Do you have a passion for designing mechanical systems that enhance comfort, safety, and energy efficiency in buildings? Join our team as a Mechanical Systems Design Engineer and help shape the future of sustainable building solutions. As a Mechanical Systems Design Engineer, you'll have a pivotal role in our mission. Your responsibilities will encompass: System Design: Collaborate with architects, clients, and fellow engineers to develop mechanical systems, including HVAC, plumbing, and fire protection, for diverse building projects. HVAC Design: Expertly size and select heating, cooling, and ventilation equipment to meet building requirements while prioritizing energy efficiency and indoor air quality. Plumbing Design: Design and specify plumbing systems, ensuring strict compliance with local plumbing codes and regulations. Fire Protection Design: Develop cutting-edge fire protection systems, including fire sprinklers and alarms, to safeguard both buildings and occupants from fire hazards. Energy Efficiency: Implement sustainable and energy-efficient design practices, incorporating renewable energy sources, efficient lighting, and insulation to minimize operational costs and environmental impact. Codes and Standards: Maintain unwavering compliance with all relevant building codes, standards, and regulations, including ASHRAE, NFPA, and local building codes. Computer-Aided Design (CAD): Leverage CAD software to create intricate design drawings, schematics, and layouts for mechanical systems, ensuring precision and accuracy. Load Calculations: Perform meticulous heating and cooling load calculations to determine system requirements and select the most suitable equipment for each project. Project Management: Take charge of mechanical design projects from inception to completion, overseeing budgeting, scheduling, and seamless coordination with contractors and stakeholders. Documentation: Prepare comprehensive design documentation, encompassing technical drawings, specifications, equipment schedules, and detailed project reports. Quality Assurance: Conduct rigorous design reviews, site inspections, and commissioning activities to guarantee that installed systems align with design intent and meet rigorous performance criteria. Qualifications: To excel in this role, you should bring: A bachelor's degree in mechanical engineering or a related field, with a focus on building services engineering. A Professional Engineer (PE) license or eligibility for licensure, depending on the jurisdiction. Proficiency in HVAC design software (eg, Carrier HAP, Trane TRACE, or similar), demonstrating your advanced technical skills. A deep understanding of building codes, energy efficiency standards, and industry best practices. Familiarity with Building Information Modelling (BIM) and related software (eg, Revit, AutoCAD MEP), enabling efficient collaboration and project coordination. Exceptional communication skills, facilitating effective teamwork with clients, architects, contractors, and other project stakeholders. Strong problem-solving abilities and an unwavering attention to detail, enabling you to tackle design challenges and optimize system performance effectively. Project management prowess, enabling you to successfully juggle multiple projects simultaneously while adhering to deadlines. Knowledge of sustainable and green building practices, as well as LEED certification, is a notable advantage.
