The CBIT Associate Extended Diploma in Software Engineering (Level 5) is an in-depth programme designed to provide you with comprehensive knowledge and practical skills in software engineering. This advanced programme combines the foundational topics with the more specialised and technical subjects, creating a robust curriculum that addresses the full spectrum of software development and engineering.
The CBIT Associate Extended Diploma in Software Engineering is BCS-accredited, meeting the high professional standards of BCS – The Chartered Institute for IT, and has received the prestigious BCS Tech10 Accreditation. As a BCS-recognised learner, you gain access to a range of professional advantages:
- Join a global network committed to excellence in technology and innovation.
- Gain recognition for meeting industry-aligned quality benchmarks in data science.
- Demonstrate your skills and achievements with an official digital badge for your CV and LinkedIn profile.
- Receive a certificate and record of module attainment from CBIT upon successful completion.
- Enhance your global employability and credibility in the fast-evolving tech industry.
The CBIT Associate Extended Diploma in Software Engineering can typically be completed in twelve to eighteen months. Learners complete all 12 modules within a comprehensive suite, systematically advancing from core programming and database management to advanced specialisations like full-stack development, cloud computing, and software architecture.
The curriculum covers crucial areas such as cybersecurity, UI/UX design, data science, and quality assurance, ensuring graduates have the versatility to excel in various tech environments, from startups to enterprise systems.
Aim of the Programme
The aim of the CBIT Associate Extended Diploma in Software Engineering is to provide learners with comprehensive knowledge and practical skills in software engineering.
- Combines foundational topics with specialised technical subjects, covering the full spectrum of software development and engineering.
- Builds proficiency in programming, database management, cybersecurity, and web/mobile development.
- Learning into complex areas such as software architecture, full-stack engineering, cloud computing, and AI-driven solutions.
- Integrates cutting-edge tools, ethical engineering practices, and real-world problem-solving frameworks.
- Prepares graduates to innovate in fast-paced tech environments, lead cross-functional teams, and adapt to emerging trends shaping the future of software engineering.
Who is it for?
The CBIT Associate Extended Diploma in Software Engineering is ideal for aspiring software engineers seeking a comprehensive understanding of software engineering principles and practices.
- Designed for professionals aiming to advance their careers in software development and engineering.
- Suitable for individuals passionate about software development who wish to gain both foundational and advanced skills.
- Combines in-depth instruction with practical experience to build strong technical and problem-solving abilities.
- Provides an essential pathway for learners dedicated to excelling in the field of software engineering.
Why Study CBIT Associate Extended Diploma in Software Engineering (Level 5)
The CIBT Associate Extended Diploma in Software Engineering offers a thorough and practical curriculum that blends foundational knowledge with advanced topics in software engineering. Covering areas such as full-stack development, software design and architecture, data science, cloud computing, and software quality management, completed over a period of 12- 18 months, this programme equips learners with the skills needed to excel in the dynamic software industry. Ideal for aspiring software engineers and professionals advancing their careers, this programme provides both theoretical understanding and hands-on experience. By mastering these essential and cutting-edge topics, you will be well-prepared for advanced studies or roles in software engineering, ensuring a competitive edge in the tech industry.
Upon completing this programme, you will be able to:
- Understand and apply fundamental and advanced principles of software engineering.
- Develop and manage databases with a focus on security.
- Design and implement secure network architectures.
- Create dynamic and responsive web and mobile applications.
- Manipulate and exploit data effectively for various applications.
- Develop efficient algorithms and data structures.
- Design user-friendly and aesthetically pleasing interfaces.
- Apply advanced software design and architectural principles.
- Implement full-stack development projects.
- Understand and apply data science techniques in software development.
- Ensure software quality through rigorous testing and management processes.
- Utilise cloud computing technologies for scalable software solutions.
Programme Benefits
- Build a solid understanding of software engineering principles and practices, essential for any advanced work in the field.
- Develop expertise in the design and implementation of full-stack software solutions, including web and mobile applications.
- Explore and understand complex software design and architectural principles, ensuring you can create robust and scalable software systems.
- Improve your ability to design algorithms and data structures and solve complex software engineering problems efficiently.
- Equip yourself with the skills needed for emerging fields like data science, artificial intelligence, and cloud computing, positioning you for future opportunities.
- Delve into specialised areas such as cybersecurity, UI/UX design, and software quality management, broadening your expertise and versatility.
- Get ready for advanced studies or professional roles in software engineering, with a comprehensive skill set that meets industry demands.
Career Pathways
Learners who successfully complete the CBIT Associate Extended Diploma in Software Engineering (Level 5) may pursue various career paths, including but not limited to:
- Software Engineer / Developer – build backend services, APIs, and frontend applications.
