and manufacturing system functionality to reduce cost and schedule, test the functionality.</li><li>Configures and designs approaches and/or segments addressing engineering, manufacturing digital execution</li><li>Creating applied mathematical algorithms for various applications in business, technology, or science for new software programs and systems</li><li>Look for opportunities to improve digital process execution balanced with the practical integration with other major business systems.</li><li>Solving multivariate and geometric problems to improve manufacturing processes.</li><li>Troubleshooting, debugging, maintaining, and improving existing software</li><li>Developing technical documentation to guide future software development projects</li></ul> Requirements:&nbsp; Educational: <ul><li>Bachelor’s degree in Computer Science, Mathematics, Physics, Mechanical Engineering, Aerospace Engineering OR at least 5 years of technical software development with manufacturing software, factory floor equipment programming, robotics programming, or similar may be considered equivalent to a bachelor’s degree.&nbsp;&nbsp;</li></ul> Experience: <ul><li>Using knowledge of Design and manufacturing systems, CAD/CAM, and software development configures, maintains, and integrates new methods of maximizing the execution of the system by various approaches</li><li>At least 2 years minimum experience in software development/programming, prefer 5 years or more of experience in software development/programming&nbsp;&nbsp;</li><li>Competency in C# (in a Visual Studio environment).</li><li>Competency in SQL (in a SQL Server environment).</li><li>Develops software solutions by studying information needs, conferring with users, and studying systems flow, data usage, and work processes.</li><li>Strong verbal and written interpersonal/communication skills required</li><li>Ability to be a strong team leader fostering a cohesive team, recognizing, and adapting to the needs and pace of the business</li><li>Must be able to direct multiple disciplines and demonstrate exemplary attitude and conduct with respect to attendance, job assignments and support of all company efforts.</li></ul> Preferred Skills: <ul><li>Dassault Systems CAA programming skills</li><li>Experience solving complex problems with multi-layered data sets, as well as optimizing/creating machine learning libraries and frameworks.</li><li>Knowledge of laminate composite design, manufacturing processes, NC programming</li></ul>

Responsibilities: <ul><li>We are pioneers. We were the first to break the sound barrier and design the first functional jetpack.&nbsp;</li><li>We were aboard NASA’s first lunar mission and brought advanced tiltrotor systems to market. </li><li>Today, we are defining the future of on-demand mobility.</li><li>We are proud to be an iconic company with superb talent, rapidly creating novel and coveted vertical lift experiences.&nbsp;&nbsp;</li><li>The primary focus for our Product Cyber Security (PCS) team is to ensure our products are designed, built and maintainable for cyber resiliency and survivability.&nbsp;</li><li>This is accomplished through cross-functional integration throughout the product lifecycle and coordination with customers and regulators.&nbsp;&nbsp;</li><li>You will be a part of a PCS team, deployed to product programs, and engage with talented and innovative people across engineering disciplines.</li><li>This position offers a unique opportunity to create, manage and establish company standards for modeling in the complex field of Aviation Cybersecurity.</li><li>Duties may include but are not limited to serving as a MBSE SME and Modeler on the PCS team.</li><li>Derive and allocate aircraft cyber architecture design requirements, work with PCS team members to establish models for architectural cyber analysis and design implementation, including risk assessment and threat modeling.</li><li>Compliance driven programs require DoDI 8510.01/8500.01 Risk Management Framework (RMF) certification for military platforms, and will include threat management, mitigation, and implementation of all applicable controls.&nbsp;</li><li>Serve as the author and steward for various cyber models across engineering functions.</li><li>A day in the life: Engage in the flight controls, mission systems or avionics architecture development with the PCS team to capture and model cybersecurity requirements, features, verification criteria and analysis methods.</li><li>Take ownership to define cyber modeling best practices and achieve consensus with key stakeholders.</li><li>But more than anything, it’s about being open-minded and inquisitive about what’s possible to bring the most innovative ideas to life.</li><li>We rise to the challenge, push past obstacles to create new solutions to the hardest problems, and open doors to new experiences few dream possible.</li><li>Can’t be done? Count us in. From our founding as an aerospace innovator to our current position as a technology company that is redefining flight, we come to work every day to do things differently.</li></ul> Requirements: Basic Qualifications: <ul><li>Bachelor’s degree is required.&nbsp;</li><li>Prefer Systems Engineering, Computer Science or Cyber Security degree.</li><li>Minimum of two years of related experience in Model Based System Engineering (MBSE)</li><li>Creation and management of models to describe complex aircraft systems in SysML, AADL</li><li>Experience working with design teams to develop verification plans for each subsystem.</li><li>Creation of models for a variety of cybersecurity topics, including: Threats, Vulnerabilities, Mitigations, regulatory requirement tracing.</li><li>Demonstrated ability to work in a collaborative technical environment and capture design and cyber security technical trade-offs with Integrated Product Teams (IPTs) and throughout the organization.</li><li>Develop and communicate product cyber security requirements and model residual risk assessments in accordance with product cyber security policies and methods.</li><li>Strong logical, analytical, and communication skills.</li></ul> Roles: <ul><li>Model Based System Engineering (MBSE) through CAMEO.</li><li>Experience with Risk Managed Framework (RMF) and/or Joint Special Access Program (SAP) Implementation Guide (JSIG) requirements.</li><li>Experience and/or familiarity modeling cyber-related architectures: attack trees, tabletops, threat modeling, architectural design analysis, implementing cryptographic solutions, digital signing, software authenticity, root of trust systems, plus threat and vulnerability analysis.</li><li>Demonstrated ability to create plans, procedures, and briefing material(s) for program presentations to USG.</li></ul>