28/09/2023
Full time
Do you have a passion for designing mechanical systems that enhance comfort, safety, and energy efficiency in buildings? Join our team as a Mechanical Systems Design Engineer and help shape the future of sustainable building solutions. As a Mechanical Systems Design Engineer, you'll have a pivotal role in our mission. Your responsibilities will encompass: System Design: Collaborate with architects, clients, and fellow engineers to develop mechanical systems, including HVAC, plumbing, and fire protection, for diverse building projects. HVAC Design: Expertly size and select heating, cooling, and ventilation equipment to meet building requirements while prioritizing energy efficiency and indoor air quality. Plumbing Design: Design and specify plumbing systems, ensuring strict compliance with local plumbing codes and regulations. Fire Protection Design: Develop cutting-edge fire protection systems, including fire sprinklers and alarms, to safeguard both buildings and occupants from fire hazards. Energy Efficiency: Implement sustainable and energy-efficient design practices, incorporating renewable energy sources, efficient lighting, and insulation to minimize operational costs and environmental impact. Codes and Standards: Maintain unwavering compliance with all relevant building codes, standards, and regulations, including ASHRAE, NFPA, and local building codes. Computer-Aided Design (CAD): Leverage CAD software to create intricate design drawings, schematics, and layouts for mechanical systems, ensuring precision and accuracy. Load Calculations: Perform meticulous heating and cooling load calculations to determine system requirements and select the most suitable equipment for each project. Project Management: Take charge of mechanical design projects from inception to completion, overseeing budgeting, scheduling, and seamless coordination with contractors and stakeholders. Documentation: Prepare comprehensive design documentation, encompassing technical drawings, specifications, equipment schedules, and detailed project reports. Quality Assurance: Conduct rigorous design reviews, site inspections, and commissioning activities to guarantee that installed systems align with design intent and meet rigorous performance criteria. Qualifications: To excel in this role, you should bring: A bachelor's degree in mechanical engineering or a related field, with a focus on building services engineering. A Professional Engineer (PE) license or eligibility for licensure, depending on the jurisdiction. Proficiency in HVAC design software (eg, Carrier HAP, Trane TRACE, or similar), demonstrating your advanced technical skills. A deep understanding of building codes, energy efficiency standards, and industry best practices. Familiarity with Building Information Modelling (BIM) and related software (eg, Revit, AutoCAD MEP), enabling efficient collaboration and project coordination. Exceptional communication skills, facilitating effective teamwork with clients, architects, contractors, and other project stakeholders. Strong problem-solving abilities and an unwavering attention to detail, enabling you to tackle design challenges and optimize system performance effectively. Project management prowess, enabling you to successfully juggle multiple projects simultaneously while adhering to deadlines. Knowledge of sustainable and green building practices, as well as LEED certification, is a notable advantage.
Embedded Software Engineer - Freelance - 12months + - Hybrid Options - Belgium For a client in product manufacturing I'm searching for a versatile Embedded Architect to join part of a multi-disciplinary team working in close collaboration with hardware and electronic engineers. Below are the requirements/role: Experience: Part of an Agile team (Device Control), working with other software engineers Software design using UML (class diagram, sequence diagram, state machine) Software implementation using C++ Software test using an in-house test framework (Model Test Framework) and Python Software test on simulation and on target. Working with a DevOps setup, including a build server and CI/CD environment (Azure DevOps, Jenkins) Skills: C++ Unified Modeling Language (UML) (CI/CD) Python diverse experience Bonus to have multi-disciplinary background in electrical, mechanical or software disciplines Details: Location: Gent - Hybrid Start Date: October - November (Flex) Language: English Contract Length: 12 Months + Possible extension The work is cutting edge and they offer great rates/flexibility
28/09/2023
Project-based
Embedded Software Engineer - Freelance - 12months + - Hybrid Options - Belgium For a client in product manufacturing I'm searching for a versatile Embedded Architect to join part of a multi-disciplinary team working in close collaboration with hardware and electronic engineers. Below are the requirements/role: Experience: Part of an Agile team (Device Control), working with other software engineers Software design using UML (class diagram, sequence diagram, state machine) Software implementation using C++ Software test using an in-house test framework (Model Test Framework) and Python Software test on simulation and on target. Working with a DevOps setup, including a build server and CI/CD environment (Azure DevOps, Jenkins) Skills: C++ Unified Modeling Language (UML) (CI/CD) Python diverse experience Bonus to have multi-disciplinary background in electrical, mechanical or software disciplines Details: Location: Gent - Hybrid Start Date: October - November (Flex) Language: English Contract Length: 12 Months + Possible extension The work is cutting edge and they offer great rates/flexibility
