BSc (Hons) Scheme in Intelligent Supply Chain and Engineering Management (Intelligent Supply Chain / Engineering Management with Data Analytics/ Aviation Operations and Systems) 48 months Undergraduate Programme By The Hong Kong Polytechnic University |TopUniversities

Programme overview

Main Subject

Engineering Management

Degree

BSc

Study Level

Undergraduate

Study Mode

On Campus

Three full-time programmes are offered under this scheme:


  • BSc (Hons) in Intelligent Supply Chain (BSc ISC)
  • BSc (Hons) in Engineering Management with Data Analytics (BSc EMDA)
  • BSc (Hons) in Aviation Operations and System (BSc AOS)



BSc ISC

Programme Aims and Learning Outcomes


Managing logistics is an interesting and complex task. It involves the effective management of materials, information, and finance in a network of suppliers, manufacturers, distributors, and customers.



This programme aims to nurture logistics engineers and professionals who are competent in the design, implementation, control, and execution of logistics systems and related technologies and who are capable of managing complex business, logistics and technology systems for increasingly technology-enabled logistics enterprises.



Programme Characteristics


The Hong Kong Polytechnic University boasts a broad array of expertise and talent that spans the entire spectrum of logistics. The programme provides comprehensive training in logistics systems, facility design, logistics information systems, supply chain management, and operations management. It also teaches the general management and business skills needed to manage and run modern logistics companies.



In addition to the academic curriculum, Work-Integrated Education (WIE) is incorporated into the programme to ensure that students gain real-life work experience that is relevant to their studies. This enables students to better understand the relevance of their academic efforts and enhances their all-round development.



Summer placement opportunities may be available to students to enable them to gain practical work experience.



Students also have the opportunity to participate in the Student Exchange Programme, during which they spend one semester at a university in a country such as the US, Canada, Sweden, or Finland.

BSc EMDA

Programme Aims and Learning Outcomes


Enterprises are industrial and commercial organisations that shape the modern economy. This programme aims to provide students with a body of knowledge, principles, and skills related to the analysis, design, implementation, and operation of the critical elements associated with the effective operation of modern enterprises. To be successful in today’s highly competitive global business environment, an enterprise must be willing to undertake new activities and able to continuously optimise its operations.



This programme aims to nurture a new tranche of professionals with the entrepreneurship skills and ability to integrate and apply engineering, business management and information technology expertise to optimise the operations of modern information-based enterprises and workflows along the business value chains in which they operate.



Graduates of this programme are capable of formulating problems, recognising areas for improvement in an enterprise, and devising and implementing strategies to produce solutions that enhance business efficiency and effectiveness. They enable enterprises to deliver high-quality goods and services that meet or exceed customer demands in today’s modern business environment.


BSc AOS


Programme Aims and Learning Outcomes


The aviation operations and systems field concerns the design and development, planning and scheduling, and implementation and control of various processes, operations, and systems in the aviation and related industries. Particular emphasis is given to the development of new processes, operations, and systems and the reengineering of existing processes, operations, and systems. This yields a better understanding of the complex problems and interrelationships of various aviation operations and draws on specialised knowledge and skills in engineering, management, and the social sciences to specify, optimise, predict, and evaluate the results to be obtained from such processes, operations, and systems.



The overall aim of this programme is to produce professionals who are competent in the design, development, planning, scheduling, controlling, executing, and managing aviation operations and systems, and related technologies. In this programme, students study the underpinning industrial engineering fundamentals and theory used in aviation operations and systems. As a consequence, graduates become competitive professionals in aviation operations and systems for the local and global aviation industry.



Programme Characteristics


Hong Kong needs to upgrade its manpower to meet the aviation industry’s prevailing and future demand and to maintain its competitiveness in the rapidly changing world and highly competitive markets in the region. Only university graduates with profound aviation-related professional knowledge and diverse management skillsets have the ability and adaptability to be successful in such an environment. This programme is designed from a multi-stakeholder perspective to cover the whole spectrum of the aviation industry, spanning the policy, management, operations, logistics, and systems levels. Various units participated in developing the programme, including the Department of Industrial and Systems Engineering, the Department of Logistics and Maritime Studies, and the School of Hotel and Tourism Management. It offers a highly integrated, broad-based education aimed at producing degree-level aviation professionals to meet the high-level, diverse manpower needs of the aviation industry.



In the third year, students are required to take the Industrial Training subject “Integrated Aviation Systems Project”. This subject aims at developing their practical understanding of the common technological systems and processes found in aviation industry. Through undertaking hands-on projects, students are able to integrate their academic knowledge with practical skills in key engineering tasks, including problem identification, design, fabrication and evaluation.



In the final year, students can specialise in areas such as aircraft logistics, airline operations and revenue management, inflight service management, and the selection of their Final Year Project.

