VERTICAL AEROSPACE GROUP

Responsibility

• about Vertical
• here at Vertical, we are developing the UK's first fully electric, vertical take-off and landing aircraft , the VX4
• with zero-operating emissions
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• vertical is transforming the way people travel by offering a faster, safer, and greener way to move
• define the Flight Test strategy for a novel aircraft design
• responsible for requirements specification, validation, integration, and verification of propulsion testing assets
• plan, prepare for and lead flight test activities
• acquire appropriate permissions and licenses from authorities
• support selection of external partners/suppliers to supply test assets ensuring integration and compatibility between suppliers and OEM assets
• we are breaking the boundaries and pushing our commitment to the EVTOL world by changing the way the world travels. Our mission is powered by pioneers and progress is our prerogative
• co-ordinate the specification, design, procurement, build, commissioning and test execution of numerous sub and full scale rigs
• team management and leadership in test execution
• long term electrical cycling
• conduct requirement validation, verification, and progress PDR/CDR/TRR gates for a diverse range of test assets
• maintain a close working relationship with the company's Test Pilots
• battery abuse testing
• support design of hardware and software solutions for rig testing including data acquisition, instrumentation, control/HMI, data stimulus and recording systems
• battery vibration testing
• perform risk assessments and provide recommendations/solutions
• troubleshoot test rigs and systems in case of problems as well reporting problems and actively participating in change control board
• characterisation testing for the development of new simulation models
• work closely with other departments within the company, principally Flight Controls, Flight Physics, Simulation and Certification
• responsible for commissioning and acceptance tests include providing training to new asset users
• gathering test requirements from around the engineering function and determining the best solution to meet the needs, whilst keeping future flexibility into consideration
• ground equipment testing which is associated with the battery assembly
• complete test briefings, test conduct, debriefing and reporting internally
• battery management system testing
• developing the Flight Test function to be ready for an aircraft certification programme, including process definition , record keeping and competence development
• assist with other tasks within the Test Team as required

Requirements

• civil and Fly By Wire certification experience
• A degree in an engineering or technical discipline
• problem solving skills and can-do attitude
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• require Bachelor's in engineering
• be educated to degree level or higher in Engineering, Physics, or equivalent work experience
• validation activity for digital simulation and models for certification
• A background in test development and / or battery test development
• experience with propellers/rotors and electric motors is desirable
• experimental Flight Test Engineer qualification from a recognized / approved Flight Test Training Organisation
• compliance Verification Engineer experience
• strong knowledge of battery electrochemistry and Li-ion technology
• an understanding of testing methods, instrumentation/calibration requirements, health and safety considerations, data acquisition and certification based activities
• A degree or NVQ in an engineering or technical discipline, or equivalent experience
• have demonstrable experience as a Flight Test Engineer in aircraft certification, ideally within a fast paced and novel programmes
• hands-on experience of battery test operations
• A demonstrable track record and technical skills to plan, coordinate, and delivering test procedures, rigs and solutions
• A working knowledge of HV lithium-ion battery systems
• experienced in validation and verification of complex, high-reliability systems in aerospace or related industry. Knowledge of SAE-ARP-4754A is a plus
• medically fit to fly and able to obtain a CAA Class 2 medical
• engineering or Science degree
• experienced in the use of battery cyclers and environmental chambers, data acquisition and battery test scripting languages e.g. Arbin, Binder etc
• experience of establishing and maintaining relationships with numerous internal and external stakeholders
• at least 3 years experience in a high tech test engineering environment
• knowledgeable in battery test methods and data analysis
• experienced with Requirement Management tools such as DOORS, Windchill RV&S, Eclipse, JAMA
• have experience working with multiple types of air vehicle, ideally including fixed wing, rotorcraft, multirotor and remotely piloted air systems
• A strong knowledge of the health and safety challenges around battery testing
• experienced with standard laboratory and workshop tools as well as high voltage working
• at least 3 years experience of working with electric vehicles
• hands-on experience of battery test operations, including preparation, set-up and monitoring
• excellent interpersonal skills to effectively communicate with internal and external stakeholders, reporting issues and progress to seniors
• an intricate understanding of aircraft systems, flight physics & a desire to learn more
• our Ways of Working
• the ability to identify, prioritise and resolve complex technical issues in a timely manner
• competent with data loggers and CAN systems such as Dewesoft, Vector , PICO, Lab View
• assembly and installation of test jigs, cooling systems and instrumentation
• familiarity with test instrumentation & data acquisition systems such as Speedgoat, National Instruments, IADS
• experience working with external regulators/airworthiness bodies
• we seek a unique individual, who has a mix of hands on test experience and desk based administrative and test planning work
• experience in battery test methods and data analysis
• experience certifying a product
• knowledgeable in the use of battery cyclers and battery test scripting languages
• familiarity with basic electrical system design would be desirable
• our typical full time working week is 37.5 hours
• A career background in electric vehicle or battery testing would be particularly advantageous, together with an interest in green technology and/or aviation
• skills understanding complex datasets and making sense of a complex system's performance
• ability to manage their own time and coordinate with others to prioritise and deliver long-term goals with limited oversight
• experience in requirements management
• A good knowledge of the health and safety challenges around battery testing
• support/Lead test operations in deployed locations, away from normal operating base and when required to travel and work extended hours, working with a variety of teams and technicians
• familiarity with simple structural design/sizing would be desirable
• we recognise the world of work is rapidly evolving and that flexibility is important for us all to thrive
• 3+ years research or working experience in the field of lithium-ion cell testing
• strong critical mindset, working from first principles and academic research
• program management skills – such as timing plan creation and stakeholder management
• experience of operating, maintaining and calibrating test equipment and associated systems
• must be able to work both independently and in a team and when required to travel and work extended hours