Systems Engineer required for long term contract assifnment based in Bristol The role is within the Weapon Systems Design & Verification team, supporting the sustainment and improvement of the weapon system architecture. This will involve resolving technical queries, managing subsystem architecture and definition, and verification and validation activities. The role involves working closely with multiple stakeholders (both internally and externally). Depending on the candidate, this role could also include the management of System Engineering work packages. Key Individual responsibilities may include: * Management of System and sub-system level requirements and interface definition, including management of design baselines; * System architecture definition; * Management and resolution of Problems and Queries that arise from development & qualification activity * Understanding the impact of proposed changes on the current design/performing trade studies to de-risk the system design and ensure the continued viability of the product; * Supporting coordination of key Design Reviews; * Generation and review of technical documentation to support verification activity; * System level compliance evidence compilation; * System certification and generation of System verification documentation (eg Design Verification Plans, and Requirement Verification Modules); * Systems support to other parallel programmes as required. Experience/Knowledge/Ability Requirements * An appreciation of the Systems Engineering life cycle and processes, including requirement elicitation and interface definition, identifying and managing key design drivers, modification development and formal verification and certification processes; * Experience in Systems integration (mechanical/electrical/software) would be beneficial; * An ability to produce concise, coherent and detailed technical reports of a high quality; * An ability to work proactively and flexibly across a number of variant programmes for which relative priorities can change quickly; * An effective team player with strong interpersonal and influencing skills, essential to working as part of a multi-disciplinary team and in building cohesion in the relationships between the Systems team and various interfacing teams; * An awareness of RTC & DOORS would be beneficial. Key Technical competencies: * Proven career experience of Systems Engineering (good understanding of CADMID & V-life cycles) * Strong technical competency - proven experience in understanding and resolving technical issues & communicating technical detail at the level appropriate for the audience Key candidate characteristics: * Flexibility to react to changing priorities and managing conflicting demands * Work with a degree of autonomy and pro-active by nature Modis International Ltd acts as an employment agency for permanent recruitment and an employment business for the supply of temporary workers in the UK. Modis Europe Ltd provide a variety of international solutions that connect clients to the best talent in the world. For all positions based in Switzerland, Modis Europe Ltd works with its licensed Swiss partner Accurity GmbH to ensure that candidate applications are handled in accordance with Swiss law. Both Modis International Ltd and Modis Europe Ltd are Equal Opportunities Employers. By applying for this role your details will be submitted to Modis International Ltd and/or Modis Europe Ltd. Our Candidate Privacy Information Statement which explains how we will use your information is available on the Modis website.
26/09/2023
Project-based
Systems Engineer required for long term contract assifnment based in Bristol The role is within the Weapon Systems Design & Verification team, supporting the sustainment and improvement of the weapon system architecture. This will involve resolving technical queries, managing subsystem architecture and definition, and verification and validation activities. The role involves working closely with multiple stakeholders (both internally and externally). Depending on the candidate, this role could also include the management of System Engineering work packages. Key Individual responsibilities may include: * Management of System and sub-system level requirements and interface definition, including management of design baselines; * System architecture definition; * Management and resolution of Problems and Queries that arise from development & qualification activity * Understanding the impact of proposed changes on the current design/performing trade studies to de-risk the system design and ensure the continued viability of the product; * Supporting coordination of key Design Reviews; * Generation and review of technical documentation to support verification activity; * System level compliance evidence compilation; * System certification and generation of System verification documentation (eg Design Verification Plans, and Requirement Verification Modules); * Systems support to other parallel programmes as required. Experience/Knowledge/Ability Requirements * An appreciation of the Systems Engineering life cycle and processes, including requirement elicitation and interface definition, identifying and managing key design drivers, modification development and formal verification and certification processes; * Experience in Systems integration (mechanical/electrical/software) would be beneficial; * An ability to produce concise, coherent and detailed technical reports of a high quality; * An ability to work proactively and flexibly across a number of variant programmes for which relative priorities can change quickly; * An effective team player with strong interpersonal and influencing skills, essential to working as part of a multi-disciplinary team and in building cohesion in the relationships between the Systems team and various interfacing teams; * An awareness of RTC & DOORS would be beneficial. Key Technical competencies: * Proven career experience of Systems Engineering (good understanding of CADMID & V-life cycles) * Strong technical competency - proven experience in understanding and resolving technical issues & communicating technical detail at the level appropriate for the audience Key candidate characteristics: * Flexibility to react to changing priorities and managing conflicting demands * Work with a degree of autonomy and pro-active by nature Modis International Ltd acts as an employment agency for permanent recruitment and an employment business for the supply of temporary workers in the UK. Modis Europe Ltd provide a variety of international solutions that connect clients to the best talent in the world. For all positions based in Switzerland, Modis Europe Ltd works with its licensed Swiss partner Accurity GmbH to ensure that candidate applications are handled in accordance with Swiss law. Both Modis International Ltd and Modis Europe Ltd are Equal Opportunities Employers. By applying for this role your details will be submitted to Modis International Ltd and/or Modis Europe Ltd. Our Candidate Privacy Information Statement which explains how we will use your information is available on the Modis website.
