$ cat jobs/mechanical-engineer-smithsgroup2-3b5f1b1931e5.json
Mechanical Engineer
John Crane, a business of Smiths Group, is a global leader in mission-critical flow control solutions for energy and process industries that enable efficient and sustainable operations. Our products include mechanical seals and systems, couplings, bearings, filtration systems, and predictive digital monitoring technologies. We have a global network of more than 200 sites in over 50 countries and employ more than 6,000 people worldwide. We partner with our customers to help them keep their operations safe, reduce downtime, improve efficiency, and meet the latest environmental standards. John Crane is part of Smiths Group. For over 170 years, Smiths has been pioneering progress by engineering for a better future. We serve millions of people every year, helping to create a safer, more efficient, productive, and better-connected world across four global markets: energy, security & defence, space & aerospace, and general industrial. Listed on the London Stock Exchange, Smiths employs approximately 16,000 colleagues in over 50 countries. We have a fantastic opportunity for a Mechanical Engineer to join the Wet Seals team reporting to the Engineering Manager of High Duty. As a Mechanical Engineer, you will either be under direct supervision performs a variety of engineering and design tasks requiring application of standard techniques and procedures & using engineering judgement and responsibilities to resolve customer inquiries. This role will also offer guidance and support to other engineers within the team. PRIMARY DUTIES (Applications): Review & processing of Application Requests Following standard techniques and procedures, select / apply standard or special products to meet customers' needs, including seals, fluid control products, couplings, filters, bearings Generation of engineering proposals / specifications for standard or special products, including determining cost-effective materials for production Advanced Seal calculations (including leakage calculations,