Unit 50: Advanced Manufacturing Technology is a specialist unit of the HND engineering program. It discusses the way in which the advanced technologies of manufacturing are complexed for the companies that have a goal to evolve and meet the demands of customers. The main expectations of modern customers are highly demanding and remain available on requirements and accelerating customised. To remain successful, competitive companies accept advanced manufacturing technologies that enable them to get to market, improve methods and products, use of material which is sustainable materials, and enable them to modify specific products to meet client needs. Manufacturing systems engineering from the base of advancement ensures that organisations can modernise effectively.
To gain a competitive benefit and reaction to shifting clients` expectations, the work organisation is focusing on the creation of start-up factories and the combination of technology of advanced manufacturing technology. It includes the delivery together high-performance computing, manufacturing technologies, the product, and the internet throughout the whole cycle of life. The perception of Industry 4.0- frequently mentioned as the 4th revolution of industry took this transformation. Industry 4.0 is categorised by the physical cyber integration system, advanced services, crucial changes in how product is created, designed, and supplied to the global markets, and the internet of things (IoT).
At the end of this unit, the learner will be provided to evaluate and analyse the probability of advanced manufacturing technologies in an attractive organisation competition. They will build up an inclusive digitalisation understanding, the latest technological amendments in the field, and a smart work system. This unit inspires students to deport research according to emerging trends, enabling them to play a role in the ongoing manufacturing sector evolution, and to create opportunities and challenges presented in industry.
Unit Objectives
The complete idea of a unit can be taken by its objectives, and the main objectives of Unit 50, advanced manufacturing technology, are given below:
- To equip learners with the in-depth recognition of latest advancements that into digitalization, smart factories and materials with sustainability utilizing more than manufacturing.
- To identify the influence of Industry 4.2 on the processes of manufacturing by making learners able to identify the way of integration. This integration for computing with high performance, systems of off-site butter physics and the internet of things, which is transforming the sector of manufacturing.
- To improve the potential to improve and assess the competitive benefits. With the help of teaching learners the way through which they can apply the advanced technologies of manufacturing and critically analyse to boost the performance of the organisation and reduce the market time, and meet the demands of complex customers.
- To offer skills in the technological integration throughout the life cycle product. To prepare learners to implement and organise the manufacturing technologies with the systems of digital equipment at each stage. It also caters for the step from the design of a product to delivery, which certifies the adaptability in the industry with rapid evolution.
Learning Outcomes
HND course in engineering contains a specialist unit, 50 advanced manufacturing technologies, and its learning outcomes are demonstrated here.
LO1: Recognise a range of advanced manufacturing processes and cite examples of where they are most effective.
- Process of manufacturing:
- Forming and pressing, modelling and casting, soldering and joining, final assembly, handling of material, mixing, packaging, inspection or control of quality.
- Process of advanced manufacturing
- Technology with additive manufacturing, for example, moulding, pressing, forming, replacing, influence of rapid prototyping, 3D printing, absolute parts or spares availability, medical elements customised and available.
- Mass customisation with the help of opening up the market with self-serve and 3D printing.
- Human or robotics automation and interface, productivity and technology with high precision for example automotive, assembly of electronics and aerospace.
- Categories of industry or application:
- Examples of industry: automotive, beverages and food, electronics, aerospace, pharmaceutical and chemical, gas and oil, fashion, retail, minerals
- Examples of application: soldering, moulding, joining, assembly
LO2: Analyse advanced manufacturing technologies to determine their appropriateness for an application or process.
- Technologies manufacturing:
- Automation and robotics with high precision: healthcare (processor and components), automotive, aerospace, visualisation and process control through technology automation.
- Productivity improvement through broad automation
- Manufacturing process quality improves with the help of robotics integration.
- 3D printing utilisation examples and other additive manufacturing forms to produce equipment of medicine, spare parts items which may get obsolete, mass customisation, requirements of customer, time of the requirement.
LO3: Analyse an existing manufactured product and associated process to introduce proposals for possible improvements based on the introduction of advanced manufacturing technologies.
