Process Engineering &amp; Facilities Manager
Portsmouth
&pound;60-70k + Benefits
Job Summary
Our client is seeking a highly skilled Process Engineering &amp; Facilities Manager to lead and optimize manufacturing processes at their Portsmouth facility. The role involves overseeing all aspects of facilities maintenance, including equipment, infrastructure, and safety compliance. You will drive continuous improvement initiatives, manage cross-functional teams, and ensure both operational efficiency and cost-effectiveness. This role is ideal for a strategic leader with a passion for innovation and operational excellence.
&nbsp;
Key Metrics
Projects: On-time delivery, scope adherence, and budget control
Health &amp; Safety: Record of accidents, near misses, and improvement actions
Quality: Yield, quality escapes, aging NCRs, and scrap rates
Delivery: OTD (on-time delivery) and past due items
Productivity: Lead time, cycle time, and OEE
Compliance: Maintain regulatory compliance
&nbsp;
Knowledge, Skills, and Abilities
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Bachelor&rsquo;s degree in Engineering (Mechanical, Electrical, Chemical, or Industrial preferred) or a related field.
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; 7-10 years of experience in process engineering, facilities management, or related fields.
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Experience in Lean operations and project management.
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Aerospace/defense and electronics manufacturing experience is preferred.
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Strong leadership and cross-functional collaboration skills.
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Excellent presentation and communication skills with both customers and stakeholders.
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; High level of organization and strategic planning abilities.

Process Engineering & Facilities Management

Our global automotive technology supplier is seeking a skilled Powertrain Systems Engineer to join their team in Coventry, at the heart of the UK automotive industry. This company plays a crucial role in nearly every major vehicle manufactured worldwide and is at the forefront of advanced technology, shaping the future of mobility.
Role Overview: As a Powertrain Systems Engineer, you will support Diesel fuel injection equipment systems for EU Diesel customers, focusing on project management, simulation, and testing while fostering strong customer-supplier relationships throughout engine development.
Key Responsibilities:
<ul>
<li>Manage aspects of the Diesel Fuel Injection Equipment (FiE) System based on your experience.</li>
<li>Engage with customers to explain component applications and perform system analysis (specifications, pump capacity) and calibration (rail pressure control, injector characterization).</li>
<li>Oversee pre-development tasks, including control system development and engine demonstration projects.</li>
<li>Ensure tasks align with production workflows and meet project milestones.</li>
</ul>
Qualifications:
<ul>
<li>Bachelor&rsquo;s degree (2:1 or higher) in Mechanical, Automotive, or Electronics Engineering.</li>
<li>Strong theoretical knowledge and relevant Diesel experience, with customer interaction preferred.</li>
<li>Proven analytical and problem-solving skills.</li>
<li>Excellent communication and a proactive attitude.</li>
<li>Track record of delivering projects on time and owning assigned tasks.</li>
<li>Solid understanding of diesel engine combustion and control systems.</li>
</ul>

Powertrain Systems Engineer

Join a leading global automotive technology supplier in the UK, committed to advancing mobility through innovative solutions focused on safety and sustainability.
Role Overview: We are seeking motivated Powertrain Hardware Engineers to support hardware for Diesel Fuel Injection Equipment (FiE), ensuring production continuity for EU and global diesel customers.
Key Responsibilities:
<ul>
<li>Design, test, and analyze Diesel FiE components.</li>
<li>Collaborate with manufacturing to address design challenges.</li>
<li>Conduct testing on injectors, pumps, and rails.</li>
<li>Manage tasks to meet quality standards and project goals.</li>
</ul>
Qualifications:
<ul>
<li>Bachelor&rsquo;s degree (2:1 or higher) in Mechanical, Automotive, or Electronics Engineering.</li>
<li>Relevant experience in powertrain and diesel components.</li>
<li>Proficiency in project management software (e.g., Confluence), MS Office, and Matlab/Simulink.</li>
</ul>
Personal Attributes:
<ul>
<li>Strong analytical and problem-solving skills.</li>
<li>Excellent communication and relationship-building abilities.</li>
<li>Proactive attitude with a focus on ownership and quality.</li>
</ul>