Benefits

• company car

Earnings for position test engineer

Current offers for the position:

Responsibility

• about Vertical
• here at Vertical, we are developing the UK's first fully electric, vertical take-off and landing aircraft , the VX4
• with zero-operating emissions
  Show more +39
• vertical is transforming the way people travel by offering a faster, safer, and greener way to move
• capture and manage simulation requirements to meet the needs of multiple inter-disciplinary teams
• generating and interpreting data related to rotor dynamics performance with tools of varying fidelity based on programme requirements and phases
• lead a team of System Safety Engineers through aircraft development, certification and into service
• developing and executing methods, tools and processes that will enable F&DT analysis to be carried out on novel structures
• support HV battery distribution development
• work with external suppliers to develop and integrate hardware and software solutions
• steering and contributing to the development of robust methods and tools for rotor dynamics analysis
• carrying out analysis that will create optimised solutions to meet challenging requirements
• collaborating with internal and external stakeholders to develop an appropriate system level solution based on clear feature definition and requirements
• develop and maintain aircraft simulation models of varying levels of fidelity and complexity
• with the team, develop the validation and verification strategy for rotor dynamic performance
• be the primary safety interface for all aircraft integration activities and provide safety solutions to problems that are defensible and auditable
• leading the structural analysis of metallic and composite structures using both first principles and mathematical modelling techniques
• we are breaking the boundaries and pushing our commitment to the EVTOL world by changing the way the world travels. Our mission is powered by pioneers and progress is our prerogative
• analysis of functional, behavioural and performance requirements
• create and maintain hardware-in-the-loop testing environments
• demonstrating compliance of novel designs to emerging aerospace specifications
• produce the aircraft safety case
• long term electrical cycling
• logical design, architectural design, functional decomposition and allocation and interface definition
• support and facilitate simulated aircraft handling qualities assessments and flight test training activities
• conducting a wide variety of analysis in your field to support colleagues, suppliers and partner organisations to deliver on objectives
• collaborate, with Design / Programme Teams on all aspects of system safety
• battery abuse testing
• system integration and user acceptance testing
• ensure all work completed by the Aircraft Safety Team is consistent and in line with policy and procedures
• leading small technical teams and defining activities required to complete suitable analysis
• battery vibration testing
• facilitating reviews with stakeholders to ensure alignment between business functions
• contribute to the development / continuous improvement of the operating framework of Aircraft Safety Team
• characterisation testing for the development of new simulation models
• be responsible for project delivery for a HV DC Fast Charger and charger control integration into the BMS in the Energy storage Team
• you will lead the technical discussions to manage suppliers and robust design and validation processed through the application of Concurrent Engineering
• participate in the international evolution of safety standards for eVTOL aircraft
• co-ordinate and deliver safety activities for the technology demonstrator / certification aircraft
• ground equipment testing which is associated with the battery assembly
• you will ensure robust system engineering approach and ensure implementation of standard product development norms DFMEA, Robustness, etc
• battery management system testing

