Skills by Occupation

interpret technical requirements engineering principles define technical requirements use technical drawing software manage engineering project perform scientific research engineering processes technical drawings project management

write manuals manage tender processes assist scientific research collect samples for analysis apply statistical analysis techniques semantics information architecture analyse supply chain trends terminology ABAP identify customer requirements label samples apply grammar and spelling rules transcreation execute analytical mathematical calculations JavaScript precision engineering Vagrant computational linguistics install machinery quality standards record test data consult with technical staff analyse stress resistance of products Jenkins (tools for software configuration management) Puppet (tools for software configuration management) draw design sketches Xcode product package requirements manage localisation gather experimental data adapt to new design materials materials science Swift (computer programming) analyse test data draft design specifications CoffeeScript Java (computer programming) identify customer's needs computer programming Common Lisp electrical engineering C++ natural language processing physics issue sales invoices CAD software mechatronics C# develop test procedures construction industry manage ICT semantic integration mathematics integrated development environment software ensure equipment availability create manufacturing guidelines manage sub-contract labour robotic components Erlang Haskell build a product's physical model use dictionaries Objective-C implement efficiency plans for logistics operations troubleshoot train employees speak different languages consult with design team manage product testing contract law design user interface Scala Lisp manage contracts process customer orders electromechanics develop creative ideas keep up with digital transformation of industrial processes analyse production processes for improvement inspect industrial equipment circuit diagrams Pascal (computer programming) meet contract specifications ensure compliance with legal requirements Microsoft Visual C++ apply health and safety standards translate language concepts collect customer feedback on applications use concurrent programming analyse stress resistance of materials write specifications Ansible assess supplier risks production processes perform test run ASP.NET AJAX precision mechanics determine suitability of materials provide advice to technicians archive documentation related to the work analyse logistic changes object-oriented modelling ML (computer programming) scientific research methodology modern languages design electromechanical systems develop software prototype Apache Maven maintain contract administration transportation engineering maintain test equipment utilise machine learning VBScript cognitive psychology build business relationships train staff about product features adjust engineering designs apply advanced manufacturing task algorithmisation collaborate with designers OpenEdge Advanced Business Language manage warehouse organisation conduct quality control analysis develop translation memory software communicate regulations ensure compliance with purchasing and contracting regulations product data management run laboratory simulations manage logistics use CAD software electronics PHP supervise work on design planning robotics follow translation quality standards use automatic programming warehouse operations STAF ICT security legislation ensure cross-department cooperation perform project management mechanical engineering TypeScript supply chain management carry out tendering meet deadlines administer multi-modal logistics Smalltalk (computer programming) grammar Eclipse (integrated development environment software) create a product's virtual model estimate duration of work carry out inventory planning speech recognition computer science computer engineering present detailed design proposals manage distribution channels Visual Studio .NET information structure perform laboratory tests manage warehouse operations use software libraries read engineering drawings apply safety procedures in laboratory Assembly (computer programming) Internet of Things KDevelop design prototypes probability theory environmental engineering MATLAB software anomalies Prolog (computer programming) use logic programming use functional programming laboratory techniques conduct search engine optimisation liaise with engineers assess financial viability APL conduct research on trends in design principles of artificial intelligence utilise computer-aided software engineering tools perform contract compliance audits prepare production prototypes Salt (tools for software configuration management) use testing equipment maintain logistics databases manage contract disputes control production develop code exploits develop licensing agreements use object-oriented programming develop automated migration methods manufacturing processes tools for software configuration management use non-destructive testing equipment define quality standards design principles ICT debugging tools provide technical documentation labour legislation machine translation conduct experiments on animals linguistics use translation memory software industrial engineering create technical plans Ruby (computer programming) conduct performance tests Groovy cost management identify suppliers use methods of logistical data analysis handle customer complaints Scratch (computer programming) Python (computer programming) evaluate translation technologies COBOL conduct ICT code review green logistics advise on equipment maintenance algorithms advise on safety improvements R use software design patterns update language skills analyse software specifications tax legislation World Wide Web Consortium standards manage budgets adapt to changes in technological development plans Perl execute feasibility study compare contractors' bids SAP R3 maintain equipment debug software analyse supply chain strategies logistics migrate existing data use computer-aided translation CAE software SAS language integrate system components create flowchart diagram