Powertrain Hardware Engineer - Manufacturing/Production

Honda Racing Corporation has established a new subsidiary, Honda Racing Corporation UK Ltd. (HRC UK) in the UK. &nbsp; This new company has been founded to primarily perform post-race maintenance and preparation tasks on the Honda built current F1 power units (PUs), whilst also operating as a logistics operation for the European region. The establishment of HRC UK will further enhance the effectiveness of Honda&rsquo;s PU operations, in support of the partnership with Aston Martin Aramco Formula One&reg; Team. In May 2023, Honda and Aston Martin F1 jointly announced they will enter into works partnership so that Honda will supply its F1 PUs compliant with the new F1 regulations which will take effect in the 2026 season. &nbsp; If you feel you have what it takes and wish to work for one of the most historic names in motor sport, we are keen to hear from you and to find out if you have what Honda has always referred to as its &ldquo;challenging spirit
Role: The purpose of this role is to work within the Energy Recovery System (ERS) development and testing team, taking responsibility for trackside operations within F1 team. This involves operating ERS trackside, managing any issues at the track and reporting those back to the factory base. This role is not only for 26 Regulation PU but also for current.
Main Responsibilities;&nbsp;
&bull; &nbsp; &nbsp;Manage and look after each ERS System and ERS control data at F1 Trackside. &bull; &nbsp; &nbsp;Attend the mission control room to support the trackside &bull; &nbsp; &nbsp;Provide instruction to ERS technicians &bull; &nbsp; &nbsp;Provide instruction to Chassis team relating to High Voltage System Operation &bull; &nbsp; &nbsp;Understand updated control specification (algorithm), create and setup control data for ERS System. &bull; &nbsp; &nbsp;Summarize the running result and Report Faults &bull; &nbsp; &nbsp;Daily report; Create and Report Daily trackside feedback information etc. &bull; &nbsp; &nbsp;Support dyno testing activities in Japan, UK and any customer site &bull; &nbsp; &nbsp;Some training in Japan might be required &bull; &nbsp; &nbsp;Any other reasonable tasks as required by the Company
Knowledge, Skills and Experience;&nbsp;
&bull; &nbsp; &nbsp;Significant ERS exposure and experience &bull; &nbsp; &nbsp;Advanced ERS / Battery analysis, monitor and development experience &bull; &nbsp; &nbsp;ERS testing methodologies&nbsp; &bull; &nbsp; &nbsp;Knowledge of F1 Power Units&nbsp; &bull; &nbsp; &nbsp;Ability to analyse data from Power-Unit reliability and performance aspect&nbsp; &bull; &nbsp; &nbsp;Fault finding and diagnostic abilities &bull; &nbsp; &nbsp;Track-side experience &bull; &nbsp; &nbsp;Excellent document presentational skills &bull; &nbsp; &nbsp;Familiar with analysis tools such as ATLAS, System Monitor &bull; &nbsp; &nbsp;An adept communicator, able to build good relationships across all cultures both internally and externally &bull; &nbsp; &nbsp;Fluency in spoken &amp; written English is essential. Competence in Japanese or another European language is desirable&nbsp;
&nbsp;

