ULearn Student Portal

Updated on: 01/12/2023 Increasingly, international organisations rely on websites to serve customers and, in some cases, to generate revenue. With millions of web pages being created daily, the need for websites to be engaging, innovative and desirable is important. As a website developer, you must use sophisticated techniques to capture user interest and to ensure that customers are served. The scripting involved in the development of websites has become crucial: website developers need to understand and acquire the necessary skills to find solutions to a variety of scenarios and problems. In this unit, you will review existing websites – commenting on their overall design and effectiveness. You will use scripting languages such as Hypertext Markup Language (HTML), Cascading Style Sheets (CSS) and JavaScript® and a simple text editor, or rapid application development tools. Finally, you will reflect on the website design and functionality using a testing and review process. Many software developers, database experts and systems managers need web-client development skills as an integral part of their overall portfolio of expertise. This unit will prepare you for employment as a website developer or as a website development apprenticeship. The unit will benefit you if you want to go on to higher education to develop your studies.

Updated on: 01/12/2023 Increasingly, international organisations rely on websites to serve customers and, in some cases, to generate revenue. With millions of web pages being created daily, the need for websites to be engaging, innovative and desirable is important. As a website developer, you must use sophisticated techniques to capture user interest and to ensure that customers are served. The scripting involved in the development of websites has become crucial: website developers need to understand and acquire the necessary skills to find solutions to a variety of scenarios and problems. In this unit, you will review existing websites – commenting on their overall design and effectiveness. You will use scripting languages such as Hypertext Markup Language (HTML), Cascading Style Sheets (CSS) and JavaScript® and a simple text editor, or rapid application development tools. Finally, you will reflect on the website design and functionality using a testing and review process. Many software developers, database experts and systems managers need web-client development skills as an integral part of their overall portfolio of expertise. This unit will prepare you for employment as a website developer or as a website development apprenticeship. The unit will benefit you if you want to go on to higher education to develop your studies.

Updated on: 29-04-2024 In this unit, you will apply the knowledge and skills you have gained in other units to interpret business data and formulate appropriate decisions and solutions to business problems. You will consider business situations and scenarios where you are required to select and use appropriate evidence drawn from several sources in order to make business decisions to support a business’s objectives. Making business decisions will require you to analyse, interpret and compare business data drawn from a number of sources such as financial data, financial statements and market information. You will use appropriate business models to identify business risks and evaluate the costs and benefits of alternative solutions to a business problem. You will predict probable consequences, identify faulty arguments or misrepresentations of information or data, compare information and data, provide reasonable alternatives, and evaluate and justify your proposed solutions. This unit will help you to understand the importance of decision making and planning in a business and enable you to progress to employment, self-employment, training or higher education. This is a controlled assessed unit and will allow you to demonstrate your ability to extract relevant information and apply the knowledge and understanding you have developed.

Updated on: 25-03-2026 In this unit, you will apply the knowledge and skills you have gained in other units to interpret business data and formulate appropriate decisions and solutions to business problems. You will consider business situations and scenarios where you are required to select and use appropriate evidence drawn from several sources in order to make business decisions to support a business’s objectives. Making business decisions will require you to analyse, interpret and compare business data drawn from a number of sources such as financial data, financial statements and market information. You will use appropriate business models to identify business risks and evaluate the costs and benefits of alternative solutions to a business problem. You will predict probable consequences, identify faulty arguments or misrepresentations of information or data, compare information and data, provide reasonable alternatives, and evaluate and justify your proposed solutions. This unit will help you to understand the importance of decision making and planning in a business and enable you to progress to employment, self-employment, training or higher education. This is a controlled assessed unit and will allow you to demonstrate your ability to extract relevant information and apply the knowledge and understanding you have developed.

Updated on: 01/12/2023 In this unit, you will apply the knowledge and skills you have gained in other units to interpret business data and formulate appropriate decisions and solutions to business problems. You will consider business situations and scenarios where you are required to select and use appropriate evidence drawn from several sources in order to make business decisions to support a business’s objectives. Making business decisions will require you to analyse, interpret and compare business data drawn from a number of sources such as financial data, financial statements and market information. You will use appropriate business models to identify business risks and evaluate the costs and benefits of alternative solutions to a business problem. You will predict probable consequences, identify faulty arguments or misrepresentations of information or data, compare information and data, provide reasonable alternatives, and evaluate and justify your proposed solutions. This unit will help you to understand the importance of decision making and planning in a business and enable you to progress to employment, self-employment, training or higher education. This is a controlled assessed unit and will allow you to demonstrate your ability to extract relevant information and apply the knowledge and understanding you have developed.

