Food Supply Chain Thesis

Food Supply Chain Thesis-27
A sample of possible research topics in this area is presented below.In addition to the following sample topics, please contact us at [email protected] [email protected] get more topic suggestions and to discuss your topic.

A sample of possible research topics in this area is presented below.In addition to the following sample topics, please contact us at [email protected] [email protected] get more topic suggestions and to discuss your topic.

Agro-food systems around the globe are consolidating and homogenizing.

In response, they are also segmenting and diversifying.

Modern supply chain practices need to be highly proactive, horizontally integrated, synchronized, information driven, network based, and technology enabled.

These challenges are rapidly eliminating the old beliefs and practices giving way to new ways of managing the components of supply chain. procurement management, production and operations management, inventory management, distribution management, and retail management, can no longer operate as distinct verticals but need to be integrated horizontally with the help of accurate and timely information management and flow, effective and efficient management of funds, synchronous activities, effective coordination, decision-making power at lower levels, better economies of scale, elimination of wastes, increased reliability on actual demands (than demand forecasting), flexible logistics infrastructure, operations, and processes, organization wide cost reduction targets and excellent service delivery.

In this context, I hereby present some of the key areas in which, the students may like to conduct their research studies.

In each of these areas and the suggested sample topics, you may select an industry in a country/region or a specific company in that industry with multiple locations for conducting a narrow and focussed study.

For example, if the supply chain has multiple inventory points (Stock Keeping Units), the procurement manager may have access to daily, or even hourly, updates of the inventory levels at all the points.

Functional integration is evident even with suppliers and customers.

The studies will be based more on interviews and focus group discussions because the students will need to learn from specialist network designers and network managers in supply chains.

(a) Multiobjective optimization problems in supply chain network design under risks and uncertainties (multiple topics are possible for designing different configurations of a supply network through mathematical optimization in operations research theory) (b) Value creation through robust supply chain network design (c) Optimised supply network design through process engineering and value chain creation (d) Agile and lean production strategy through robust closed-loop supply network design (e) Effective Supply chain network design for effective demand fulfilment at low operational costs and through high quality and timely deliveries (f) Effective Supply chain network design for reducing carbon footprints and improving environmental sustainability (g) Effective Strategies for robustness in supply network design for reducing service disruptions amidst uncertainties in flow of supplies (h) Effective Supply network design for dealing with uncertainties in demand information flow and high seasonal fluctuations (i) Effective Supply network design for curbing Bullwhip effect and reducing the resulting effects of beer gaming and order rationing games (j) Supply chain network design for integrated flow of materials, funds, and information in forward and reverse logistics (k) Supply chain network design for implementing, maintaining and operating strategic supplier agreements (l) Multipath routing design in national supply chain networking based on variability in path costs and path delays (m) Supply network optimisation through system dynamics modeling, network simulations, and Taguchi method (n) Designing a multi-echelon multi-vehicle network with optimal routing under time window constraints for perishable products supplies (o) Optimized supply network design for capacity planning and balancing of production capacity, logistics capacity, and distribution capacity (p) Designing locations and interconnectivity of temporary in-transit storage infrastructures for multi-hop multi-path transportation networks (q) Designing a flexible transportation, logistics, and distribution network for lean and agile order fulfilment of small batch orders (r) Solving an integrated supply chain design optimization problem for multiple irregular shipments caused by production and logistics delays using hybrid Taguchi - Immune method (s) Strategic and tactical supply chain network designs for managing risks and uncertainties under stochastic demand variations (t) Evolutionary approaches of flexible logistics network designing and redesigning for variable capacity, resources, and funds allocation decision-making based on variations in costs, efficiencies, and lead-times (u) Principles influencing agility, flexibility, responsiveness, resilience, and quality of supply chain network design (v) Multi-party multi-supplier supply chain network design based on order booking and fulfilment services through cloud computing : It is almost an empirical fact that the world is now gradually drifting towards demand pull supply chain strategy for demand chain management instead of mass production and products push strategy.

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