ERS Engineer

Honda Racing Corporation has established a new subsidiary, Honda Racing Corporation UK Ltd. (HRC UK) in the UK. &nbsp; This new company has been founded to primarily perform post-race maintenance and preparation tasks on the Honda built current F1 power units (PUs), whilst also operating as a logistics operation for the European region. The establishment of HRC UK will further enhance the effectiveness of Honda&rsquo;s PU operations, in support of the partnership with Aston Martin Aramco Formula One&reg; Team. In May 2023, Honda and Aston Martin F1 jointly announced they will enter into works partnership so that Honda will supply its F1 PUs compliant with the new F1 regulations which will take effect in the 2026 season. &nbsp; If you feel you have what it takes and wish to work for one of the most historic names in motor sport, we are keen to hear from you and to find out if you have what Honda has always referred to as its &ldquo;challenging spirit.&rdquo;
 The purpose of this role is to look after operation and reliability of PU (ICE and ERS System) at Trackside and at Factory to support the development of F1 Engines on Dyno etc. This role is not only for 26 Regulation PU but also for current.
Main Responsibilities;&nbsp;
&bull; &nbsp; &nbsp;Manage and look after each Power-Unit (ICE and ERS System) operation and control data &bull; &nbsp; &nbsp;Attend the mission control room to support the trackside &bull; &nbsp; &nbsp;Understand updated control specification (algorithm), create and setup control data. &bull; &nbsp; &nbsp;Collect running result and optimize the control data setting &bull; &nbsp; &nbsp;Proceed Engine Fire up &bull; &nbsp; &nbsp;Data set up &mdash; Monitoring while operating Power-Unit&nbsp; &bull; &nbsp; &nbsp;Report Faults &bull; &nbsp; &nbsp;Daily report; Create and Report Daily trackside feedback information etc. &bull; &nbsp; &nbsp;Make sure the process and procedure for PU work in track, support the track-side tool development and giving the feedback to factory members &bull; &nbsp; &nbsp;Support PU engineer at track side. &bull; &nbsp; &nbsp;Support dyno testing activities in Japan, UK and any customer site &bull; &nbsp; &nbsp;Some training in Japan might be required &bull; &nbsp; &nbsp;Any other reasonable tasks as required by the Company
Knowledge, Skills and Experience;&nbsp;
&bull; &nbsp; &nbsp;Knowledge of F1 Power Units &bull; &nbsp; &nbsp;Ability to analyse data from Power-Unit reliability and performance aspect&nbsp; &bull; &nbsp; &nbsp;Fault finding and diagnostic abilities &bull; &nbsp; &nbsp;Track-side experience &bull; &nbsp; &nbsp;Excellent document presentational skills &bull; &nbsp; &nbsp;Familiar with analysis tools such as ATLAS, System Monitor &bull; &nbsp; &nbsp;An adept communicator, able to build good relationships across all cultures both internally and externally &bull; &nbsp; &nbsp;Fluency in spoken &amp; written English is essential. Competence in Japanese or another European language is desirable&nbsp; &bull; &nbsp; &nbsp;PC literate &bull; &nbsp; &nbsp;Competence and licence to drive in the UK &bull; &nbsp; &nbsp;Travel overseas will be required&nbsp;
&nbsp;

