The course deals with the introduction to entrepreneurship; business knowledge; accounting and finance; management and marketing; operation management; understanding the ecosystem; some applications and project presentations.

Prerequisite: None
This course will cover introduction to logistic, Demand management, transportation management, warehousing, intentional logistic, inventory management, supply chain, supply chain integrated, resource planning, logistic network design, customer service and purchasing. Topics include Engineering profession, Code of ethics for engineers, logistics engineering and its principle applications. Then the course will discuss. The Logistics in Oman, Logistics companies and its structure in logistic sectors, Oman national logistics strategy will be also covered. Employment opportunities in logistic filed, current active projects and activities in Oman GCC and world

Prerequisite: None
This course focuses on the fundamental principles of transportation systems, introduces transportation systems components, costs and addresses how one analyzes them effectively. The fundamentals of operating characteristics of various modes and intermodal combinations (transportation supply) is explained and how customers (e.g., freight shippers, travelers) of transportation services make transportation decisions (transportation demand). The quantitative modeling techniques are explained to analyze and model complex transportation systems.

Prerequisite: None
The course aims to demonstrate the foundation of engineering economy, time value of money, cash flows, interest rates, present worth analysis, rate of return analysis, benefit/cost analysis, replacement/retention studies, breakeven analysis, payback analysis, effects of inflation, cost estimation and indirect cost allocation, depreciation methods, after-tax economic analysis, sensitivity analysis and staged decisions, variation and decision-making under risk

Prerequisite: EGCP1130
This course is an introduction to programming for logistics engineering students. It covers the basics of programming including variables, arithmetic and expressions, conditional statements, loops and functions. The course also introduces students to the basics of object oriented programming using Python programming language.

Prerequisite: MATH1200
College Erquired

Prerequisite: None
This course enables students to understand the production technologies use in the industry, and explore the machinery used in the manufacturing processes (ie cutting, joining, sheet metal, CNC). Understand the manufacturing systems (ie Fleet Management Systems and Technologies, FMS, production cells, etc. In addition students will have a basic knowledge about automation systems and technology in logistics processes. Also gain basic knowledge about pneumatics, hydraulics and robotics etc. and controlling systems of them.

Prerequisite: None
This course provides an introduction to the concepts and use of Information and Communication Technologies (ICT) in logistics and how these concepts intersect with logistics and supply chain concepts to provide an agile backbone to the business of logistics. The course focuses on tools of creating value in the logistics and supply chain business. Students are also introduced to strategic, tactial and operational concepts in the e Logistics framework.

Prerequisite: None
The course aims to enable the students to perform main activities in maritime business in domestic and international maritime market by applying social, humanities, physical and technological sciences, to operate in the seaport terminals, to manage freight forwarding and customs procedures, work as an agent in shipping and crewing agencies, also to work in other maritime business-related companies in accordance with the standards.

Prerequisite: None
University

Prerequisite:None
The course aims to offer the opportunity to apply the knowledge learnt in Diploma Level and enables the students to find a solution to a problem related to logistics engineering and transportation management. Assessment is by means of demonstration of work before the panelists and submission of project report. Projects are undertaken in a small group (4 students per group maximum) with diverse range of topics in logistics engineering and transportation management.

The course deals with the introduction to entrepreneurship; business knowledge; accounting and finance; management and marketing; operation management; understanding the ecosystem; some applications and project presentations.

Prerequisite: None
This course will cover introduction to logistic, Demand management, transportation management, warehousing, intentional logistic, inventory management, supply chain, supply chain integrated, resource planning, logistic network design, customer service and purchasing. Topics include Engineering profession, Code of ethics for engineers, logistics engineering and its principle applications. Then the course will discuss. The Logistics in Oman, Logistics companies and its structure in logistic sectors, Oman national logistics strategy will be also covered. Employment opportunities in logistic filed, current active projects and activities in Oman GCC and world

Prerequisite: None
This course focuses on the fundamental principles of transportation systems, introduces transportation systems components, costs and addresses how one analyzes them effectively. The fundamentals of operating characteristics of various modes and intermodal combinations (transportation supply) is explained and how customers (e.g., freight shippers, travelers) of transportation services make transportation decisions (transportation demand). The quantitative modeling techniques are explained to analyze and model complex transportation systems.

Prerequisite: None
The course aims to demonstrate the foundation of engineering economy, time value of money, cash flows, interest rates, present worth analysis, rate of return analysis, benefit/cost analysis, replacement/retention studies, breakeven analysis, payback analysis, effects of inflation, cost estimation and indirect cost allocation, depreciation methods, after-tax economic analysis, sensitivity analysis and staged decisions, variation and decision-making under risk

Prerequisite: EGCP1130
This course is an introduction to programming for logistics engineering students. It covers the basics of programming including variables, arithmetic and expressions, conditional statements, loops and functions. The course also introduces students to the basics of object oriented programming using Python programming language.