- Full‑Stack Developer – own end‑to‑end web and mobile solutions.
- DevOps Engineer – automate CI/CD pipelines and manage cloud infrastructure.
- Software Architect – design scalable, maintainable system architectures.
- Quality Assurance Engineer – lead testing strategies and ensure software reliability.
- UI/UX Designer – craft intuitive user interfaces and experiences.
Programme Level
The CBIT Associate Extended Diploma in Software Engineering is equivalent to Level 5 (Undergraduate Level). It equips learners with mastery-level expertise for executive roles or progression to postgraduate study.
CBIT adopts level descriptors that are consistent with those of other recognised awarding bodies and professional organisations. This approach clearly understands the depth of study and complexity associated with each certification level. Our modules are designed with precise learning outcomes and rigorous assessment criteria, ensuring that learners know what is expected of them. Additionally, these descriptors serve as helpful guides, highlighting the desired learning outcomes while allowing flexibility in the learning process.
Entry Criteria
There are no formal entry requirements to enrol in the CBIT Associate Extended Diploma in Software Engineering. However, CBIT expect learners to meet the following criteria.
- Learners should be 18 years of age or over.
- The CBIT Associate Extended Diploma is level 5 equivalent, and hence, the learners must be able to complete the programme at this level.
- Learners should have considerable competency in English.
Progression
CBIT programmes are designed to enhance learners' skills and knowledge. Upon successfully completing the CBIT Associate Extended Diploma in Software Engineering, learners may wish to continue their personal and professional development by exploring other CBIT programmes, such as the CBIT Advanced Software Engineering programmes, equivalent to Level 7.
Assessment
All assessments are employer-driven, relevant, practitioner-based, and appropriate for business needs.
Assessments consist of a written assignment and a reflective report for each module, offering an excellent opportunity for in-depth learning. There are no exams involved.
To succeed, learners must thoroughly review the assignment brief and fully understand the requirements before beginning their work. This process not only enhances understanding but also encourages personal reflection and growth. Ultimately, this approach enriches the learning experience and helps learners develop essential skills for the future.
To achieve a ' Pass ' for each module, learners must satisfactorily meet all the requirements specified for the assessment criteria and fulfil all the learning outcomes.
Grading Criteria
Grading will be applied to each module as well as to the overall certification.
- Distinction (D) 70% +
- Merit (M) 60-69%
- Pass (P) 40-59%
- Fail (F) 0-39%
Duration
The average amount of time that the learners should contribute to complete the CBIT Associate Extended Diploma in Software Engineering is provided below:
- 960 hours of Total Programme Time (typically 12 to 18 months) are needed to study the programme.
- Learners should spend considerable time for completing assessments.
Other Courses in the CBIT Associate Extended Diploma in Software Engineering (Level 5)
If learners are interested in exploring other programmes within the CBIT Associate in Software Engineering suite, please find them listed below. Choosing a programme that aligns with your career goals and aspirations can help you achieve the progression you desire.
- CBIT Associate Award in Software Engineering (Level 5)
- CBIT Associate Certificate in Software Engineering (Level 5)
- CBIT Associate Diploma in Software Engineering (Level 5)
Learners must complete all 12 modules, with a maximum of 960 hours of Total Programme Time (TPT).
