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9319 results for: ‘鱼泡网招工小程序灵活用工求职招聘小程序源码✅项目合作 二开均可 TG:saolei44✅.HdSaqnyGMEunE’

  • Telephone interview advice

    Posted by Marie Muir in Career Development Service on October 9, 2015 Whilst your interviewer – or interviewers (yes – sometimes you may be on speaker phone to more than one recruiter!) – can’t see your surroundings, they can certainly hear them.

  • Dissertation (Business and Law)

    Module code: MK3208 This module enables you to undertake an independent research project on a topic that draws from both business and law disciplines.

  • Dissertation (Business and Law)

    Module code: MK3208 This module enables you to undertake an independent research project on a topic that draws from both business and law disciplines.

  • Solid Mechanics

    Module code: EG1031 Solid Mechanics is a fundamental module for engineering students that mainly focuses on the behaviour of solids and structures subjected to various forces.

  • Objects in Archaeology and Museums

    Module code: AR3079 In this module we will consider the major archaeological approaches to understanding and classifying objects and the suitability of different techniques for classifying and analysing objects and assemblages.

  • Solid Mechanics

    Module code: EG1031 Solid Mechanics is a fundamental module for engineering students that mainly focuses on the behaviour of solids and structures subjected to various forces.

  • Services Marketing

    Module code: MN3119 This module offers a theoretically informed understanding of the fundamentals of services marketing and management.

  • MSc Research Project

    Module code: MB7009 One of the most valued features of this course is the MSc Research Project, in which you will put your newly acquired practical skills and knowledge to the test.

  • Dissertation

    Module code: ED7500 Your dissertation provides an exciting opportunity for you to explore a topic of particular interest in great depth.

  • Computational Engineering Methods

    Module code: EG2321 Nowadays, pretty much all engineering products are designed using computer models that solve complicated maths problems to tell us how our engineering products will perform.

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