Your skills in collaboration, systems engineering, FMA/design robustness, CAE, and safety DV efficiency will be used to develop world-class efficient vehicle architectures for frontal, side, rear, pedestrian impact, roof strength, and low-speed damageability.

Responsibilities:

• Work with Advanced Vehicle Crash Safety and Program Design teams to develop occupant CAE models in LS-Dyna for various crash modes.
• Collaborate with responsible D&Rs and associated component suppliers to ensure component CAE models are properly correlated and/or reasonable initial assumptions are being made.
• Conduct DOE/DFSS studies by utilizing optimization tools to meet performance requirements within the constraints of conflicting attributes such as cost and mass.
• Support quick concept development of new and emerging ideas.
• Assess the system-level occupant performance for all relevant impact configurations.
• Optimize the performance of the relevant components needed to meet occupant performance targets (airbags, seat belts, steering column, seats, instrument panel, interior trim, etc.).
• Collaborate with the safety structures team in case structural performance of the BIW does not allow meeting occupant performance targets.
• Support the creation of standard work procedures for delivering quality models and simulation results.
• Work in a cross-functional environment to identify and overcome technical challenges and meet requirements.
• Be a part of the vision of engineering excellence and a source of knowledge.
• Participate in design reviews and present design concepts. Make recommendations to improve and refine designs.
• Support the delivery of the occupant safety attribute with high-quality CAE models during all program phases all the way through Start-of-Production.

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The Controls Engineer will collaborate with cross-functional teams to monitor and improve the performance of the data centre throughout its lifecycle. This individual will work closely with Operations and Maintenance to ensure the systems are running smoothly, from day-to-day management to long-term upgrades and expansions.

Responsibilities:

• Execute the implementation and modification of Building Management System (BMS), Electrical Power Management System (EPMS), and any other SCADA systems critical for the operation of current and future data centres

• Oversee the operation of critical systems such as chillers, pumps, and power distribution, using PLCs and other industrial control technologies

• Prepare specifications for Human-machine Interface (HMI) including graphics standard for interpretation by Grok

• Implement and maintain automated controls for fire safety and emergency shutdown procedures (ESOP)

• Develop a corporate-level reporting dashboard to monitor the operational trends such as power usage effectiveness (PUE) and performance/cost, and dynamically adjust the infrastructure set points for optimal performance

• Coordinate with utility providers to automate demand and operational responses to upstream grid events

Basic Qualifications:

• Bachelor's Degree in an Engineering discipline: Controls and Computer Control Systems, Computer Science, Mechatronic Engineering, Automation Engineering, etc., or equivalent experience

• 5+ years of experience as a hands-on Controls Engineer working with industrial control systems

• Ignition SCADA Programming Experience

• Siemens TIA Portal PLC Programming Experience

Preferred Skills and Experience:

• Advanced proficiency in programming industrial equipment in all IEC 61131-3 languages with a focus on structured text and ladder logic

• Experience with industrial control hardware from leading manufacturers (e.g. Siemens, SEL, Rockwell)

• Familiarity with Human Machine Interface (HMI / GUI) development using platforms such as Ignition, SEL, etc

• Methodical troubleshooting approach

• Strong documentation and communication skill set

• Technical project management mindset

• Team-player, takes initiative, and highly motivated

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The Lead Engineer will be responsible for the delivery of all PPMs, and reactive works on the Victoria account. The delivery of these works will be through both the in-house team and relevant ABM sub-contractors.

KEY RESPONSIBILITIES

• Responsibility for booking in and managing all sub-contractor activity in line with the annual planner, assessing the quality of work being carried out, ensuring all remedials are reviewed/carried out, RAMS obtained and reviewed before work commences.

• Regular monitoring of the CAFM system to ensure that all tasks (PPM/Reactive/Sub-contractor/ABM) are reviewed and updated within the system to show the correct status.

• Ensure that the Sub-contractor annual planner boards are kept up to date.

• Monitor requests for materials/parts submitted by engineers on a regular basis to assist the prompt complete of tasks.