Requirements

• A degree in an engineering or technical discipline, or equivalent experience
• bachelor's degree or higher in Aerospace/Aeronautical Engineering or related field
• bachelor's degree in Aerospace/Aeronautical Engineering or other relevant discipline
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• education to degree level or higher in an Engineering discipline
• bachelor's degree or higher in Aerospace/Aeronautical/Control Engineering or other relevant discipline
• A comprehensive working knowledge of HV lithium-ion battery systems
• significant demonstrable experience in the generation and interpretation of data related to rotor dynamics in a relevant industrial environment
• A career background in the design and development of safety-critical systems
• experience of developing higher-order control laws for clean-sheet aircraft designs
• degree or equivalent in a relevant field
• significant hands-on experience of battery build/manufacture operations
• knowledge of propeller/helicopter blade loads, aeroelasticity and structural dynamics
• ability to apply your knowledge to building a cutting-edge simulation environment
• strong theoretical knowledge of rotor dynamics
• an interest in green technology in aviation
• strong mathematical ability
• proven capability of successfully leading technical teams
• significant experience in the use of automated machinery, including set-up and configuration
• experience of working in inter-disciplinary teams in a fast-paced environment
• ability to apply your knowledge to small vehicles of novel design and operational characteristics
• significant demonstrable experience of aircraft and/or system level safety assessments
• expert MATLAB/Simulink skills
• IT skills and experience of developing and using F&DT analysis tools
• CHAdeMO, SSC, MSC, ISO15118, OCPP, UL2251 and other relevant charging standards
• experience of cell welding techniques
• experience with FE modelling and/or rotary-wing analysis software
• effective technical writing and presentation skills and an ability to clearly communicate conclusions from large and complex datasets
• understanding of typical flight characteristics of fixed and rotary wing air vehicles
• awareness of the processes and requirements relevant to aircraft certification
• have gained relevant technical signature rights
• A strong knowledge of the health and safety challenges around battery testing
• previous involvement in a test programme of a propeller/helicopter rotor
• strong interpersonal skills and the ability to work in a small, motivated team
• awareness of processes and requirements relevant to the certification of aircraft
• knowledge of SAE ARP 4754A / 4761 and their application
• ability to be a strong voice for Vertical Aerospace in discussions with external partners and collaborative environments
• complex electrical / electronic systems integration and the use of advanced technologies
• held a position of responsibility for certification activities in an approved aircraft design organisation
• the ability to identify and resolve complex technical issues
• understanding of AC-DC and\/or DC-DC Converter topologies and control methods. Power Electronics product design experience a plus
• strong technical writing and presentation skills and an ability to clearly communicate conclusions from large and complex datasets
• experience in battery test methods and data analysis
• strong interpersonal skills and ability to work in a small, motivated team
• strong analytical skills to examine evidence to support a safety argument
• ability to mentor, develop and guide junior team members
• experience working with three phase power and DC voltages up to 1500V
• experience of automated battery test systems, including BMS and CAN communications
• flexibility and interest to work in other associated Flight Physics fields when the needs arise
• demonstrable experience of coordinating the activities of a Safety Team to deliver on-time
• power electronics design and Design for EMC
• 5 years + relevant industrial experience
• our Vertical Additional Benefits

Benefits

• mutual
• company car

Current offers for the position:

Responsibility

• about Vertical
• here at Vertical, we are developing the UK's first fully electric, vertical take-off and landing aircraft , the VX4
• with zero-operating emissions
  Show more +26
• vertical is transforming the way people travel by offering a faster, safer, and greener way to move
• more about the team you will be joining as a Vehicle Systems Engineer
• running of system trade studies to ensure an optimised solution
• working with external stakeholders and customers to understand aircraft and system concept of operations
• you will be joining a team responsible for Systems Engineering and Safety
• using a systems engineering approach to deliver equipment verification
• top level aircraft requirements capture, decomposition & traceability
• this team owns management of systems processes, methods and tools
• verification programme design and support
• we are breaking the boundaries and pushing our commitment to the EVTOL world by changing the way the world travels. Our mission is powered by pioneers and progress is our prerogative
• define testing and verification activities to be carried out internally and by external suppliers
• technical document writing and system modelling
• my Impact as a Vehicle Systems Engineer
• conduct multi-disciplinary design reviews throughout the different phases of aircraft development
• supporting architecture design with performance/complexity/cost trade-offs
• supporting the standardisation of systems engineering methods at all levels within the business
• supporting external projects with forward looking objectives
• your speciality is knowing how to translate and prioritise customer, company and regulator wants into actionable requirements
• supporting compliance to relevant aerospace standards
• as the aircraft design mature, you will verify aircraft requirements on the "iron bird"
• presenting complex system information in an understandable way to all levels of the business
• it is part of a Squad which includes modelling & simulation, aerodynamics, its performance, structural loads & dynamics, handling qualities, and aircraft level requirements
• what success will look like for the Vehicle Systems Engineer
• generate, review and manage system requirements
• as a Vehicle Systems Engineer, you will work closely with system specialists, airworthiness specialists, and aircraft architects to define how the aircraft will look and perform
• compliance documentation

