Overview of salaries statistics of the profession "Mechanical Engineer in "

Plan, prioritise and complete the Planned Preventive Maintenance program for the site (proactive)Complete fault finding in breakdown situations to minimize equipment downtime (reactive), including:Thin film coating machines control systems - PLC / HMiVacuum chambers and associated equipmentVarious vacuum pump sets - Diffusion / Turbo / Rotary / RootsPneumatic valvesMeasurement gaugesEnsure all records of the proactive and reactive maintenance above are correct and up to dateDevelop the current maintenance systems to Continuously Improve site efficiencyMaintain equipment spares stock to ensure parts are available, when required (define critical and non-critical requirements)Manage maintenance budget for equipment spares and repairsArrange and manage service contract, inspection and calibration requirements for specified equipment including:Water chillersCompressorsEnvironmental testing equipmentAir conditioningPressure vesselsLifting equipmentPlan and implement building maintenance and improvementsAssist with ISO audits to provide inspection and calibration documentation for maintenance recordsLiaise with all departments to maintain good lines of communicationEnsure safety and environmental policies are adhered to in accordance with Umicore standards, including:COSHHRisk assessmentsPPEOther duties deemed relevant to the roleTime-Served maintenance engineer - Electrical maintenance biasElectrical qualification - 17th or 18th edition (desireable but not essential) Have experience in fault diagnosis and problem solving on electrical and mechanical equipmentPrevious experience working with vacuum, optical coating equipment and facilities management an advantage, but not essentialA proactive mindset and a flexible approach to workComfortable working independently and as part of our teamAwareness of 5S and continuous improvement methodologiesWants to contribute to and benefit from a safe working environmentBasic Microsoft Office skills (Word, Excel)Excellent organisation skillsExcellent communication skills

Ensure safe and efficient operation of all production equipmentPerform planned and reactive maintenance tasksSupport continuous improvement and problem-solving initiativesProvide technical support to the production teamComply with the company's safety and quality standardsParticipate in team meetings and training sessionsMaintain accurate records of all maintenance workAssist with other duties as assigned by the Maintenance SupervisorA successful Multi Skilled Maintenance Engineer should have:An engineering qualification, preferably in Electrical EngineeringExperience in the FMCG industryCompetence in both electrical and mechanical maintenanceA strong understanding of health and safety regulationsExcellent problem-solving and communication skills

Carry out routine and preventative maintenance on FMCG production linesTroubleshoot and resolve electrical and mechanical issues swiftly to minimise downtimeParticipate in continuous improvement initiatives to enhance operational efficiencyMaintain a safe working environment and adhere to health and safety regulationsCommunicate effectively with various stakeholders, including machine operators, team leaders and managementAssist with the installation and commissioning of new machinery and equipmentContribute to the training and development of junior team membersKeep accurate maintenance records and reportsA successful Multi Skilled Maintenance Engineer should have:An NVQ Level 3 or equivalent qualification in Electrical Engineering or a related fieldTime served apprenticeshipProven experience as a Maintenance Engineer in the FMCG industryProficiency in diagnosing and repairing electrical and mechanical faultsA solid understanding of health and safety regulationsStrong problem-solving abilities and attention to detailExcellent communication and team-working skills

As follows.Winning new customers within the targeted markets (Power Generation, Defence, Commercial Vehicles, Hydropower, Diesel & Gas Engines, Cranes, Construction Machines)Caring for existing clients and to develop new opportunitiesBeing present in the market and identifying customer needs both now and for the futureTo provide bolting solution support at the relevant customer sitesWork with UK sales manager to develop a plan for the sales territoryAs follows.Proven record of success in industrial sales (preferably OEM products)You will be educated in engineering, this could be an apprenticeship, HND or degree level. Mechanical engineering would be the preference but my client will definitely consider applicants with Civil and/or other related qualifications.Excellent communication and customer development skills is essential, along with structured and organised working methodsAble to work from home and regularly visit customer sites within the territoryAbility to establish relationships with new people quicklyCapable of learning and retaining technical knowledge as required for the roleConduct research and develop a healthy new business pipelineWillingness to learn and develop is a mustYou will be a team player

Develop new and existing products using established engineering principles.Understand product needs and translate these into system and subsystem requirements.Collaborate with suppliers and OEMs on component selection.Support/Lead design reviews in accordance with the clients design process.Create technical specifications, functional design specs and test procedures for mechanical systems.Support manufacturing and procurement teams with prototype build and BoM completion.Support the improvement of HSE performance via product design and operational guidance, ensuring safety is given top priority.A successful Senior Mechanical Engineer should have:Degree in Mechanical Engineering with relevant industry experience in design of industrial machines. Extensive Mechanical systems knowledge gained through equipment design experience.Strong in DFM/DFA as well as engineering drawing standards (including GD&T)Capability includes analysis (thermal, vibration, torsional stiffness, flow, stress, noise), material and component selection, life determination, tolerance analysis. High level of technical communication (verbal and written)Proficient in CAD systems. Knowledge of Creo desirable however not essentialKnowledge of engineering systems and processes - PLM systems (Enovia/Windchill), MRP systems (M3), Engineering change control, international standards, component selection, and new product development processes. Can work effectively autonomously or as a key contributor within a small team.