Systems Engineer 

As an electrical engineer at Hedley Studios you will be helping to recreate some of the most iconic cars in history, at various scales with electric powertrains.&nbsp;
 We need an enthusiastic Electrical Engineer to participate in all electrical design elements for our little cars. From developing schematics and harness drawings, to packaging electrical/electronic components in CAD and then installing them on the LabCar for testing. &nbsp;Work tasks will be varied and interesting. &nbsp;Teamwork is imperative to getting things done and you will need to be able to communicate effectively within the whole organisation. &nbsp; There will also be the opportunity to support events at Bicester Heritage such as Sunday Scrambles as well as vehicle testing and other events.
The day-to-day responsibilities: &bull; &nbsp; &nbsp;Working alongside the Chief Electrical Engineer and vehicle design teams to deliver harness routings and integrate vehicle electrical components.&nbsp; &bull; &nbsp; &nbsp;Refinement of these designs in the virtual environment, via LabCar testing and pre-production vehicle builds to enable low volume series production. &bull; &nbsp; &nbsp;Creation and delivery of wiring schematics and harness drawings. &bull; &nbsp; &nbsp;Ensure that the design of the wiring, electrical systems and electrical components support ease of manufacturing and maintenance. &bull; &nbsp; &nbsp;Support the assembly and testing of prototype vehicles.&nbsp; &bull; &nbsp; &nbsp;Support the certification and homologation of pre-production vehicles.&nbsp; &bull; &nbsp; &nbsp;Support the production team with electrical trouble-shooting and repair. &bull; &nbsp; &nbsp;Research, development and implementation of new electrical systems/components to support series production.&nbsp; &bull; &nbsp; &nbsp;Support the quality testing of outgoing vehicles from the factory for electrical function and safety.&nbsp; &bull; &nbsp; &nbsp;Liaise with components suppliers to provide quality and cost efficient designs. &bull; &nbsp; &nbsp;Appraise the design, quality and robustness of prototype parts in order to develop necessary improvements for production vehicles. &bull; &nbsp; &nbsp;Support continuous improvement of the engineering process to provide safer, more efficient designs. &nbsp;
Required skills: &bull; &nbsp; &nbsp;Holder of a degree in Electrical/Electronic Engineering or equivalent Electrical/Electronic Engineering qualification. &bull; &nbsp; &nbsp; A background in niche, low volume or motorsport engineering with a broad understanding of vehicle electrical systems and components. &bull; &nbsp; &nbsp;High level of attention to detail and a focus on safety and minimising risk. &bull; &nbsp; &nbsp;Able to create clean sheet designs, taking them from concept to manufacture. &bull; &nbsp; &nbsp;Able to understand and translate design requirements into reality, including Type Approval and other legislative requirements. &bull; &nbsp; &nbsp;Able to balance the technical and commercial aspects of component and system design. &bull; &nbsp; &nbsp;Experienced in the integration of electrical systems into a vehicle platform. &bull; &nbsp; &nbsp;Able to generate and manage Bills of Materials. &bull; &nbsp; &nbsp;Experience of Cadonix, Arcadia, Zuken (or similar) wiring harness design tool. &bull; &nbsp; &nbsp;Experience with Low Voltage vehicle wiring design and assembly. &bull; &nbsp; &nbsp;Experience of developing/delivering electrical/electronic projects, preferably in a vehicle environment. &bull; &nbsp; &nbsp;Experience with Electronic Diagnostic Test Equipment. &bull; &nbsp; &nbsp;Experience with CAN/LIN networks. &bull; &nbsp; &nbsp;Ability to diagnose and root cause Electrical/Electronic system faults. Identify potential design, assembly or service issues during the development phases and implement remedial solutions.&nbsp; &bull; &nbsp; &nbsp;Practical and detail-oriented, with a hands-on approach. Comfortable in the design office as well as in the workshop.&nbsp; &bull; &nbsp; &nbsp;High level of attention to detail with a focus on safety and quality

