IMT 140 Applied Simple Software Programming (2-2-3)

This unit is targeted at students who have no prior programming knowledge or experience. The aim of this course is to help these students to gain basic programming skills and to learn how to use special educational tools and systems

IMT 141 Perform Basic Machining for Industrial and Manufacturing Technology (0-6-3)

The aim of this unit is to develop students’ knowledge and skills in a mechanical industry or in engineering lab. Students will experience the mechanical processes of turning, milling, drilling, grinding and precision measurement.

IMT 142 Prepare CAD Environment and Produce CAD Technical Drawings (1-4-3)

This module develops practical skills in configuring CAD environments and producing accurate 2D and 3D technical drawings for industrial applications. Learners apply standards, create parametric models, and generate manufacturing-ready documentation. It also introduces CAD–CAM integration and automated workflows. Upon completion, learners can solve routine technical problems, use appropriate tools, and produce industry-standard outputs, supporting certification and entry into technical roles.

IMT 143 Explore Materials Science and Manufacturing Technologies (2-2-3)

The course aims to develop a fundamental understanding of the structure, classification, and properties of engineering materials and their influence on mechanical behaviour and performance. It enables students to analyse material responses under different loading and service conditions, including fatigue, creep, and degradation mechanisms. The course also focuses on the relationship between material properties and the selection of appropriate manufacturing processes, inspection methods, and tolerancing practices. Additionally, it prepares students to evaluate manufacturing technologies.

IMT 144 Apply Production Planning and Facilities Management Techniques (3-0-3)

This module aims to equip learners with the knowledge and applied skills to integrate production planning and facilities resource management techniques in industrial systems. Learners will develop the ability to apply forecasting, capacity planning, inventory optimization, and production scheduling models to align production requirements with facility resources and operational constraints. The module also introduces AI-based decision-support tools to enhance data-driven production and inventory planning decisions.

IMT 145 Engineering Economics for Industrial and Manufacturing Technology (3-0-3)

This module aims to develop learners’ competency in applying engineering economic principles to support economically sustainable and risk-informed decision-making in organizational contexts. The module integrates financial evaluation techniques, cost analysis methods, and Artificial Intelligence (AI) supported tools to enhance the analysis, modelling, and selection of engineering and investment alternatives in real-world industrial and financial scenarios.

IMT 146 Perform CNC Machining CAM and 3D Printing Operations (1-4-3)

This course provides learners with foundational knowledge and hands-on skills in CNC machining and 3D printing technologies. Learners will explore the main features of CNC machines, write and apply basic CNC programs, and operate and monitor CNC machines safely and effectively. The course also covers 3D printing processes, their applications and advantages, along with the creation and editing of 3D models based on printer and material requirements. Learners will use 3D printing software to prepare files and generate G-codes in printable formats, enabling efficient digital-to-manufacturing work

IMT 147 Perform CAD CAM for Industrial and Manufacturing Technology (1-4-3)

This unit aims to introduce students to the fundamentals of Computer Aided Design / Computer Aided Manufacture, including geometric modeling, material removal processes, product design, CAD/CAM applications, CNC Programming, rapid prototyping & coordinate measuring machines.

IMT 240 Apply Quality Control and Lean Manufacturing Systems (3-0-3)

This course develops knowledge skills in quality control and Lean manufacturing for process improvement. It covers statistical process control (SPC), acceptance sampling, and Lean tools to identify variation, reduce waste, and improve performance. Learners apply digital and basic AI tools in data analysis while considering sustainability and health and safety practices in industrial contexts.

IMT 241 Project Management Techniques (3-0-3)

This course aims to develop learners’ knowledge and foundational competence in applying project management techniques within engineering and industrial environments. Learners will explore project management fundamentals, project life cycle stages, planning techniques, budgeting principles, risk identification, and stakeholder communication. The course introduces both traditional and Agile project management approaches while integrating ethical practices, sustainability considerations, and emerging digital tools such as Artificial Intelligence (AI) to support decision-making and collaboration

IMT 270 Perform Production Planning and Quality Control Practices in Manufacturing Industries (0-6-3)

The course aims to develop a fundamental understanding of production planning, inventory management, quality control, and continuous improvement principles used in manufacturing operations. It enables students to apply forecasting, scheduling, inventory control, and material requirements planning (MRP) techniques to support efficient and cost-effective production systems. The course also focuses on the use of quality control tools, statistical techniques, and performance monitoring methods to evaluate manufacturing process performance and ensure compliance with operational and HSE requirements

IMT 271 Perform Manufacturing Operations and Materials Selection process in Manufacturing Industries (0-6-3)

This course integrates manufacturing processes and materials science to develop students’ ability to perform manufacturing operations and make informed materials selection decisions in industrial environments. It covers primary and secondary manufacturing processes, process selection, measurement systems, advanced manufacturing technologies, material properties, testing, and corrosion prevention.

IMT 272 Participate in Logistics and Supply Chain Operations at the Workplace (0-6-3)

This course aims to develop learners' competence to participate effectively in logistics and supply chain operations within a real workplace environment. Learners will support routine logistics activities related to inventory, warehousing, transportation, and order fulfilment while complying with organisational procedures, documentation requirements, health and safety rules, quality standards, and sustainability practices under supervision.

IMT 273 Perform Facilities Planning and Material Handling Practices in Manufacturing Industries (0-6-3)

The course aims to develop a fundamental understanding of facility planning, facility layout design, and material handling systems used in manufacturing and industrial environments. It enables students to analyse facility requirements, workflow patterns, and operational constraints to design and improve efficient facility layouts using digital planning and simulation tools. The course also focuses on the selection and evaluation of appropriate material handling systems, transport equipment, and automated technologies to support safe and effective operations.

IMT 275 Perform Hands-on Training and Practice Safety in Manufacturing Industries (0-6-3)

This module aims to prepare learners with the necessary knowledge and abilities to apply their problem-solving skills in workplace scenarios. By engaging in workplace experiences, learners will have the opportunity to gain practical training and develop their proficiency in carrying out safe and efficient hands-on training in disciplines related to Manufacturing Engineering. Additionally, learners will develop their work readiness by engaging in activities such as goal setting, analysis and reflection, receiving feedback from employers, and conducting informational interview

IMT 276 Apply Practical Skills and Support Maintenance in Manufacturing Industries (0-6-3)

This module aims to prepare learners with the necessary knowledge and abilities to apply their problem-solving skills in workplace scenarios. By engaging in workplace experiences, learners will have the opportunity to gain practical training on the job, and develop their proficiency in carrying out safe and efficient hands-on training related to Manufacturing Engineering. Additionally, learners will develop their work readiness by engaging in activities such as goal setting, analysis and reflection, receiving feedback from employers, conducting informational interviews,

IMT 277 Perform Project Coordination, Communication and Technical Reporting (0-6-3)

This course develops practical competencies in project coordination, team communication, and technical reporting within manufacturing environments. Learners engage in workplace-based activities to coordinate tasks, communicate with multidisciplinary teams, and produce structured technical documentation. The course integrates digital and basic AI tools while emphasizing professional conduct, sustainability awareness, and adherence to health and safety practices.