• Attend meetings as required by your line manager, ABM and Hammerson. These will include a daily meeting with Hammerson, a daily “huddle” with the ABM team and H&S meetings. Raise and allocate work orders to engineers that filter through from client meetings/control room.

• Assist and Conduct documented audits on TS team work to ensure high standards are met – a minimum of 2 audits per week should be carried out and represent a cross section of different tasks from across the engineering team. Completed audits to be periodically reviewed with Contract Manager.

• Review shift rotas to ensure that at least the minimum engineering site attendance is achieved at all times and the need to cover shifts is identified and implemented in advance where foreseeable.

• Assist and Provide the monthly pack and undertake the delivery of Toolbox talks as per the annual planner while ensuring that they are signed for and logged appropriately in the folder.

• Conduct a constant regime of reviewing logbooks and statutory compliance folders as per the annual logbook audit planner – All issues to be escalated to the Contract manager immediately.

• The undertaking of personal appraisals for all direct staff, ensuring that they are reviewed and expectations met.

• Reduction of potential accidents to as practicably low as possible through the correct use of SSOW and PPE.

• The Lead Engineer will not have any direct P&L budgetary responsibility or control.

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The Controls Engineer will collaborate with cross-functional teams to monitor and improve the performance of the data centre throughout its lifecycle. This individual will work closely with Operations and Maintenance to ensure the systems are running smoothly, from day-to-day management to long-term upgrades and expansions.

Responsibilities:

• Execute the implementation and modification of Building Management System (BMS), Electrical Power Management System (EPMS), and any other SCADA systems critical for the operation of current and future data centres

• Oversee the operation of critical systems such as chillers, pumps, and power distribution, using PLCs and other industrial control technologies

• Prepare specifications for Human-machine Interface (HMI) including graphics standard for interpretation by Grok

• Implement and maintain automated controls for fire safety and emergency shutdown procedures (ESOP)

• Develop a corporate-level reporting dashboard to monitor the operational trends such as power usage effectiveness (PUE) and performance/cost, and dynamically adjust the infrastructure set points for optimal performance

• Coordinate with utility providers to automate demand and operational responses to upstream grid events

Basic Qualifications:

• Bachelor's Degree in an Engineering discipline: Controls and Computer Control Systems, Computer Science, Mechatronic Engineering, Automation Engineering, etc., or equivalent experience

• 5+ years of experience as a hands-on Controls Engineer working with industrial control systems

• Ignition SCADA Programming Experience

• Siemens TIA Portal PLC Programming Experience

Preferred Skills and Experience:

• Advanced proficiency in programming industrial equipment in all IEC 61131-3 languages with a focus on structured text and ladder logic

• Experience with industrial control hardware from leading manufacturers (e.g. Siemens, SEL, Rockwell)

• Familiarity with Human Machine Interface (HMI / GUI) development using platforms such as Ignition, SEL, etc

• Methodical troubleshooting approach

• Strong documentation and communication skill set

• Technical project management mindset

• Team-player, takes initiative, and highly motivated

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You'll perform maintenance and repair work on Porsche vehicles, analyze diagnostic protocols, and implement repairs. You'll also document work according to manufacturer guidelines, ensure quality control, and install and commission accessories and components.

• Perform maintenance and repair work on Porsche vehicles
• Analyze diagnostic protocols and implement repairs
• Document work according to manufacturer guidelines
• Ensure quality control
• Install and commission accessories and components

What you need

You'll need a completed vocational training as a Kfz-Mechatroniker and several years of experience in a comparable role. You should be open to new developments and technical progress, especially in the field of electromobility. You should also be highly motivated and willing to continue learning.

• Completed vocational training as a Kfz-Mechatroniker
• Several years of experience in a comparable role
• Open to new developments and technical progress
• Highly motivated and willing to continue learning

Why this matters

This role is an opportunity to work with a successful sports car brand and be part of a team that provides excellent customer service. You'll have the chance to develop your skills and knowledge in a dynamic and challenging environment.

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