Missile Mechanical Architect Stevenage SC required before starting. 6 months - Likely to be Extended Full Time - Current working situation Dependent on experience and skills. At least 1-2 days a week possibly in lab up to 3 in first weeks Minimal travel between sites. - Potential for international travel to France Up To £60 Per Hour Pay To Umbrella Company Overview of department: We have an opportunity for an experienced Mechanical Architect to join our team here at MBDA. This exciting role is to gather and manage the missile mechanical architecture requirements to achieve missile performance, on time and on cost and overall layout vs compliance. This involves providing justification of the design and co-ordinate the verification evidence of missile performance to support certification. Responsibilities: The role is responsible for the delivery of the missile mechanical architecture requirements and typical responsibilities include: Establishing the Missile Airframe Task Requirements Specification (TRS) to ensure a structured & coherent mechanical response to the overall Missile TRS Management of the mechanical interface with the launcher Management of Mechanical & Thermal Interfaces across the Missile Defining the optimum mechanical architecture for all variants of the missile, ensuring the mechanical architecture and interfaces meet requirements Implementation of GMA Policies to ensure Modularity & Reuse objectives are achieved Development of the overall proving logic for the validation of the Airframe Ensuring mechanical compliance to the Airframe TRS for missile certificate of design Interface with and manage customer expectations throughout the development process Producing Statements of Work and plans for activities within their sphere of responsibility Direct technical supervision of engineers within their team and indirect management of engineers in the extended project team Controlling assigned budgets, managing personal workload and identifying any further resource needs Skillset/experience required: Who and what we are looking for from you? Educated to degree level with 10 years' experience or an equivalent qualification having obtained significant experience of mechanical engineering Ability to technically manage internal & sub-contract activities Strong leadership skills, able to establish a clear engineering vision Good knowledge & experience of missile mechanical design, including: - Static & Dynamic Analysis - Design for Environment - Thermal Management Good understanding of broader engineering disciplines, including: - Aerodynamics - Testability - Production Experience developing proving logic and managing the generation of compliance evidence towards Certificates of Design Experience across the full Product Life Cycle Ability to influence senior managers and other stakeholders Strong interpersonal and well developed communication skills (written & verbal) Willingness to travel within UK and Europe
26/09/2023
Project-based
Missile Mechanical Architect Stevenage SC required before starting. 6 months - Likely to be Extended Full Time - Current working situation Dependent on experience and skills. At least 1-2 days a week possibly in lab up to 3 in first weeks Minimal travel between sites. - Potential for international travel to France Up To £60 Per Hour Pay To Umbrella Company Overview of department: We have an opportunity for an experienced Mechanical Architect to join our team here at MBDA. This exciting role is to gather and manage the missile mechanical architecture requirements to achieve missile performance, on time and on cost and overall layout vs compliance. This involves providing justification of the design and co-ordinate the verification evidence of missile performance to support certification. Responsibilities: The role is responsible for the delivery of the missile mechanical architecture requirements and typical responsibilities include: Establishing the Missile Airframe Task Requirements Specification (TRS) to ensure a structured & coherent mechanical response to the overall Missile TRS Management of the mechanical interface with the launcher Management of Mechanical & Thermal Interfaces across the Missile Defining the optimum mechanical architecture for all variants of the missile, ensuring the mechanical architecture and interfaces meet requirements Implementation of GMA Policies to ensure Modularity & Reuse objectives are achieved Development of the overall proving logic for the validation of the Airframe Ensuring mechanical compliance to the Airframe TRS for missile certificate of design Interface with and manage customer expectations throughout the development process Producing Statements of Work and plans for activities within their sphere of responsibility Direct technical supervision of engineers within their team and indirect management of engineers in the extended