Updated on: 11-09-2024 Many of the products, components and systems that we use have been subject to a rigorous design process that will have involved the use of calculations, including mathematical calculus. During the design stage, it is important to be able to predict how a product will perform in service, for example the handling characteristics of a car or the power output from an electrical power supply. Also, investing time and resources in setting up manufacturing machinery and supply chains is very expensive – working with formulae and numbers on paper or using a computer involves a lot less cost and allows engineers to determine optimal (or near-optimal) solutions. In this unit, you will investigate how to apply differential and integral calculus methods to solve engineering problems. You will learn about the rules and procedures of calculus mathematics to obtain solutions to a variety of engineering problems. You will solve a complex problem from your specialist area of study and perhaps from a local organisation by breaking it down into a series of linked, manageable steps. Each step will be solved using calculus methods learned through investigation and practice. These mathematical skills are transferable and will be used to support your study of other topics in the BTEC Nationals engineering programme, for example in mechanical principles and electrical systems. As an engineer, you need to understand and develop the skills required to solve problems using calculus and other mathematical procedures. This unit will prepare you well for progressing to higher education to study for an engineering degree or a Higher National Diploma (HND). It will also help prepare you for a traineeship/apprenticeship or for employment in a range of engineering disciplines as a technician, and will help you work with professional engineers as part of a team working on cutting-edge products and systems.

Updated on: 01/12/2023 Many of the products, components and systems that we use have been subject to a rigorous design process that will have involved the use of calculations, including mathematical calculus. During the design stage, it is important to be able to predict how a product will perform in service, for example the handling characteristics of a car or the power output from an electrical power supply. Also, investing time and resources in setting up manufacturing machinery and supply chains is very expensive – working with formulae and numbers on paper or using a computer involves a lot less cost and allows engineers to determine optimal (or near-optimal) solutions. In this unit, you will investigate how to apply differential and integral calculus methods to solve engineering problems. You will learn about the rules and procedures of calculus mathematics to obtain solutions to a variety of engineering problems. You will solve a complex problem from your specialist area of study and perhaps from a local organisation by breaking it down into a series of linked, manageable steps. Each step will be solved using calculus methods learned through investigation and practice. These mathematical skills are transferable and will be used to support your study of other topics in the BTEC Nationals engineering programme, for example in mechanical principles and electrical systems. As an engineer, you need to understand and develop the skills required to solve problems using calculus and other mathematical procedures. This unit will prepare you well for progressing to higher education to study for an engineering degree or a Higher National Diploma (HND). It will also help prepare you for a traineeship/apprenticeship or for employment in a range of engineering disciplines as a technician, and will help you work with professional engineers as part of a team working on cutting-edge products and systems.

Updated on: 01/12/2023 Many of the products, components and systems that we use have been subject to a rigorous design process that will have involved the use of calculations, including mathematical calculus. During the design stage, it is important to be able to predict how a product will perform in service, for example the handling characteristics of a car or the power output from an electrical power supply. Also, investing time and resources in setting up manufacturing machinery and supply chains is very expensive – working with formulae and numbers on paper or using a computer involves a lot less cost and allows engineers to determine optimal (or near-optimal) solutions. In this unit, you will investigate how to apply differential and integral calculus methods to solve engineering problems. You will learn about the rules and procedures of calculus mathematics to obtain solutions to a variety of engineering problems. You will solve a complex problem from your specialist area of study and perhaps from a local organisation by breaking it down into a series of linked, manageable steps. Each step will be solved using calculus methods learned through investigation and practice. These mathematical skills are transferable and will be used to support your study of other topics in the BTEC Nationals engineering programme, for example in mechanical principles and electrical systems. As an engineer, you need to understand and develop the skills required to solve problems using calculus and other mathematical procedures. This unit will prepare you well for progressing to higher education to study for an engineering degree or a Higher National Diploma (HND). It will also help prepare you for a traineeship/apprenticeship or for employment in a range of engineering disciplines as a technician, and will help you work with professional engineers as part of a team working on cutting-edge products and systems.

Updated on: 16-12-2025 The software development lifecycle is an integrated process that promotes building good quality, secure software throughout the entire development process. The aim of this unit is to give students the knowledge and skills needed to understand software development lifecycles so that they can demonstrate their knowledge by implementing a software development lifecycle with a suitable methodology. The unit introduces students to lifecycle decision making at different stages of the software development process. They will examine various lifecycle models and learn to appreciate their particular characteristics in order to understand for which project environments they are most appropriate. Theoretical understanding will be translated into practical skills through an actual software development lifecycle project. Students will become confident in the use of particular tools and techniques relevant to a chosen methodology. Among the topics included in this unit are iterative and sequential models of software development lifecycles and reference frameworks for initially capturing conceptual data and information through a feasibility study, and requirement gathering techniques through to analysis, design and software implementation activities. Students will develop skills such as communication literacy, critical thinking, analysis, reasoning and interpretation, which are crucial for gaining employment and developing academic competence