Shortcoming of Scrum

本文讨论了当前使用Scrum模型进行项目管理的优点与不足,并提出了从关注特性与任务转向关注框架设计、可扩展性和可维护性的建议。

Hi Boss,

 

I am C.Line from Dev team. I was lucky to be hired by my company at the beginning of the recession. I am pleased to work with my old friends and team members again. Perhaps it doesn’t match the process to directly email you the issues mentioned in this email. But there is a Chinese proverb: if a person is going to die, his/her words are honest and friendly. So I am brave to express what I feel and think. At the same time, we have known each other for 7 years. You are a very nice, kind and smart person.

 

So far, many projects are managed with Scrum model. Its benefit is that any person can know the progress of features and what each developer has done and is doing. Its disadvantage is that all people mainly focus on features or tasks. Each developer is busing with his or her tasks, doesn’t take care about the whole structure. Especially, when we are going to improve the whole performance, if there isn’t person who controls the whole project evolution, fixing one issue may bring in new and more issues. (This is the disadvantage of Rob’s leave).  But when I discussed with other persons in other projects, they have the similar feeling that no one takes care about how to implement the features. Last month, when I visited Toronto office, we have the same feeling.

 

There are tech leads. But they are busing with their tasks too; and in fact, it seems tech lead has no enough right to request individual develop how to do. And if there are several tech leads, and they don’t agree with one another. Who is responsible to make the final decision from a long term? There result is that so far so good, finishing the task is the priority. The potential risk is that the source code is hard to extend or maintain. In the future, if there is a new feature or requirement coming up, some workarounds may be added. The more workarounds are added, the source code will become more complicated and difficult to read and maintain, and more time it will take to deliver our products to customers.

 

These days, some team members quit and some will be moved to other projects. When we take over their work, we find it is so complicated. Perhaps, some work must be re-done from scratch. The worst thing is that someone has pointed out the method or solution, which the team member who quit used is not good, several months or years ago. But there isn’t the person who takes responsibility to judge which solution is the better one from a high level and long term. So far so good! Therefore, if you are requested to take over the task done by the member, which you have pointed out the solution would make the code is hard to maintain, what will you feel? I think everyone doesn’t like doing some boring work or helping other persons fix stupid bugs. They want to do some challengeable work or the work with achievability.

                                                                                                 

Hence, I propose that we move some attention from the feature and task-oriented management to the framework design, extensibility and maintainability-oriented management.

 

All team members hope our products have good performance & high quality (you mentioned many times too), and are bought by more customers, and my company becomes better and better.

 

Thanks,

Cline

计及风电并网运行的微电网及集群电动汽车综合需求侧响应的优化调度策略研究(Matlab代码实现)内容概要:本文研究了计及风电并网运行的微电网及集群电动汽车综合需求侧响应的优化调度策略,并提供了基于Matlab的代码实现。研究聚焦于在高渗透率可再生能源接入背景下,如何协调微电网内部分布式电源、储能系统与大规模电动汽车充电负荷之间的互动关系,通过引入需求侧响应机制,建立多目标优化调度模型,实现系统运行成本最小化、可再生能源消纳最大化以及电网负荷曲线的削峰填谷。文中详细阐述了风电出力不确定性处理、电动汽车集群充放电行为建模、电价型与激励型需求响应机制设计以及优化求解算法的应用。; 适合人群:具备一定电力系统基础知识和Matlab编程能力的研究生、科研人员及从事新能源、微电网、电动汽车等领域技术研发的工程师。; 使用场景及目标:①用于复现相关硕士论文研究成果,深入理解含高比例风电的微电网优化调度建模方法;②为开展电动汽车参与电网互动(V2G)、需求侧响应等课题提供仿真平台和技术参考;③适用于电力系统优化、能源互联网、综合能源系统等相关领域的教学与科研项目开发。; 阅读建议:建议读者结合文中提供的Matlab代码进行实践操作,重点关注模型构建逻辑与算法实现细节,同时可参考文档中提及的其他相关案例(如储能优化、负荷预测等),以拓宽研究视野并促进交叉创新。
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