Programme overview

Main Subject

Engineering Management

Degree

BSc

Study Level

Undergraduate

Study Mode

On Campus

Three full-time programmes are offered under this scheme:


  • BSc (Hons) in Intelligent Supply Chain (BSc ISC)
  • BSc (Hons) in Engineering Management with Data Analytics (BSc EMDA)
  • BSc (Hons) in Aviation Operations and System (BSc AOS)



BSc ISC

Programme Aims and Learning Outcomes


Managing logistics is an interesting and complex task. It involves the effective management of materials, information, and finance in a network of suppliers, manufacturers, distributors, and customers.



This programme aims to nurture logistics engineers and professionals who are competent in the design, implementation, control, and execution of logistics systems and related technologies and who are capable of managing complex business, logistics and technology systems for increasingly technology-enabled logistics enterprises.



Programme Characteristics


The Hong Kong Polytechnic University boasts a broad array of expertise and talent that spans the entire spectrum of logistics. The programme provides comprehensive training in logistics systems, facility design, logistics information systems, supply chain management, and operations management. It also teaches the general management and business skills needed to manage and run modern logistics companies.



In addition to the academic curriculum, Work-Integrated Education (WIE) is incorporated into the programme to ensure that students gain real-life work experience that is relevant to their studies. This enables students to better understand the relevance of their academic efforts and enhances their all-round development.



Summer placement opportunities may be available to students to enable them to gain practical work experience.



Students also have the opportunity to participate in the Student Exchange Programme, during which they spend one semester at a university in a country such as the US, Canada, Sweden, or Finland.

BSc EMDA

Programme Aims and Learning Outcomes


Enterprises are industrial and commercial organisations that shape the modern economy. This programme aims to provide students with a body of knowledge, principles, and skills related to the analysis, design, implementation, and operation of the critical elements associated with the effective operation of modern enterprises. To be successful in today’s highly competitive global business environment, an enterprise must be willing to undertake new activities and able to continuously optimise its operations.



This programme aims to nurture a new tranche of professionals with the entrepreneurship skills and ability to integrate and apply engineering, business management and information technology expertise to optimise the operations of modern information-based enterprises and workflows along the business value chains in which they operate.



Graduates of this programme are capable of formulating problems, recognising areas for improvement in an enterprise, and devising and implementing strategies to produce solutions that enhance business efficiency and effectiveness. They enable enterprises to deliver high-quality goods and services that meet or exceed customer demands in today’s modern business environment.


BSc AOS


Programme Aims and Learning Outcomes


The aviation operations and systems field concerns the design and development, planning and scheduling, and implementation and control of various processes, operations, and systems in the aviation and related industries. Particular emphasis is given to the development of new processes, operations, and systems and the reengineering of existing processes, operations, and systems. This yields a better understanding of the complex problems and interrelationships of various aviation operations and draws on specialised knowledge and skills in engineering, management, and the social sciences to specify, optimise, predict, and evaluate the results to be obtained from such processes, operations, and systems.



The overall aim of this programme is to produce professionals who are competent in the design, development, planning, scheduling, controlling, executing, and managing aviation operations and systems, and related technologies. In this programme, students study the underpinning industrial engineering fundamentals and theory used in aviation operations and systems. As a consequence, graduates become competitive professionals in aviation operations and systems for the local and global aviation industry.



Programme Characteristics


Hong Kong needs to upgrade its manpower to meet the aviation industry’s prevailing and future demand and to maintain its competitiveness in the rapidly changing world and highly competitive markets in the region. Only university graduates with profound aviation-related professional knowledge and diverse management skillsets have the ability and adaptability to be successful in such an environment. This programme is designed from a multi-stakeholder perspective to cover the whole spectrum of the aviation industry, spanning the policy, management, operations, logistics, and systems levels. Various units participated in developing the programme, including the Department of Industrial and Systems Engineering, the Department of Logistics and Maritime Studies, and the School of Hotel and Tourism Management. It offers a highly integrated, broad-based education aimed at producing degree-level aviation professionals to meet the high-level, diverse manpower needs of the aviation industry.



In the third year, students are required to take the Industrial Training subject “Integrated Aviation Systems Project”. This subject aims at developing their practical understanding of the common technological systems and processes found in aviation industry. Through undertaking hands-on projects, students are able to integrate their academic knowledge with practical skills in key engineering tasks, including problem identification, design, fabrication and evaluation.



In the final year, students can specialise in areas such as aircraft logistics, airline operations and revenue management, inflight service management, and the selection of their Final Year Project.

Admission Requirements

32+
80+
590+
180+
23+
4+
6+

15 May 2026
4 Years
Sep

Tuition fees

Domestic
6,012 USD
International
25,641 USD

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