- Name of the Project 3
- The project scope. 3
- A Paragraph About the Project 3
- Project Manager + project team.. 4
- Stakeholder Register/Power-Interest Matrix. 5
- Project Information. 3
10.1 WBS +work packages+ WBS Coding System.. 13
- Requirement Traceability Matrix. 14
- Project Scope Statement 15
- Project Network…………………………………………………………………………….16
- Weight-Scoring Model………………………………………………………………………17
- Project Priority Matrix. 19
- Key Milestones. 19
- Project Schedule Network Diagram.. 20
17.1 Activity-On-Node (AON) + paths and Critical path + Slack. 21
17.2 Activity-On-Arrow (AOA) 21
- Responsibility Matrix. 24
- Communication Plan……………………………………………………………………….25
- Allocating Project Costs Using The Work Breakdown Structure. 27
- The Risk Breakdown Structure. 27
- Risk Assessment Form.. 28
- Resource Allocation Plan. 28
- Project Procurements Plan. 29
- Wrap-Up Closures Checklist 30
Reverse logistics is one of the cutting-edge ideas in the transportation and logistics industry. The phrase describes the procedures involved in recycling materials and goods. Reverse logistics is a growing technique for planning, implementing, and controlling the efficient and economical flow of raw materials, finished goods, inventory, and information along the supply chain. In contrast, recycling has grown widespread in the TLM industry. The idea is beginning to take shape to guarantee that the extra items are taken care of to prevent waste. To address cash flow difficulties, it is now possible for things to migrate from customers into manufacturing. In the future, when raw materials and natural resources become more scarce, the idea will make more sense (Bazan, Jaber & Zanoni, 2016). It will influence the TLM industry by preventing resource waste and adding value for consumers, producers, and distributors.
While the greening principle has gained popularity in other industries, the idea of green truck routing as a component of green logistics has recently existed within the TLM industry. The idea is utilized with sustainability primarily due to the ongoing emphasis on the industry’s environmental impact. Hence, “green logistics” denotes a concern for the manufacturing processes to prevent the sector from adversely influencing the environment (Bektaş, Demir, & Laporte, 2016). There are current initiatives to ensure decreased environmental harm, air pollution, climate change, and noise, highlighting the critical role of green logistics. The concept has a bright future as the transportation industry works to reduce its global environmental effect.