Prerequisite: MATH1200
College Erquired

Prerequisite: None
This course enables students to understand the production technologies use in the industry, and explore the machinery used in the manufacturing processes (ie cutting, joining, sheet metal, CNC). Understand the manufacturing systems (ie Fleet Management Systems and Technologies, FMS, production cells, etc. In addition students will have a basic knowledge about automation systems and technology in logistics processes. Also gain basic knowledge about pneumatics, hydraulics and robotics etc. and controlling systems of them.

Prerequisite: None
This course provides an introduction to the concepts and use of Information and Communication Technologies (ICT) in logistics and how these concepts intersect with logistics and supply chain concepts to provide an agile backbone to the business of logistics. The course focuses on tools of creating value in the logistics and supply chain business. Students are also introduced to strategic, tactial and operational concepts in the e Logistics framework.

Prerequisite: None
The course aims to enable the students to perform main activities in maritime business in domestic and international maritime market by applying social, humanities, physical and technological sciences, to operate in the seaport terminals, to manage freight forwarding and customs procedures, work as an agent in shipping and crewing agencies, also to work in other maritime business-related companies in accordance with the standards.

Prerequisite: None
University

Prerequisite:None
The course aims to offer the opportunity to apply the knowledge learnt in Diploma Level and enables the students to find a solution to a problem related to logistics engineering and transportation management. Assessment is by means of demonstration of work before the panelists and submission of project report. Projects are undertaken in a small group (4 students per group maximum) with diverse range of topics in logistics engineering and transportation management.

Prerequisite: None
The course aims to focus on safety, velocity impacts, functional design in relation to process flows and what infrastructure is required to support the warehousing activities. Students will learn how to plan the layout of a warehouse based on the industry type. Students will learn the about the internal functions that are linked and dependant on warehouse operations, flow and structure.

Prerequisite: None
This course will provide the knowledge, skills and insights needed to manage Import and Export. The course will focus on how the Import and Export of goods are proposed and the execution processes to be followed by the individuals/companies involved in the international trade and commerce. The course will also focus on the various promotional measures available; digital international trade, categories of import and export items, various international commercial terms and the importance of packing and labelling. The course will also provide knowledge on the various documentations needed to be used for Import and Export of goods along with the various international legal considerations. It also covers the different ways of payments and how financing can take place towards the Import and Export of goods. The course will equip students with the understanding of the Pre-Shipment Inspection of goods, Custom House Agents, Full Container Load , Less than container load, letter of credits and other related topics.

Prerequisite: EGCP1130
This course is designed to give the students an understanding of business processes and information systems in modern organizations.

Prerequisite: None
This course provides an introduction to material management. It covers all aspects of material management including inventory control, material requirements planning, receiving and warehousing. Students will apply the theories and concepts of materials management to demonstrate their understanding of the impact of improved materials management on business.

Prerequisite: None
College

Prerequisite:None
University

Prerequisite: EGLT2120
The course aims to cover transportation and distribution network design and management; Transportation selection framework; Multimodal transportation; Distribution requirement planning; Quality and safety in transportation; Cold chain; Transportation cost analysis and control; Reverse logistics; Ethics in transportation and distribution; Performance measurement; Information and technology; Interesting topics and case study in transportation and distribution.

This course will provide the analytical framework for assessing the nature and challenges of operating global supply chains. It focuses on how global supply chains are set up, how to deal with international suppliers and transportation intermediaries, and how to maintain optimum efficiency in the production, inventory control, and delivery of goods in the international marketplace. Considerations for global e-commerce in managing procurement and sourcing of goods, determining storage locations, and clearing foreign customs will be examined. The course will equip students with the tools necessary to develop strategic plans that incorporate the key elements of successful global supply chain operation.

This course introduces students to the fundamental concepts of reliability and maintenance of systems. Starting from these basics, the course covers the effect of reliability on the life cycle of a system or product, application of Hazard and Operability Studies (HAZOP), Failure Mode Effects and Criticality Analysis (FMECA) and Reliability Centred Maintenance (RCM). Types of maintenance systems and choice of the same for optimizing output will be studied.

EGLT3241- Probability And Statistics For Engineers
EGLT3242- Product Design For Logistics
EGLT3243- Material Handling (Packaging And Storage Technology)
EGLT3244- Operations Management

Prerequisite: EGLT3110
EGLT3130
The course aims to offer the opportunity to apply the knowledge learnt in Advanced Diploma Level and enables the students to find a solution to a problem related to logistics engineering and transportation management. Assessment is by means of demonstration of work before the panelists and submission of project report. Projects are undertaken in a small group (4 students per group maximum) with diverse range of topics in logistics engineering and transportation management.