Role description: <ul><li>Our airworthiness team plays a key role in bringing our vision to life.</li><li>It also represents a key intermediary interface between and the relevant aviation authorities who are responsible for the safety and certification of the products.</li><li>As well as helping to shape the regulatory environment according to which our products will be certified, your task will also be to support our in-house design teams.</li><li>By this you will contribute that our aircraft will meet the applicable certification standards and regulatory requirements.</li></ul> Responsibilities: <ul><li>Understanding and interpretation of Part 21 Sub. G and J.</li><li>Understanding and interpretation of the applicable CS and environmental protection requirements.</li><li>Understanding and uncompromised adherence to Design Organization procedures.</li><li>Assisting to quality assurance personnel in ensuring the Design Organization Handbook is up to date.</li><li>Supporting all departments of the design organisation in all questions regarding airworthiness, environmental protection approvals and certification.</li><li>Preparation of the Type Investigation program and co-ordination of all tasks related to Type Investigation in concurrence with EASA.</li><li>Co-operation in issuing guidelines for the preparation of the manuals required by the applicable implementing rules, Service Bulletins, drawings, specifications, and standards&nbsp;</li><li>Coordination with compliance verification engineers for satisfactory completion and showing of compliance against target certification specifications.</li><li>Co-operation in preparing test programs needed for demonstration of compliance.&nbsp;</li><li>Signing of conformity statements for test articles and components before performing laboratory, ground, or flight tests.&nbsp;</li><li>Approving the classification of changes in accordance with DOA privileges.&nbsp;</li><li>Monitoring of significant events on other aeronautical products as far as relevant to determine their effect on airworthiness of products being designed by the design organisation&nbsp;</li><li>Synchronising with EASA with regard to the issue of airworthiness directives in general based on Service Bulletins&nbsp;</li><li>Active involvement in internal DOA relevant training activities.</li></ul> Requirements: What do we expect from the candidate? <ul><li>Master’s degree in aerospace or aeronautical engineering or STEM + 10 years’ experience in aviation.</li><li>Knowledge of the EASA regulatory environment and EASA practices.</li><li>Previous involvement in EASA Type Certification Processes.</li><li>Knowledge of airworthiness code on national level (German LTF-UL, UK-BCAR) is beneficial.</li><li>Experience as Airworthiness Engineer and with Aviation safety (SMS).</li><li>Pragmatic and open-minded approach to novel technology design solutions.</li><li>Organizational and time management skills.</li><li>Technical problem-solving skills.&nbsp;</li><li>High level of communication skills.</li><li>Safety oriented mindset.</li><li>English language proficiency (at least C1).</li><li>German language proficiency is beneficial.</li></ul> What do we offer? <ul><li>Long-term involvement in the company.</li><li>Flexible working time.</li><li>Dynamic and interesting teamwork in a young team.</li><li>Work in a creative and ambitious international company.</li><li>Access to unique knowledge, information in the field of aviation, department, and professional training resources.</li><li>Opportunities for personal and professional development.</li></ul>

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283 aerospace engineering Jobs found

Avionics Systems Engineer

Embedded Software Engineer

Avionics Engineer

Flight Control Law Engineer

Flight Control Systems Engineer

Simulation Modeling Engineer

AI Focused Automation and Autonomy Research Engineer

Software Developer, Manufacturing Innovation Engineering

Model Based System Engineering

Senior Certification Engineer (HOA)

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Skills

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283 aerospace engineering Jobs found

Avionics Systems Engineer

Embedded Software Engineer

Avionics Engineer

Flight Control Law Engineer

Flight Control Systems Engineer

Simulation Modeling Engineer

AI Focused Automation and Autonomy Research Engineer

Software Developer, Manufacturing Innovation Engineering

Model Based System Engineering

Senior Certification Engineer (HOA)

WhiteCrow WhiteCrow is on a mission to connect companies with the best talent across the globe.

EMPLOYER

TALENT

COMPANY

Contact Us

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WhiteCrow
WhiteCrow is on a mission to connect companies with the best talent across the globe.