Electrical Engineer

Electronic Hardware Team Lead Yateley, Hampshire Permanent Circa &pound;50k - 65k
Our client is a leading provider of underwater navigation, positioning, communication, imaging and monitoring technology, used in offshore energy, maritime defence and ocean science industries. They are seeking an Electronic Hardware Team Lead to report to their Head of Product Development.
Role Purpose The Electronic Hardware Team Leader is an exceptional Engineer who demonstrates the capabilities to lead, mentor and manager other team members. The Electronics Team Leader can successfully manage conflict resolution between team members, has strong decision-making skills and acts with independence based on evidence coming from their direct reports. The Electronic Hardware Team Leader&rsquo;s time is split between electronic engineering activities (at a senior level) and managing a team of engineers. The expected balance of the role between team leading and carrying out engineering tasks is expected to be approximately 30/70 up to a maximum of 50/50.
Responsibilities&nbsp; Team Leadership responsibilities: &bull; Lead a team of engineering, ranging from experts in analogue, digital and PCB design to apprentices or junior members of the team. &bull; Inspire, coach and lead direct reports to enable them to achieve individual and business goals. &bull; Resource allocation - Understand who in their team is best placed to the achieve the product&rsquo;s goals &bull; Team administration, including goal setting and performance reviews.&nbsp; &bull; Lead planning, architecture, development and validation of new hardware designs &bull; Apply risk / mitigation techniques at all stages of the development cycle. &bull; Mentor team members on technical matters to ensure they stay effective in their roles. &bull; Drive technical conversations on products and cross-engineering improvements. &bull; Investigate challenging and complex hardware issues, both in assistance to more junior members and directly with other areas of the business &bull; The department is responsible for maintaining existing products and working closely with the NPI department to ensure successful transition between the development and production phase
Individual technical responsibilities: &bull; You will design, develop, test and deliver high quality and reliability electronic hardware. &bull; The scope of the role includes development of electronics hardware on a range of subsea instruments developed within the department from underwater acoustic modems, Doppler velocity logs to data loggers and much more.
Knowledge, Skills and Experience&nbsp;
Manufacturing You will have had experience in a manufacturing company where you understand the consequences of the decisions you make and the importance of risk mitigation.&nbsp;
Digital Electronics Focus on low power but highly complex digital systems involving a range of digital architectures including embedded Linux and FPGA&rsquo;s.&nbsp;
Analogue Electronics&nbsp; Low noise, low power analogue receiver design as well as high voltage transmitter designs. Power consumption is often critical due to the power source being limited.&nbsp;
Simulation&nbsp; Actively simulates designs to conform to the mantra &ldquo;right first time&rdquo;.&nbsp;
EMC Understand the principles of designing to meet EN60945 and other relevant standards. Altium Competent Can create circuits and has basic knowledge of PCB design techniques.&nbsp;
Leadership Advanced&nbsp; Can lead others by coaching them to make the right choices&nbsp;
Communication &amp; Team Working&nbsp; Proactively communicate and work effectively with other team members, and members of other teams throughout the business to achieve project deliverables&nbsp;
Embedded Software Writing basic code to enable board bring-up and ensure testing is complete prior to hand over to Software Team
Qualifications 2:1 or above in relevant Engineering degree, such as Electronics, but not limited to.
To apply please send an MS Word formatted version of your CV across for our review and consideration.

Electronics Hardware Team Leader

Piping &amp; Auxiliary Systems Design Engineer
&pound;40-50k + Benefits
Isle of Wight
Our client is poised for rapid growth, especially in export markets, and is now looking for a versatile, forward-thinking Design Engineer to help contribute to this exciting phase of expansion!
Role Summary
As a Piping &amp; Systems Design Engineer, you will be responsible for the design, analysis, and integration of piping systems and related auxiliary mechanical systems for marine projects. This role requires a deep understanding of piping design and system integration, ensuring all designs meet industry standards, regulatory requirements, and project specifications. You will collaborate closely with Project Engineers, CAD Engineers, and the Principal Naval Architect, contributing to the success of the projects.
Key Responsibilities:
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Design &amp; Development
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Develop detailed piping systems designs, including schematics, layouts, and 3D models using CAD software.
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Design mechanical systems such as HVAC, plumbing, and fire protection systems.
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Ensure all designs comply with industry standards, regulatory guidelines, and project specifications.
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Conduct fluid dynamics and pressure drop calculations, pipe sizing, and material selection.
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Perform stress and fluid dynamics analysis to ensure system integrity.
Requirements:
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Bachelor&rsquo;s degree in Mechanical Engineering or related field (Essential)
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Master&rsquo;s degree in Mechanical Engineering or related field (Desirable)
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Chartered Engineer status (Desirable)
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Minimum 3-5 years of experience in piping and mechanical systems design, preferably in the marine boat and shipping industry (Essential)
Skills:
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; High proficiency in CAD software (e.g., AutoCAD 2D, Rhino3D) (Essential)
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Strong knowledge of industry standards (e.g., DNV, Lloyd's Register, MCA) (Desirable)
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Proficient in MS Office and IT skills (Essential)
&middot;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Knowledge of shipbuilding and naval architecture principles (Essential)

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