project team Controlling assigned budgets, managing personal workload and identifying any further resource needs Skillset/experience required: Who and what we are looking for from you? Educated to degree level with 10 years' experience or an equivalent qualification having obtained significant experience of mechanical engineering Ability to technically manage internal & sub-contract activities Strong leadership skills, able to establish a clear engineering vision Good knowledge & experience of missile mechanical design, including: - Static & Dynamic Analysis - Design for Environment - Thermal Management Good understanding of broader engineering disciplines, including: - Aerodynamics - Testability - Production Experience developing proving logic and managing the generation of compliance evidence towards Certificates of Design Experience across the full Product Life Cycle Ability to influence senior managers and other stakeholders Strong interpersonal and well developed communication skills (written & verbal) Willingness to travel within UK and Europe
REQ ID : 119727 JOB TITLE : Industrial Operations: Manufacturing Undergraduate POSTING END DATE: 30/10/2023 - JLR reserve the right to move the closing date at any time based on the volume of applications. START DATE: 1st July 2024 PROGRAMME DURATION: 12 months LOCATION: Halewood, Liverpool Hybrid working is potentially available, depending on the area and manager. JLR is a multi-site business and you'll be required to spend time working with different departments at several locations. Your placement year at university could not have come at a more exciting time. An undergraduate scheme at JLR is specifically designed to prepare you for a successful, long-term career with us. Surrounded by an innovative and dedicated team of industry experts, you'll apply your learning and satisfy your curiosity for what's possible. Arrive curious. Discover opportunity. Industrial Operations: Manufacturing Manufacturing is at the heart of our Industrial Operations function, which incorporates our manufacturing, procurement and supply chain teams and consolidates accountability for the production of our vehicles. Manufacturing is central to JLR, with thousands of vehicles being created every day across our production facilities. You will have the opportunity to influence the future of manufacturing. This industry-leading scheme is aimed at undergraduates who have a passion for learning and a pioneering mindset: ambitious, innovative and determined individuals, who respect our heritage and can think beyond the challenges of today, to build the cars of tomorrow. Whilst gaining wide-ranging hands-on experience and pursuing your ongoing studies, you will work on projects that are fundamental to our global success. During your journey to become an expert in manufacturing, you will learn how to effectively implement and manage a lean operation and interpret the digital engineering lifecycle of a vehicle, whilst developing exceptional core competencies in engineering. During the programme, you could work at our Halewood Plant or within our Global Manufacturing Engineering (GME) function based at Halewood. You will be allocated to a department based on personal preferences and business needs. Halewood Plant The Halewood vehicle production facility has a strong manufacturing heritage: in fact, we are extremely proud to have achieved our 60th year of manufacturing in 2023. What's more, Halewood is home to the award-winning Evoque and the Discovery Sport and is now destined to become our first fully electric vehicle manufacturing facility. This is an exciting time for us, with unprecedented levels of investment and the introduction of new technologies, and we're putting our people at the forefront of our plans. Our focus on cultural development, will empower our teams and give them all the skills to succeed in a diverse and inclusive environment, powered by the unique 'Halewood' spirit. Whether you focus on Press, Body, Paint, Trim and Final Launch or Materials, Planning and Logistics (MPL), you will experience the end-to-end production of our vehicles. This is an exciting time to join Halewood, as we develop the new generation of electric cars, which will be delivered in 2025. This landmark launch will bring together diverse technologies to release our innovative Electrical Modular Architecture (EMA) platform - and you can play your part in making it happen. Utilising a range of toolsets and benefiting from extensive on-the-job training, you will learn all about problem-solving and applying data analysis techniques, giving you all the skills you need for a fast-moving manufacturing career. You will also learn about lean manufacturing operations and the engineering lifecycle of a vehicle, whilst developing your core competencies in engineering. Global Manufacturing Engineering (GME) Our