- Product of manufacturing:
- Traditional method research is utilised for manufacturing the existing product, determining of associated processes required for bringing it to the market and identifying the limitations of these processes and methods.
- Explore the way in which advanced technologies of manufacturing can be applied to the product. This suggestion and product provide a way through which they can apply to the processes that may influence the time cost and production of customer and market satisfaction (for example, medical or healthcare, such as traditional method, hip joint versus customisation of mass and the possible 3D printing utilisation)
- The availability of 3D printing is opening the way for new markets. However, it also provides new models of business organisation. It explores the possibilities of the future for self-production and self-serve items.
LO4: Evaluate the concept of the next industrial revolution to determine the impact on both manufacturers and the consumer.
- Next level industrial revolution:
- Industry 4.0
- Internet of things: industry over time has transformed from a local-based to a technology-based, with communication-based
- The conduction possibilities with industry and connection factories with increasing ever
- Systems of Cyber-physical: a highly integrated system of manufacturing and robotics collaboration
- Mass customisation: the increase in desire and demand for the product of individual products. In 1908, model T reference, according to Henry Ford, “You may call it any colour, whether it is black.” In 2015, you may have variations in trillions of the 5104 advanced technology manufacturing, and potential for complexity management is a significant way of realisation.
- Increase automation and digitalisation: the potential of creating and simulation a digital towing containing dramatic potential to minimise market time.
- The drive for increasing efficiency requires innovative technology; 25% of all utilised energy is needed by industry.
- Big data; the ever convection development for environment production alongside cloud computing provide the presentation of challenges of containing production is stream with need and data to identify for timely information decisions.
Assessment Criteria
The assessment criteria of unit 50 advanced manufacturing technology are connected to the learning outcomes, such as,
LO1: Recognise a range of advanced manufacturing processes and cite examples of where they are most effective.
- 1.1 Recognise a range of advanced manufacturing processes or technologies and cite examples of where they are most effective.
- 1.2 Compare a traditional manufacturer to one employing advanced manufacturing to discuss the fundamental differences.
- 1.3 Research and evaluate a manufactured product and identify the technology used.
LO2: Analyse advanced manufacturing technologies to determine their appropriateness for an application or process.
- 2.1 Analyse advanced manufacturing technologies to determine their appropriateness for an application or process.
- 2.2 Explore how advanced manufacturing could be applied, and give examples of where technology would be suited.
- 2.3 Examine the potential justification for an organisation to invest in advanced manufacturing technology.
LO3: Analyse an existing manufactured product and associated process to introduce proposals for possible improvements based on the introduction of advanced manufacturing technologies.
- 3.1 Analyse an existing manufactured product and identify the key technology used to produce the item.
- 3.2 Evaluate the effectiveness of the current method and suggest an alternative advanced manufacturing technology.
- 3.3 Critically evaluate the impact of utilising advanced manufacturing technology rather than the existing method on both the customer and the manufacturer.
LO4: Evaluate the concept of the next industrial revolution to determine the impact on both manufacturers and the consumer.
- 4.1 Evaluate the concept of the 4th industrial revolution.
- 4.2 Identify the key elements of Industry 4.0.
- 4.3 Evaluate the impact of advanced manufacturing on both manufacturers and the customer.
- 4.4 Investigate and justify the types of industry or product that would benefit most from an innovative advanced manufacturing approach.
Score Astounding Marks in Unit 50 of HND Engineering with Astute Writers
We are offering the best solution for the assignment in unit 50 with the following benefits:
You will get the assignment, which is free from plagiarism and AI. Our service renders a free Turnitin report for the best results.
You will get the assignment completed and free from the errors of grammar. In addition, the references and other things are added according to the rubric.
- Round-the-clock available service
Our supporting team remain available all time so that you can get the assignment on time. You can also approach us for the urgent delivery of the assignment.
We offer the assignment solution at affordable rates. Our service charges are designed under the budget approach without any hidden charges.
We offer the assignment with the best quality because our writers initiate with the research and the comprehension of the question.
