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The research focuses on transport vehicle selection, optimal path selection, traffic flow simulation, traffic risk assessment, and safety monitoring of the transportation process in MiC transportation scenarios. Applicants should have a first-class Bachelor's degree or a Master’s/PhD degree in a related field. Preference will be given to applicants with research experience in path optimisation or traffic flow simulation.

The research focuses on the technologies of artificial intelligence (e.g. machine learning and deep learning algorithms), digital construction (e.g. digital twins, virtual/augmented reality), robotics, and Internet of Things (IoT) to enable the integration of supply chain and realise the performance monitoring, diagnostics, prediction, and optimisation of project delivery processes for MiC buildings and infrastructures in the context of smart city development. Applicants should have a first-class Bachelor's degree or a Master's/PhD degree in a related field. Preference will be given to applicants with experience in hardware and software development for smart systems, IoT platform development and design, or are proficient in at least one computer programming language (e.g. C++, Python, C#) with research or practical experience in specialised software and simulation platforms (e.g. Unreal, Unity, ROS, Nvidia ISAAC SIM).

The research focuses on the investigation and application of new type low-carbon concrete materials in high-rise concrete MiC buildings, the investigation and application of high-strength and lightweight concrete, the durability of new type concrete materials in complex environments, and the application of new type lightweight concrete aggregates. Applicants should have a first-class Bachelor's or Master's degree in Civil Engineering or Materials Science. Preference will be given to applicants with research experience related to low carbon concrete materials, fibre concrete and lightweight concrete.

The research focuses on MiC supply chain management, supply chain performance measurement and public policy analysis. Applicants should have a first-class Bachelor's degree or a Master's/PhD degree in a related field. Preference will be given to applicants with research experience in construction management, public policy and administration, statistical analysis and multi-criteria decision analysis as well as good English writing skills.

Main Responsibilities:

Responsible for regular logic development in building and city traffic simulation scenarios;

Responsible for webpage and computer client adaptation and efficiency optimisation.

Job Requirements:

Familiar with commonly used data structures and algorithms, with strong logical thinking ability;

Familiar with computer languages such as C++, C#, or python, and proficient in at least one of them;

At least one year experience in UE (or equivalent general-purpose engine Unity3d, Nvidia ISAAC Sim);

Bachelor's degree or above with at least one year working experience in game/3D animation simulation development.

Main responsibilities:

Responsible for back-end development of software platforms and tools;

In-depth understanding of the business scenario, complete the platform architecture and back-end implementation according to product design requirements.

Job requirements:

Computer-related majors preferred, preferences will be given to applicants with deep learning and image processing development experiences;

Familiar with computer languages such as C++, Java, or python, and proficient in at least one of them;

Familiar with Dokcer container technology, development, and deployment in Linux environment;

Bachelor degree or above, at least one year back-end development working experience.

Main responsibilities:

Responsible for the design and development of the front-end of the platform;

Continuously optimise the webpage front-end presentation, automatic generation ability, improve user experience and development efficiency.

Job Requirements:

Experienced in web front-end projects, familiar with W3C standards, proficient in HTML5/JavaScript/CSS3/nodejs and other web development technologies;

Familiar with mainstream JavaScript frameworks and libraries, proficient in at least one MVVM framework (e.g. angularjs, reactjs, vuejs), with framework optimisation capabilities;

Experience in 3D model rendering and tuning on browsers and 3D interactive function development is preferred;

Experience in WebGIS development, familiar with spatial data processing is preferred;

Bachelor degree or above, at least one year front-end development working experience.

Main Responsibilities:

Responsible for the design, development, testing and deployment of SLAM algorithms for multi-source fusion to support high-precision maps and 3D reconstruction of buildings.

Job Requirements:

Familiar with SLAM open-source frameworks and algorithms based on multi-source sensor fusion such as lidar, vision, inertial sensors, GNSS, and others;

Familiar with image and point cloud processing, OpenCV, PCL, ceres/G2O positional optimisation;

Proficient in C++ or Python, able to code under LINUX platform, experience in high precision mapping and building reconstruction is preferred;

Bachelor degree or above, at least one year SLAM development working experience.

Main Responsibilities:

Responsible for the design, development, testing and deployment of 3D model reconstruction algorithms based on point clouds and images to build high-precision 3D maps and buildings.

Job Requirements:

Familiar with point cloud and image-based 3D reconstruction open-source framework and algorithms;

Familiar with 3D scene understanding, including but not limited to semantic segmentation of images, meshes, or point clouds;

Proficient in C++ or Python, able to code under LINUX platform, experience in high precision maps and building reconstruction is preferred;

Bachelor's degree or above, at least one year working experience in 3D reconstruction development.

Main Responsibilities:

Responsible for mechanical structure design and external components selection, testing and deployment of automated equipment, familiar with robot simulation is preferred.

Job Requirements:

Familiar with mechanical principles, mechanical design, machining, or assembly processes, and proficient in the use of at least one 3D modelling software commonly used in the mechanical industry;

Proficient in calculation and selection of common pneumatic/hydraulic components, mechanical transmission related parts, various types of sensors and motors;

Bachelor's degree or above with at least one year working experience in mechanical design and development.