Requirements

• bachelor's Degree in relevant engineering discipline
• masters or PhD in relevant engineering discipline
• experience in rigorous, purposeful systems engineering
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• broad knowledge and understanding of aircraft systems, both conventional and UAS
• experience in high level aircraft design
• bachelor's or Master's degree in aerospace engineering or a similar discipline
• confident with taking part in FMEA's, PSSA assessments, design reviews and programme reviews
• experience in aircraft systems integration
• experience in design of aircraft systems
• previous aircraft experience is ideal, particularly actuation or control systems development
• understanding of aircraft systems, both conventional and UAS
• experience with datasets from electrical systems and ability to compare that to pre-defined success criteria
• experience with requirement management tools, such as Doors/Jama
• experience certifying to aerospace standards
• experience of the product development life cycle, from concept through to manufacturing is desirable
• understanding of urban air mobility challenges
• comfortable with defining and driving work forward
• experience with development and testing of aircraft and/or UAS systems
• understanding of systems engineering principles, working with requirements and application of the V&V process
• experience in system engineering methods
• able to communicate effectively and promptly with stakeholders throughout the organisation and with external suppliers
• understanding of aerospace certifying standards
• A track record of cross disciplinary working, bring people and teams together for a common goal
• experience with systems engineering toolsets
• confident and capable of holding your ground in robust engineering discussions
• experience with requirements solicitation and cascade
• willingness to be wrong and make corrections as and when the data directs it
• experience with requirements management toolsets is highly advantageous
• experience with verification and validation methods
• strong organisational skills and an ability to focus on and complete detailed tasks in a busy, fast-paced environment
• experience in system of system products
• excellent communication skills and the ability to interface with a wide range of disciplines within engineering
• experience in technical writing
• our Ways of Working
• preferred Qualifications/Experience
• experience with systems engineering principles: Both sides of the 'V'
• good practical mindset, ideally backed up with hands-on experience of building, commissioning and testing mechanical systems in a bench, lab or production environment
• our typical full time working week is 37.5 hours
• this is an on-going advert and interviews will be held on an ad-hoc basis until sufficient applications have been received

Benefits

• company car

Current offers for the position:

Responsibility

• about Vertical
• here at Vertical, we are developing the UK's first fully electric, vertical take-off and landing aircraft , the VX4
• with zero-operating emissions
  Show more +20
• vertical is transforming the way people travel by offering a faster, safer, and greener way to move
• we are looking for a Senior Electrical Aircraft Technician to join our aircraft build team here at Vertical
• we are looking for 2 Aircraft Electrical Build Technicians to join our Build Team
• 1 year fixed term contract
• my Impact as an Aircraft Electrical Build Technician
• we are breaking the boundaries and pushing our commitment to the EVTOL world by changing the way the world travels. Our mission is powered by pioneers and progress is our prerogative
• what success will look like for the Aircraft Build Technician
• the role will be to lead a team of electrical technicians in our aircraft build as well as manage all aspects of our workshop & maintenance activity including relevant HSE to ensure all work is airworthy and to industry standards
• ensuring all appropriate documentation is completed and maintained
• the team will also be assisting in the build and deployment of test rigs as well as supporting the flight test programme
• we are looking for an experienced Aircraft Electrical Technician with high quality mechanical and/or avionic fitting skills and sound personal standard practices to assist in the build, commissioning and testing of electric or hybrid prototype aircraft and its sub-systems
• we are looking for someone that will enjoy working with a world class team comprised of leading aerospace and technology thinkers as well as some of the finest engineering talent
• you will be required to assist in the building, commissioning and deployment of test rigs as well as assisting in the successful completion of our flight test programme including possible temporary overseas deployments
• of course, you will possess or be able to rapidly adopt a passion for sustainable aviation and it's benefits for both society and sustainability
• assisting in the flight test programme in the UK and possibly overseas
• vertical is a values-led business that embraces diversity in all its forms in particular diversity of thought. Vertical is committed to building an industry leading team offering global perspectives that represent the communities it serves
• carrying out the fitting of electrical mechanical and avionic components I.A.W. engineering drawings, build plans, digital mock-ups and instructions from Senior Technicians or Head of Department to highest quality standards to ensure airworthiness
• activity coordination with other workshop users
• you may be required to work a shift system or additional hours for high load periods within the business
• carrying out the build, testing, commissioning and ongoing maintenance of sub-assemblies and full aircraft systems including low and high voltage electrical and mechanical systems as well as providing support for aircraft systems test and flight test activities

