, PLEASE USE THIS DOCUMENT AS A GUIDE TO ANSWER YOUR OWN ASSIGNMENT
TRL3707 ASSIGNMENT 1 SEMESTER 1 2026
ANSWERS
DUE DATE: 2026
QUESTION 1
1.1 Fundamental Deliverables of a Transport Management System (TMS) for South Africa’s
Groundnut Industry
A Transport Management System (TMS) is a critical digital platform that enables the planning,
execution, and optimization of the physical movement of goods across the supply chain. In the
context of South Africa’s groundnut industry—where raw peanuts are sourced from farms,
transported to processing facilities such as Milele Agro-processing, and then distributed to
warehouses and retail markets—a TMS becomes essential for improving efficiency, reducing costs,
and ensuring product quality. The fundamental deliverables of a TMS can be discussed as follows:
1. Transport Planning and Route Optimization
A key deliverable of a TMS is the ability to plan and optimize transportation routes. In the
groundnut industry, peanuts are often sourced from rural farming regions and transported to
processing hubs such as Johannesburg. A TMS can determine the most efficient routes by
considering distance, road conditions, fuel consumption, and delivery schedules. This reduces
transit time and transportation costs while ensuring timely delivery of perishable agricultural
products (Christopher, 2016).
In the case study, where peanuts move between regions such as Kimberley and Potchefstroom, route
optimization ensures that deliveries are consolidated and unnecessary trips are avoided, improving
overall supply chain responsiveness.
2. Load Planning and Consolidation
A TMS facilitates efficient load planning by maximizing vehicle capacity and consolidating
shipments. For the groundnut industry, this means combining multiple smaller consignments from
different farms into a single truckload destined for processing plants. This reduces the number of
trips required and lowers fuel and labour costs (Bowersox et al., 2013).
For example, Milele Agro-processing can use a TMS to ensure that trucks transporting peanuts from
various suppliers are fully utilized before dispatch, thereby improving transport efficiency.
TRL3707 ASSIGNMENT 1 SEMESTER 1 2026
ANSWERS
DUE DATE: 2026
QUESTION 1
1.1 Fundamental Deliverables of a Transport Management System (TMS) for South Africa’s
Groundnut Industry
A Transport Management System (TMS) is a critical digital platform that enables the planning,
execution, and optimization of the physical movement of goods across the supply chain. In the
context of South Africa’s groundnut industry—where raw peanuts are sourced from farms,
transported to processing facilities such as Milele Agro-processing, and then distributed to
warehouses and retail markets—a TMS becomes essential for improving efficiency, reducing costs,
and ensuring product quality. The fundamental deliverables of a TMS can be discussed as follows:
1. Transport Planning and Route Optimization
A key deliverable of a TMS is the ability to plan and optimize transportation routes. In the
groundnut industry, peanuts are often sourced from rural farming regions and transported to
processing hubs such as Johannesburg. A TMS can determine the most efficient routes by
considering distance, road conditions, fuel consumption, and delivery schedules. This reduces
transit time and transportation costs while ensuring timely delivery of perishable agricultural
products (Christopher, 2016).
In the case study, where peanuts move between regions such as Kimberley and Potchefstroom, route
optimization ensures that deliveries are consolidated and unnecessary trips are avoided, improving
overall supply chain responsiveness.
2. Load Planning and Consolidation
A TMS facilitates efficient load planning by maximizing vehicle capacity and consolidating
shipments. For the groundnut industry, this means combining multiple smaller consignments from
different farms into a single truckload destined for processing plants. This reduces the number of
trips required and lowers fuel and labour costs (Bowersox et al., 2013).
For example, Milele Agro-processing can use a TMS to ensure that trucks transporting peanuts from
various suppliers are fully utilized before dispatch, thereby improving transport efficiency.