GME function is responsible for the design, installation and commissioning of manufacturing facilities and processes to build the modern luxury vehicles of the future. Join us and it will be your responsibility to ensure that our manufacturing plant teams have the facilities they need to deliver vehicles in the right quantities and to the highest quality standards. This diverse team spans a broad spectrum of disciplines across a range of technology areas such as Process and industrial engineering plans and implement processes to deliver the required volume from our plants. Dimensional systems engineering ensures that vehicle designs and features meet customers' expectations, including reporting on body quality progress. Facilities engineering is responsible for making certain that parts are delivered to production lines on time and to agreed quality standards. Vehicle Configuration Acceptance Testing (VCAT) evaluates both software and electrical systems before delivery. Along the way, you will learn problem-solving skills and gain expertise in project management and data analytics. WHAT'S REQUIRED? You will need to be on track to achieve at least a 2.2 degree in a science, technology, engineering or mathematics (STEM) discipline (not including biology or life sciences). We are particularly interested in hearing from mechanical engineering and industrial manufacturing engineering undergraduates but will also consider aeronautical and automotive engineering students if you have a strong interest in manufacturing. In addition, you will have real passion for problem-solving and the curiosity to understand business challenges and deliver innovative solutions. You will also have strong numerical and interpersonal skills and the confidence to champion new initiatives. Please note that our undergraduate placement opportunities are open only to penultimate-year students (those who will be returning to their final year of study or on an integrated master's after their placement with us). All our undergraduate programmes have a fixed start date, commencing 1st July 2024. REWARDS AND BENEFITS Our 2024 undergraduate programme salary will be £21,377. You'll also enjoy a generous holiday allowance, a discounted car purchase and lease scheme for you and your family, an excellent pension scheme and access to a wide range of deals and discounts from retailers and sports clubs. You will be applying your curiosity and creativity every day as you begin to hone your skills for a successful, impactful career. You own your development, and only you can make it happen. We'll be right by your side in your pursuit of exceptional, and we'll give you all the encouragement and support you need. Your future starts here. Please be aware that we may close our programmes at any point and at short notice based on the volume of applications received. To give yourself the best chance of being considered for a place on this programme, please apply early.
25/09/2023
Full time
REQ ID : 119727 JOB TITLE : Industrial Operations: Manufacturing Undergraduate POSTING END DATE: 30/10/2023 - JLR reserve the right to move the closing date at any time based on the volume of applications. START DATE: 1st July 2024 PROGRAMME DURATION: 12 months LOCATION: Halewood, Liverpool Hybrid working is potentially available, depending on the area and manager. JLR is a multi-site business and you'll be required to spend time working with different departments at several locations. Your placement year at university could not have come at a more exciting time. An undergraduate scheme at JLR is specifically designed to prepare you for a successful, long-term career with us. Surrounded by an innovative and dedicated team of industry experts, you'll apply your learning and satisfy your curiosity for what's possible. Arrive curious. Discover opportunity. Industrial Operations: Manufacturing Manufacturing is at the heart of our Industrial Operations function, which incorporates our manufacturing, procurement and supply chain teams and consolidates accountability for the production of our vehicles. Manufacturing is central to JLR, with thousands of vehicles being created every day across our production facilities. You will have the opportunity to influence the future of manufacturing. This industry-leading scheme is aimed at undergraduates who have a passion for learning and a pioneering mindset: ambitious, innovative and determined individuals, who respect our heritage and can think beyond the challenges of today, to build the cars of tomorrow. Whilst gaining wide-ranging hands-on experience and pursuing your ongoing studies, you will work on projects that are fundamental to our global success. During your journey to become an expert in manufacturing, you will learn how to effectively implement and manage a lean operation and interpret the digital engineering lifecycle of