Requirements

• will have completed a recognised aircraft engineering apprenticeship in a commercial or military environment or similar qualification in aircraft systems
• will have completed a recognized aircraft engineering apprenticeship in a commercial or military environment or similar qualification in aircraft systems
• have a good working knowledge of High Voltage electrical systems, wiring harness build techniques including crimping and soldering
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• have good working knowledge of structural production techniques, repairs and composite materials
• should have very good attention to detail and can operate to challenging deadlines without compromising standards or quality
• have a good working knowledge of aircraft documentation, maintenance manuals and engineering drawings
• we understand some people may not apply to jobs unless they tick every box
• will apply previous experience, skills & knowledge to maintain Health, Safety and Environmental considerations and suggest improvements to procedures wherever possible
• we'd love to hear from you
• good working experience of IT systems including electronic work card systems and Microsoft packages
• this is an on-going advert and interviews will be held on an ad-hoc basis until sufficient applications have been received
• accredited aerospace engineering qualification
• basic Qualifications/Experience
• here at Vertical, we are working to create an environment of growth, diversity and opportunities for people to take on challenges and push the status quo
• relevant commercial aircraft apprenticeship or military equivalent an advantage
• can demonstrates a flexible and proactive attitude to carrying out responsibilities and always willing to lend a hand where needed throughout the business and across different teams
• minimum 2-5 years' experience in aircraft production
• minimum 2-5 years’ experience in aircraft production
• if you're excited about joining us and think you have much of what we're looking for, even if you're not 100% sure
• full UK driving licence
• minimum 2-5 years' experience in aircraft production, maintenance or overhaul

Benefits

• company car

Current offers for the position:

Responsibility

• this role will suit a recent graduate who has amassed between 2-4 years post education experience in a commercial environment
• unfortunately we cannot consider applicants who do not have any post university commercial work experience, although this does not apply to PhD applicants

Requirements

• advanced Matlab programming ,Simulink and Simscape modelling skills
• knowledge of cell characterisation methods
• MSc or PhD Degree in Applied Physics, Mechanical, Aerospace, or related engineering field
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• experience developing cell ageing models for Li-ion batteries
• knowledge of Li-ion battery electrochemical-thermal performance, common battery cell chemistries, impact of different cell designs on cell performance, and pack design
• experience in statistical analysis and data visualisation
• strong knowledge of chemistry, solid mechanics, fluid dynamics, and thermodynamics
• strong knowledge of CFD and FEM
• degree in Applied Physics, Mechanical, Electrical, Electronics, Aerospace, Systems, or Computer Engineering or related engineering field
• experience with commercial CFD software, such as Ansys Fluent, StarCCM or similar
• experience in aerospace
• good understanding of degradation mechanisms of Li-ion cells and strong knowledge of battery electrochemistry and Li-ion technology, including differences between different chemistries
• knowledge of MATLAB/Simulink/Simscape, experience modelling typical cell abuse cases, and good understanding of the physical phenomena relevant to these events
• research or working experience in the battery simulation field
• experience with hands-on lithium-ion battery testing
• sensing and data acquisition/ Instrumentation knowledge
• understanding of ageing mechanisms of Li-ion batteries
• understanding of how system level requirements for performance, safety, and durability drive model requirements
• CAD experience
• knowledge and experience applying Systems Engineering principles
• ability to manage their own time and coordinate with others to prioritise and deliver long-term goals with limited oversight
• our Vertical Additional Benefits
• strong critical mindset, working from first principles and academic research
• ability to learn new concepts and methods, propose design of experiments, and execute independently

Benefits

• company car

Current offers for the position: