Rolls-Royce

• Accountable for evolving, maintaining, and executing the SAP Transformation Strategy and Roadmap
• Working closely with Senior Business Stakeholders to advise and guide appropriate technology solutions
• Agree delivery plans to support business goals
• Overseeing performance within targets
• Providing governance and oversight for all projects, programs within the scope of the SAP Transformation Roadmap
• Lead, measure, and oversee activities of the team
• Ensure risk and issue processes are upheld
• Creating and nurturing strategic 3rd party eco-system
• Deliver the plan while being the commercial and performance guardian of delivery results
• Provide portfolio level oversight for finance and supplier performance

Vice President, SAP Transformation Delivery

Designer

• CAD designer position in the front-end configuration of state-of-the-art energy solutions consisting of gas or diesel gensets, BESS, and other power products.
• Designing overall layout, equipment arrangements, 2D Plan Views, Piping & Instrumentation Diagrams (P&IDs), and Isometrics.
• High levels of client interactions and coordination with RR/MTU staff: Project Systems Business (PSB) engineers, sales managers, product R&D, project management and custom engineering teams.
• Developing Block Diagrams, Single Line Diagrams (SLDs), Ladder Diagrams, IO Diagrams, Logic Diagrams, Network Diagrams, Cable Schedules, 2D Plan Views, 3D Layouts, and P&IDs.
• Supporting lead engineers and sales managers on new project opportunities.
• Managing the North American knowledge base on CAD designs for gas-fueled energy solutions projects, microgrids, and BESS solutions.
• Formalizing wiring interconnection designs to interface between MTU hardware and the balance of plant systems globally.
• Establishing pen tables/plot style standards & implementation for project development efficiency.
• Managing blocks library for standard CAD symbols with editable attributes for standardized drawing construction.
• Advising on best design strategies for special customer applications or modifications to RR/MTU designs.
• Editing existing RR/MTU CAD designs as necessary.

Power Systems CAD Designer

Manager

• Lead a large, complex manufacturing operation of 200–500 colleagues, fostering a culture of accountability, engagement, and high performance
• Hold end-to-end responsibility for Safety, Quality, Delivery, and Cost across the site
• Define and execute the site’s long-term operational strategy, aligned to broader business priorities
• Drive transformational change through the deployment of digital technologies and advanced manufacturing practices
• Deliver structured, multi-year programmes to improve cost competitiveness and operational efficiency
• Embed a culture of continuous improvement, underpinned by lean methodology and disciplined execution
• Champion organisational values and behaviours, ensuring they are reflected in everyday performance

Manufacturing Manager

Outside Sales

• Perform maintenance work on CHP (combined heat and power) gas engines independently according to the maintenance schedule
• Analyze and resolve malfunctions
• Carry out major overhauls and commissioning of gas engines
• Optimize plant operation with respect to running behavior and technical availability, and support new and existing installations
• Advise and support service and sales organizations on service and maintenance matters
• Prepare detailed service reports

Electrician for Battery Storage Systems – Field Service

• ensure all Rolls-Royce and customer-owned tooling, jigs, and fixtures are controlled, tracked, and managed
• provide positive assurance that all special-to-product tooling is technically compliant and configuration controlled throughout its lifecycle
• oversee the modification or disposal of tooling, ensuring this only occurs with authorisation
• develop, implement, and maintain a global Rolls-Royce owned tooling register/database, ensuring it is updated and verified
• ensure the database is ITAR compliant and accessible to the global supply chain, with robust data security and access controls
• record and analyse tooling condition, life, and number of uses to support predictive maintenance and capital planning
• agree, manage, and report on global capital budgets for tooling, ensuring effective allocation and utilisation of resources
• support business case development for new tooling investments and ensure alignment with strategic objectives
• collaborate with Rolls-Royce engineering teams to develop and incorporate new methods for monitoring and predicting tool life and wear
• drive continuous improvement in tooling management processes and technologies
• ensure compliance with all relevant regulatory requirements, including ITAR, and oversight of any government or customer assets
• maintain and update the company management system to reflect current tooling management processes and controls
• work closely with global supply chain partners, engineering, quality, and finance teams to ensure effective tooling management
• produce and maintain an appropriate RACI matrix for all tooling management activities

Global Tooling Capability – Capital Manager

Engineer

• Ensure that manufacturing processes can achieve and sustain the design intent and responsible for mitigating against process deviation.
• Develop, implement, validate, maintain and continuously improve manufacturing processes and technologies, digital systems and/or methods of manufacture which are capable of meeting and continue to meet requirements for safety, quality, cost, delivery rate and lead time.
• Capture, analyse and use data to demonstrate and improve the current and future capability of manufacturing processes.
• Operate beneficial relationships with partners and suppliers to enable delivery of their objectives.
• Operate a culture of zero defects within the organisation.
• Works with all functions to reduce risk and drive product Right First Time.
• Ensure compliance to all relevant company, legislative and technical policies and standards including RRMS, SABRe and Export Control and Intellectual Property requirements.

Manufacturing Engineer

Engineering Manager

• Provide technical leadership to product transfers across the Aerospace Procurement enterprise.
• Technical governance of transfer programmes to underpin delivery success.
• Establish review structure, weekly and aligned technical KPIs.
• Functional guidance to ensure adherence to aligned process through application of applicable rules & tools.
• Function as the transfers BCA providing support and direction to ensure technical and transfer risks are managed and mitigated.
• Be active in the support and selection of new suppliers including ESCCAs (External Supply Chain Capability Assessments).
• Drive the product cost benefit derived through transfer ensuring transfer costs are minimised.
• Derive and deliver benefit using standardised, commodity aligned validation criteria on transfer programmes.
• Work closely with other functional communities, including Design Engineering, Programme & Cost Management to maximise transfer success.
• Provide leadership and focus on technology programmes and future technology requirements across the Aerospace Procurement enterprise.
• Act as the key Manufacturing engineering interface on new products with ET&S ensuring early engagement on new engine opportunities.
• Engagement and collaboration with technical specialists and GPO’s (Global Process Owners) in support of technology programmes.

Manufacturing Engineering Manager – Technology & Transfers, Aerospace Procurement

Controller

• Support the Programme Manager in financial planning
• Gather and report information on objectives and KPIs
• Facilitate portfolio governance
• Conduct contractual performance reporting
• Develop improvement projects in programme management processes

Project Controller – Enablers

• Lead the Manufacturing Engineering activity for Defence Mature programs
• Build external relationships with internal and external supply chain
• Create strategy to ensure Defence Mature Programs components meet Zero defects goals
• Develop manufacturing capabilities on behalf of Defence Design Engineering
• Support Assembly and Test to resolve operational problems
• Responsible for ensuring product safety risks are understood and mitigated
• Promote a culture of zero defects within the area of accountability

Producibility Manufacturing Engineering Manager

Operations

• Develop communications for our Operational Excellence journey, translating high-level goals into relatable stories, connecting what our plant teams are delivering to support those goals.
• Develop and lead internal communications celebrating improvement successes and share best practices across sites.
• Lead hands-on workshops and Kaizen events.
• Support our plants to sustain their progress towards becoming lean enterprises, by embedding a structured change management process.
• Coach and support the uptake of our production system across the business and maintain documentation, including best practice examples.
• Work across multiple plants to ensure that while each site is unique, our "Continuous Improvement" culture feels consistent, supportive, and energised.
• Spend time on the shop floor to understand the real-world barriers to Lean adoption, feeding those insights back into our strategy.

Operational Excellence Advocate – Lean Specialist

Mechanical Engineer

• Concept, design and execute electronics circuit design for control and monitoring systems
• Create schematics and provide PCB layout support
• Perform trade study analysis, tolerance analysis and various simulations to support design accuracy and efficiency
• Perform worst case circuit calculation and analysis (tolerance, stress and FMEA analysis)
• Develop electrical hardware products in the lab through testing, diagnosing, and inspection through development lifecycle
• Compile functional description and design assurance testing results into a report sufficient for certifying authorities

Senior Electronics Design Engineer

Full-stack Engineer

• Participate in all phases of project, to produce detailed design documentation, verification plans and reports
• The design and development of all custom digital devices (ASIC or FPGA), to support RR electronic engine control units
• The verification of complex products that use FPGAs and/or ASICs to DO-254
• Develop RTL utilizing a hardware description language (e.g. VHDL, Verilog, and/or SystemVerilog) and debug the design via simulation tools
• Expertise achieving timing closure on FPGA designs and generating test benches
• Evaluate the process flow including but not limited to high level design, synthesis, place and route, timing constraints and power utilization

Principal Engineer – FPGA/ASIC Design

• Working closely with the Engineering team in order to become the Technical Lead and represent RR CN UK at site during the build, start-up and testing phases.
• Act as Senior Authorised Person / technical specialist informing overall guidance & advice to ensure project success.
• Be visible and actively lead/guide the installer in all EC&I matters.
• This will include detailed understanding of the system as a whole in order to achieve flawless start-up, whilst maintaining standards of health and safety, quality, environmental impact and cost control.
• Update Project Manager with progress reports, and support at meetings
• Advise Installer in electrical installation statutory and regulatory requirements and assist in creating documentation, standards, specifications and pass/fail criteria for testing/acceptance.
• Ensure Installed Electrical, Instrumentation and Controls equipment is installed as per design intent adhering to engineering standards and specifications.
• Liaising with the RR design engineering department to clarify and resolve any site issues.
• Advise and assist the installer in electrical construction testing activities.
• Lead & manage the EC&I function for commissioning and testing.
• Creating As Build Documentation for EC&I matters.

Electrical, Instrumentation and Controls Engineer – Submarines

• Lead and govern Configure-Price-Quote (CPQ) solution architecture and design, ensuring alignment with business requirements and IT standards
• Collaborate with solution providers to support and enhance CPQ solutions across multiple countries
• Partner with the business product owner to prioritize and manage potential backlog
• Deliver and maintain scalable, sustainable, and cost-effective technical solutions by working with partners
• Identify and implement functional improvements and continuous enhancements by working with partners
• Provide final authorization for transport requests to QA and production systems
• Review and approve technical change documents, Blueprint Solution Documents (BSD), and system documentation
• Facilitate process standardization from a technical perspective
• Escalate missing inputs, resource constraints, or timeline risks to Project Management
• Actively contributes to development work for the first 6 months (e.g., working on user stories, writing and reviewing code) to ensure solution quality and vendor accountability
• Lead and delegate tasks effectively within a team environment, ensuring timely delivery
• Actively leverage RRPS-provided GenAI solutions to improve productivity and solution quality daily
• Promote a safety and compliance culture in area of responsibility, and live the letter and the spirit of the Rolls Royce Code of Conduct
• Perform special assignments as required

Senior Technical Lead – CPQ

• Deliver complex materials characterisation work packages through the full technology development lifecycle.
• Lead expert contributors and coordinate technical inputs.
• Ensure milestones are achieved on time and within budget.
• Responsible for defined technical packages of work within Materials Capability Acquisition.
• Provide leadership and delivery against program milestones within agreed costs, timescales and quality requirements.
• Manage inputs from a team of metallurgical experts and compile reports for review at technical committees.
• Plan, develop and run metallic materials characterisation testing programs to de-risk and address knowledge gaps.
• Be a point of contact within Materials Capability Acquisition and share subject matter knowledge across the function.
• Actively promote and support the identification and implementation of continuous improvement.