a vehicle, whilst developing exceptional core competencies in engineering. During the programme, you could work at our Halewood Plant or within our Global Manufacturing Engineering (GME) function based at Halewood. You will be allocated to a department based on personal preferences and business needs. Halewood Plant The Halewood vehicle production facility has a strong manufacturing heritage: in fact, we are extremely proud to have achieved our 60th year of manufacturing in 2023. What's more, Halewood is home to the award-winning Evoque and the Discovery Sport and is now destined to become our first fully electric vehicle manufacturing facility. This is an exciting time for us, with unprecedented levels of investment and the introduction of new technologies, and we're putting our people at the forefront of our plans. Our focus on cultural development, will empower our teams and give them all the skills to succeed in a diverse and inclusive environment, powered by the unique 'Halewood' spirit. Whether you focus on Press, Body, Paint, Trim and Final Launch or Materials, Planning and Logistics (MPL), you will experience the end-to-end production of our vehicles. This is an exciting time to join Halewood, as we develop the new generation of electric cars, which will be delivered in 2025. This landmark launch will bring together diverse technologies to release our innovative Electrical Modular Architecture (EMA) platform - and you can play your part in making it happen. Utilising a range of toolsets and benefiting from extensive on-the-job training, you will learn all about problem-solving and applying data analysis techniques, giving you all the skills you need for a fast-moving manufacturing career. You will also learn about lean manufacturing operations and the engineering lifecycle of a vehicle, whilst developing your core competencies in engineering. Global Manufacturing Engineering (GME) Our GME function is responsible for the design, installation and commissioning of manufacturing facilities and processes to build the modern luxury vehicles of the future. Join us and it will be your responsibility to ensure that our manufacturing plant teams have the facilities they need to deliver vehicles in the right quantities and to the highest quality standards. This diverse team spans a broad spectrum of disciplines across a range of technology areas such as Process and industrial engineering plans and implement processes to deliver the required volume from our plants. Dimensional systems engineering ensures that vehicle designs and features meet customers' expectations, including reporting on body quality progress. Facilities engineering is responsible for making certain that parts are delivered to production lines on time and to agreed quality standards. Vehicle Configuration Acceptance Testing (VCAT) evaluates both software and electrical systems before delivery. Along the way, you will learn problem-solving skills and gain expertise in project management and data analytics. WHAT'S REQUIRED? You will need to be on track to achieve at least a 2.2 degree in a science, technology, engineering or mathematics (STEM) discipline (not including biology or life sciences). We are particularly interested in hearing from mechanical engineering and industrial manufacturing engineering undergraduates but will also consider aeronautical and automotive engineering students if you have a strong interest in manufacturing. In addition, you will have real passion for problem-solving and the curiosity to understand business challenges and deliver innovative solutions. You will also have strong numerical and interpersonal skills and the confidence to champion new initiatives. Please note that our undergraduate placement opportunities are open only to penultimate-year students (those who will be returning to their final year of study or on an integrated master's after their placement with us). All our undergraduate programmes have a fixed start date, commencing 1st July 2024. REWARDS AND BENEFITS Our 2024 undergraduate programme salary will be £21,377. You'll also enjoy a generous holiday allowance, a discounted car purchase and lease scheme for you and your family, an excellent pension scheme and access to a wide range of deals and discounts from retailers and sports clubs. You will be applying your curiosity and creativity every day as you begin to hone your skills for a successful, impactful career. You own your development, and only you can make it happen. We'll be right by your side in your pursuit of exceptional, and we'll give you all the encouragement and support you need. Your future starts here. Please be aware that we may close our programmes at any point and at short notice based on the volume of applications received. To give yourself the best chance of being considered for a place on this programme, please apply early.