The course deals with the introduction to entrepreneurship; business knowledge; accounting and finance; management and marketing; operation management; understanding the ecosystem; some applications and project presentations.

Prerequisite: None
This course will cover introduction to logistic, Demand management, transportation management, warehousing, intentional logistic, inventory management, supply chain, supply chain integrated, resource planning, logistic network design, customer service and purchasing. Topics include Engineering profession, Code of ethics for engineers, logistics engineering and its principle applications. Then the course will discuss. The Logistics in Oman, Logistics companies and its structure in logistic sectors, Oman national logistics strategy will be also covered. Employment opportunities in logistic filed, current active projects and activities in Oman GCC and world

Prerequisite: None
This course focuses on the fundamental principles of transportation systems, introduces transportation systems components, costs and addresses how one analyzes them effectively. The fundamentals of operating characteristics of various modes and intermodal combinations (transportation supply) is explained and how customers (e.g., freight shippers, travelers) of transportation services make transportation decisions (transportation demand). The quantitative modeling techniques are explained to analyze and model complex transportation systems.

Prerequisite: None
The course aims to demonstrate the foundation of engineering economy, time value of money, cash flows, interest rates, present worth analysis, rate of return analysis, benefit/cost analysis, replacement/retention studies, breakeven analysis, payback analysis, effects of inflation, cost estimation and indirect cost allocation, depreciation methods, after-tax economic analysis, sensitivity analysis and staged decisions, variation and decision-making under risk

Prerequisite: EGCP1130
This course is an introduction to programming for logistics engineering students. It covers the basics of programming including variables, arithmetic and expressions, conditional statements, loops and functions. The course also introduces students to the basics of object oriented programming using Python programming language.

Prerequisite: MATH1200
College Erquired

Prerequisite: None
This course enables students to understand the production technologies use in the industry, and explore the machinery used in the manufacturing processes (ie cutting, joining, sheet metal, CNC). Understand the manufacturing systems (ie Fleet Management Systems and Technologies, FMS, production cells, etc. In addition students will have a basic knowledge about automation systems and technology in logistics processes. Also gain basic knowledge about pneumatics, hydraulics and robotics etc. and controlling systems of them.

Prerequisite: None
This course provides an introduction to the concepts and use of Information and Communication Technologies (ICT) in logistics and how these concepts intersect with logistics and supply chain concepts to provide an agile backbone to the business of logistics. The course focuses on tools of creating value in the logistics and supply chain business. Students are also introduced to strategic, tactial and operational concepts in the e Logistics framework.

Prerequisite: None
The course aims to enable the students to perform main activities in maritime business in domestic and international maritime market by applying social, humanities, physical and technological sciences, to operate in the seaport terminals, to manage freight forwarding and customs procedures, work as an agent in shipping and crewing agencies, also to work in other maritime business-related companies in accordance with the standards.

Prerequisite: None
University

Prerequisite:None
The course aims to offer the opportunity to apply the knowledge learnt in Diploma Level and enables the students to find a solution to a problem related to logistics engineering and transportation management. Assessment is by means of demonstration of work before the panelists and submission of project report. Projects are undertaken in a small group (4 students per group maximum) with diverse range of topics in logistics engineering and transportation management.

Prerequisite: None
The course aims to focus on safety, velocity impacts, functional design in relation to process flows and what infrastructure is required to support the warehousing activities. Students will learn how to plan the layout of a warehouse based on the industry type. Students will learn the about the internal functions that are linked and dependant on warehouse operations, flow and structure.

Prerequisite: None
This course will provide the knowledge, skills and insights needed to manage Import and Export. The course will focus on how the Import and Export of goods are proposed and the execution processes to be followed by the individuals/companies involved in the international trade and commerce. The course will also focus on the various promotional measures available; digital international trade, categories of import and export items, various international commercial terms and the importance of packing and labelling. The course will also provide knowledge on the various documentations needed to be used for Import and Export of goods along with the various international legal considerations. It also covers the different ways of payments and how financing can take place towards the Import and Export of goods. The course will equip students with the understanding of the Pre-Shipment Inspection of goods, Custom House Agents, Full Container Load , Less than container load, letter of credits and other related topics.

Prerequisite: EGCP1130
This course is designed to give the students an understanding of business processes and information systems in modern organizations.

Prerequisite: None
This course provides an introduction to material management. It covers all aspects of material management including inventory control, material requirements planning, receiving and warehousing. Students will apply the theories and concepts of materials management to demonstrate their understanding of the impact of improved materials management on business.

Prerequisite: None
College

Prerequisite:None
University

Prerequisite: EGLT2120
The course aims to cover transportation and distribution network design and management; Transportation selection framework; Multimodal transportation; Distribution requirement planning; Quality and safety in transportation; Cold chain; Transportation cost analysis and control; Reverse logistics; Ethics in transportation and distribution; Performance measurement; Information and technology; Interesting topics and case study in transportation and distribution.

