How do you manage time and prioritise tasks

本文提供了一套面试中关于时间管理和任务优先级设定的应对策略,包括如何准备答案、突出个人能力、避免常见陷阱以及展示组织能力和应对多任务能力的方法。

'How do you manage your time and prioritise tasks?' Tricky graduate interview question

answering interview questions about how you manage your time and prioritise
Find out how to crack interview questions about your time management techniques and the kind of examples you might give in your answer. 

Sometimes you can be caught out, not by what you don’t know, but by what you don’t expect. If you’ve got an interview coming up for a graduate job or summer internship, you may well have thought about examples of when you’ve managed your time efficiently or coped with competing deadlines, perhaps when juggling your studies with part-time work, or in a workplace situation. However, you might not have anticipated a follow-up question: faced with a number of different tasks, what techniques do you use to work your way through them?

How not to reply to the interview question, ‘How do you manage your time and prioritise tasks?’

Don’t be thrown by the question, and don’t avoid answering by returning to the safety of an example of when you’ve successfully managed your time. You’ve been asked how, not when.

What is the graduate recruiter really asking?

Are you going to be able to cope with different tasks with different deadlines without getting yourself in a muddle and forgetting what you need to do? Can I trust you to just get on with it and use your common sense? How organised are you?

So how do you answer the interview question, ‘How do you manage your time?’

‘I make a list. I work out what order to do things in by thinking about which tasks are urgent and how important each task is. If I’m not sure what’s urgent and what isn’t, or how important different tasks are, I find out. If I’m given a new task I add it to the list and decide when to do it, so I adapt the order in which I do things as necessary.’

It doesn’t matter how you make your list – whether you jot it down in a notebook or in a desk diary or use an app or other online tool – but be ready to explain your preferred technique to your interviewer. You may have some other system for prioritising and organising your work. Whatever it is, be prepared to talk about it.

【轴承故障诊断】基于融合鱼鹰和柯西变异的麻雀优化算法OCSSA-VMD-CNN-BILSTM轴承诊断研究【西储大学数据】(Matlab代码实现)内容概要:本文提出了一种基于融合鱼鹰和柯西变异的麻雀优化算法(OCSSA)优化变分模态分解(VMD)参数,并结合卷积神经网络(CNN)与双向长短期记忆网络(BiLSTM)的轴承故障诊断模型。该方法利用西储大学公开的轴承数据集进行验证,通过OCSSA算法优化VMD的分解层数K和惩罚因子α,有效提升信号分解精度,抑制模态混叠;随后利用CNN提取故障特征的空间信息,BiLSTM捕捉时间序列的动态特征,最终实现高精度的轴承故障分类。整个诊断流程充分结合了信号预处理、智能优化与深度学习的优势,显著提升了复杂工况下轴承故障诊断的准确性与鲁棒性。; 适合人群:具备一定信号处理、机器学习及MATLAB编程基础的研究生、科研人员及从事工业设备故障诊断的工程技术人员。; 使用场景及目标:①应用于旋转机械设备的智能运维与故障预警系统;②为轴承等关键部件的早期故障识别提供高精度诊断方案;③推动智能优化算法与深度学习在工业信号处理领域的融合研究。; 阅读建议:建议读者结合MATLAB代码实现,深入理解OCSSA优化机制、VMD参数选择策略以及CNN-BiLSTM网络结构的设计逻辑,通过复现实验掌握完整诊断流程,并可进一步尝试迁移至其他设备的故障诊断任务中进行验证与优化。
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