BCS Practitioner Certificate in Systems Development Essentials
Duration: 3 Days (24 Hours)
BCS Practitioner Certificate in Systems Development Essentials Course Overview:
The BCS Practitioner Certificate in Systems Development Essentials is a prestigious professional certification that substantiates a candidate’s grasp of fundamental systems development principles. Encompassing comprehension of lifecycle models, quality management, analysis, design techniques, and documentation standards, this certification holds substantial recognition within the IT industry. Often considered a prerequisite for various job roles in systems development, industries rely on this certification as a measure to guarantee their IT professionals possess essential skills for engaging in and orchestrating successful projects. It furnishes a methodical approach to delivering impactful software solutions, thereby ensuring uniformity and excellence in systems development procedures.
Intended Audience:
• IT professionals seeking essential knowledge in systems development practices.
• Software developers looking for a certified qualification.
• Project managers wanting to understand system development aspects.
• Professionals aiming to improve their system development skills.
• Graduates aspiring for a career in system development.
• IT consultants wanting accreditation in systems development.
Learning Objectives of BCS Practitioner Certificate in Systems Development Essentials:
The BCS Practitioner Certificate in Systems Development Essentials course is designed to provide learners with a comprehensive understanding of various aspects of systems development methodologies and tools. The course aims to achieve several key learning objectives that are focused on building a strong foundation in systems development principles and practices. Here’s a breakdown of the main learning objectives of the course:
- Understand Principles of Systems Development Methods:
- Gain insight into the fundamental principles that underlie all systems development methodologies.
- Develop a broad understanding of the concepts and approaches used in various methodologies.
- Apply Techniques in Business Analysis and Process Improvement:
- Learn how to select and apply appropriate techniques for business analysis, including requirements gathering and process improvement.
- Develop the skills to analyze and improve existing business processes to enhance efficiency and effectiveness.
- Problem-Solving Skills:
- Acquire problem-solving skills essential for identifying and addressing challenges in systems development.
- Learn techniques to identify issues, analyze root causes, and propose effective solutions.
- Stakeholder Management:
- Understand the role of stakeholders in systems development projects.
- Learn how to manage stakeholder expectations, communicate effectively, and ensure alignment with project goals.
- Strategic Context and Project Initiation:
- Gain knowledge about the strategic context in which systems development projects operate.
- Learn the key steps involved in project initiation, including defining objectives, scope, and initial planning.
- Feasibility Study and Requirement Analysis:
- Understand the importance of conducting feasibility studies to assess project viability.
- Learn techniques for gathering, documenting, and analyzing requirements from stakeholders.
- Solution Design and Build:
- Gain insight into the process of designing solutions that meet business requirements.
- Learn about design principles, architecture, and considerations for building effective solutions.
- Testing and Implementation:
- Understand the importance of testing in ensuring the quality and functionality of developed solutions.
- Learn testing techniques and strategies, and explore the implementation phase of systems development.
Overall, the course aims to equip learners with a holistic understanding of systems development, covering various stages from project initiation to implementation. By the end of the course, participants should be well-prepared to contribute effectively to systems development projects, understand stakeholder needs, and apply appropriate methodologies and tools to address complex business challenges.
- System Development Roles and Responsibilities (10%): This section focuses on identifying different roles within system development and implementation, discussing the characteristics of these roles, and exploring how team structures are formed.
- Architecture (5%): This section introduces different levels of architecture (Enterprise, Business, Solution, Infrastructure), and emphasizes the inputs at each level and the impacts of design decisions.
- Systems Development Lifecycles (15%): This section covers various development lifecycle models such as Waterfall, V Model, Incremental, Spiral, and discusses their advantages, disadvantages, and criteria for selecting the appropriate approach.
- Development Practices (10%): This section provides an overview of different development practices including bespoke development, evolutionary/agile, prototyping, component-based development, and commercial software packages.
- Methods (20%): This section discusses the structure, content, representation models, roles, team structures, and products within a chosen representative method (such as Iterative, Prototyping, DSDM). The focus is on how these methods address logical and physical system aspects.
- Systems Investigation (10%): This section delves into fact-finding approaches like workshops, prototyping, interviews, questionnaires, and scenario analysis. It covers defining functional and non-functional requirements, documenting system requirements, and considering human aspects during investigation and change introduction.
- System Design, Deployment, and Maintenance (10%): This section explores controls, security, verification, validation, interface design, design principles and constraints, implementation types, deployment, post-implementation reviews, and various maintenance and support strategies.
- Quality Assurance (15%): This section defines quality, focuses on requirements-driven testing, discusses walkthroughs, inspections, post-project reviews, and service level agreements.
- CASE, CAST, Application Lifecycle Management Tools (5%): This section introduces software support tools for development, covers features of CASE (Computer-Aided Software Engineering) and CAST (Computer-Aided Systems Testing) tools, and provides insights into Application Lifecycle Management tools.
BCS Practitioner Certificate in Systems Development Essentials Course Prerequisites
• Basic understanding of system development concepts
• Familiarity with principles of system modeling
• Knowledge of software development methodologies
• Experience in working with system stakeholders
• Good problem-solving skills
• Ability to analyze business requirements
• Fluency in English language
• Understanding of ethical and professional issues in system development.
Discover the perfect fit for your learning journey
Choose Learning Modality
Live Online
- Convenience
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- Self-paced learning
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Classroom
- Interaction and collaboration
- Networking opportunities
- Real-time feedback
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Onsite
- Familiar environment
- Confidentiality
- Team building
- Immediate application
Training Exclusives
This course comes with following benefits:
- Practice Labs.
- Get Trained by Certified Trainers.
- Access to the recordings of your class sessions for 90 days.
- Digital courseware
- Experience 24*7 learner support.
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