This course will provide the analytical framework for assessing the nature and challenges of operating global supply chains. It focuses on how global supply chains are set up, how to deal with international suppliers and transportation intermediaries, and how to maintain optimum efficiency in the production, inventory control, and delivery of goods in the international marketplace. Considerations for global e-commerce in managing procurement and sourcing of goods, determining storage locations, and clearing foreign customs will be examined. The course will equip students with the tools necessary to develop strategic plans that incorporate the key elements of successful global supply chain operation.

This course introduces students to the fundamental concepts of reliability and maintenance of systems. Starting from these basics, the course covers the effect of reliability on the life cycle of a system or product, application of Hazard and Operability Studies (HAZOP), Failure Mode Effects and Criticality Analysis (FMECA) and Reliability Centred Maintenance (RCM). Types of maintenance systems and choice of the same for optimizing output will be studied.

EGLT3241- Probability And Statistics For Engineers
EGLT3242- Product Design For Logistics
EGLT3243- Material Handling (Packaging And Storage Technology)
EGLT3244- Operations Management

Prerequisite: EGLT3110
EGLT3130
The course aims to offer the opportunity to apply the knowledge learnt in Advanced Diploma Level and enables the students to find a solution to a problem related to logistics engineering and transportation management. Assessment is by means of demonstration of work before the panelists and submission of project report. Projects are undertaken in a small group (4 students per group maximum) with diverse range of topics in logistics engineering and transportation management.

Prerequisite: EGLT2140
This course introduces the students with the concepts and methods of optimization and simulation in logistics systems, and provides basic skills in quantitative optimization modeling. Using computer software, this course will enable students to formulate and solve a working-life problem as a simulation study or as an optimization task by using the tools of optimization to generate and interpret recommendations. It allows students to know the process of finding the best input variable values from among all possibilities without explicitly evaluating each possibility. It aims to help students understand how simulation and optimization is used to minimize the resources spent while maximizing the information obtained in a simulation experiment. Topics includes, recognition of a simulation problem - analyzing a system regarding capacity, utilization, bottleneck, waiting and throughput times -building the problem in simulation software - executing a complete simulation study with regard to validation, design of experiments, analyzing results and writing a report.

Prerequisite: EGLT3210
The purpose of this subject is to introduce students to the basic elements of (ITS), focusing on technological systems and institutional aspects.

Prerequisite: EGLT2130
This course introduces principles of accounting. It covers all aspects of accounting including classifying, recording and post transactions based on the principles of accounting. This course covers the various forms of financial reporting and standard procedures adopted.

Prerequisite: EGLT3120
This course will provide the knowledge and insights to students of the fundamental principles of trade and transportation law and ethics. The main goal of the course is to explain and familiarise students with the concepts in the arena of trade and transportation law and ethics. The course also provides knowledge of the key concepts and principles of trade and transportation law. It incorporates major critical analyses of trade and transportation law and ethics applicable to all companies. The course introduces the legal framework, policies and functioning of WTO, IMF, World Bank, UNCTAD and other organizations. The course will also deal with structural aspects of the international trade law system and the dispute resolution mechanisms in various governing bodies. It also briefly considers the concept of „Choice of Law‟ for the trade and transportation law and ethics.

Prerequisite: EGLT4110
EGLT4120
EGLT4130
The course aims to offer the opportunity to apply the knowledge learnt in Bachelor Level and enables the students to find a solution to a problem related to logistics engineering and transportation management. Assessment is by means of demonstration of work before the panelists and submission of project report. Projects are undertaken in a small group (4 students per group maximum) with diverse range of topics in logistics engineering and transportation management. (PHASE 1).

EGLT4161 - Research Methodlogy
EGLT4162 - Numerical Methods For Engineers
EGLT4163 - Maritime Logistics
EGLT4164 - Ports Management

Prerequisite: None
University

The main aim of the course is to acquire the knowledge in project planning and management with essential components in management principles.

The course introduce students to the issues and basic principles of integrated logistics life cycle support , and familizes student with the phases of logistic engineering process/systems and the elements of logistics support and understand their importance when organisations acquire, operate or dispose of logistics energizing systems.

Prerequisite: EGLT4150
The course aims to offer the opportunity to apply the knowledge learnt in Bachelor Level and enables the students to find a solution to a problem related to logistics engineering and transportation management. Assessment is by means of demonstration of work before the panelists and submission of project report. Projects are undertaken in a small group (4 students per group maximum) with diverse range of topics in logistics engineering and transportation management. (PHASE 2)

EGLT4231 - Urban Transportation Planning
EGLT4232 - Business Management
EGLT4233 - Quality And Risk Management
EGLT4234 - Contemporary Issues In Logistics Operations