Module : Software Quality Management
Module code: CBIT- ASE -501
The aim of this module is to provide students with a thorough understanding of the principles and frameworks that underpin software quality management. It focuses on the theoretical aspects of software quality processes, including standards, methodologies, and management techniques to ensure software quality throughout the development lifecycle. The unit emphasises the importance of governance frameworks, risk management, and quality assurance practices while addressing the challenges posed by modern software development methodologies.Module : Networks and Cyber Security
Module code: CBIT- ASE -502
The aim of this module is to provide students with an understanding of the foundational principles of computer networks and cyber security management. Students will gain knowledge of network architectures, the security of protocols at different layers, and strategies for mitigating risks. The unit emphasises theoretical aspects of securing networked systems, including the identification of vulnerabilities, access control, and network defense mechanisms. Through this unit, students will develop the ability to analyse network security challenges and propose effective solutions within a management framework.Module : Cloud Computing
Module code: CBIT- ASE -503
The aim of this module is to introduce students to the core concepts of cloud computing, including data management, scalability, security, and infrastructure planning. Students will gain a theoretical understanding of cloud platforms, virtualisation, container technologies, and cloud deployment models. The unit emphasises the principles behind cloud architecture and the key challenges of performance management, security, and compliance in a cloud environment.Module : Programming & Database Management System
Module code: CBIT- ASE -504
The aim of this module is to provide students with a theoretical understanding of programming concepts, data structures, algorithms, and database management systems (DBMS). It will introduce students to the core principles of programming, focusing on how different programming paradigms can be applied to solve complex problems. Students will also gain an understanding of how databases are structured, secured, and managed. This unit covers the essential concepts of data security, database design, and the management of both structured and unstructured data.Module : Software Design and Architecture
Module code: CBIT- ASE -505
This module introduces students to the core principles of software design and architecture, focusing on theoretical models, design patterns, and the role of architecture in software engineering. Students will explore the process of transforming software requirements into well-structured design solutions, emphasising best practices and methodologies. The unit provides an in-depth understanding of design patterns, software architecture concepts, and modeling techniques to ensure effective and scalable software systems.Module : Operating System and Architecture
Module code: CBIT- ASE -506
This module introduces learners to the fundamental concepts of operating systems and computer architecture. It provides a theoretical foundation in the structure, components, and functions of modern operating systems while exploring the architecture of computing systems. The unit covers essential topics such as memory management, process scheduling, and file systems, using examples from widely-used operating systems like Windows, Linux, and OS X. Learners will develop an understanding of how operating systems manage resources, how hardware and software interact, and how different architectures influence the performance and functionality of systems.Module : Web and Mobile App Development
Module code: CBIT- ASE -507
The aim of this unit is to provide learners with a comprehensive understanding of the key concepts, design principles, and technologies involved in web and mobile app development. Learners will explore the architectural foundations of web and mobile applications, understanding the theoretical aspects of front-end and back-end development, security, and database integration. By the end of the unit, learners will be able to critically evaluate different technologies and design patterns for building responsive and scalable applications.Module : Software Engineering Process
Module code: CBIT- ASE -508
This module aims to introduce learners to the principles, practices, and processes involved in software engineering. It will provide theoretical insights into the software development lifecycle, focusing on the role of analysis, design, and development in building effective and efficient software systems. Learners will explore key software engineering methodologies, quality indicators, and the ethical responsibilities of software engineers in various business contexts.Module : Principles of Data Science
Module code: CBIT- ASE -509
The module aims to provide learners with a solid theoretical foundation in the core concepts and methodologies of data science. Students will gain insights into data collection, processing, analysis, and interpretation, using modern data science tools and techniques. The unit will focus on understanding large-scale data processing methods, statistical analysis, machine learning, and data visualisation, while introducing learners to real-world applications of these principles.Module : Data Structures and Algorithms
Module code: CBIT- ASE -510
The module aims to introduce learners to fundamental data structures and algorithms, providing a foundational understanding of their theoretical principles, applications, and their role in effective problem-solving within software engineering.Module : User Interface / User Experience (UI/UX) Design
Module code: CBIT- ASE -511
This module introduces learners to the foundational principles of User Interface (UI) and User Experience (UX) design, equipping them with knowledge on designing user-centered interfaces, understanding user requirements, and evaluating UI/UX effectiveness. The focus is on building a theoretical understanding of the UI/UX design process, usability principles, and design evaluation techniques that are applicable across various digital platforms.Module : Full-Stack Software Development
Module code: CBIT- ASE -512
This module provides learners with a comprehensive understanding of the principles, methodologies, and frameworks involved in full-stack software development. It emphasises the theoretical foundations of front-end and back-end development, focusing on web technologies, client-server communication, and software architecture. Learners will critically evaluate dynamic web application development concepts and frameworks, enabling them to understand the lifecycle and structure of full-stack systems in various professional contexts.The programme is offered online through CBIT, creating a dynamic learning experience tailored to fit the unique lifestyles of each learner. With our flexible learning approach, individuals can engage fully in their studies from any location and at a pace that aligns with their personal needs and preferences. This adaptability fosters a more enriching educational journey.
The programme is also available through CBIT-approved partner centres. To learn more about our partner centres, reach out to us directly. We will help you find an approved partner centre that is conveniently located for you.
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- Duration
Typically, 12 to 18 months - Support Period
24 Months - Study mode
Online at CBIT or through a partner centre. - Certificate
CBIT Certificate on completion. - Dedicated, expert tutors
Unlimited Tutor Support - Support team
Dedicated student support team - Learning Resources
Structured Learning Resources - Assessment feedback
Comprehensive assessment feedback to improve learning. - Access to MyBCS
On completing get access to MyBCS, and use CPD tools to develop PDP - BCS Membership
20% discount on BCS membership with opportunities towards Chartered IT status - BCS Digital Badge
Receive a BCS digital badge to showcase on your CV and LinkedIn on successful completion