NVQ MEng. Engineering Management 12 months

• ## Essential Units for NVQ MEng. Engineering Management
• Module 1: Introduction to Engineering Management
• im_introduction_to_engineering_management** • Introduction to Engineering Management, its scope, and objectives.
• im_understanding_the_engineering_manager** • Understanding the role of an Engineering Manager, their responsibilities, and leadership skills.
• Module 2: Strategic Management and Planning
• im_strategic_management_framework** • A comprehensive framework for strategic planning in engineering projects.
• im_strategic_planning_process** • A step-by-step process for developing and implementing strategic plans.
• im_long_term_planning** • Long-term planning for engineering projects, considering economic, social, and environmental factors.
• Module 3: Project Management and Leadership
• im_project_management_principles** • Core principles of effective project management in engineering.
• im_project_planning and scheduling** • Planning and scheduling techniques for engineering projects.
• im_teamwork and leadership** • Building and managing high-performing teams in an engineering environment.
• Module 4: Financial Management and Control
• im_financial_management_concepts** • Fundamentals of financial management and control in engineering projects.
• im_budgeting and cost control** • Developing and managing engineering budgets and controlling costs.
• im_risk management** • Identifying, assessing, and mitigating potential risks associated with engineering projects.
• Module 5: Procurement and Supply Chain Management
• im_procurement_process** • A comprehensive process for managing the entire supply chain in an engineering project.
• im_sourcing and supplier selection** • Selecting and managing suppliers, negotiating contracts, and managing supplier performance.
• im_inventory management** • Managing materials, equipment, and spare parts for efficient project execution.
• Module 6: Project Procurement and Supply Chain Management
• im_supply_chain_management_framework** • A structured framework for managing the entire supply chain in an engineering project.
• im_supplier relationship management** • Building and maintaining strong relationships with suppliers.
• im_quality management** • Implementing quality control measures throughout the supply chain.
• Module 7: Engineering Economics and Cost Management
• im_engineering_economics** • Applying economic principles to engineering projects, including cost-benefit analysis.
• im_cost_management techniques** • Implementing cost management techniques to optimize project finances.
• im_value engineering** • Identifying and maximizing the value of engineering projects.
• Module 8: Project Management
• Tools and Techniques
• im_project_management_tools** • Utilizing various tools and techniques for project planning, scheduling, and tracking.
• im_digital_transformation in engineering management** • Exploring the role of digital technologies in engineering project management.
• im_data analytics for engineering management** • Leveraging data analytics for improved decision-making and project performance.
• Module 9: Engineering Management in Global Context
• im_international engineering management** • Managing engineering projects across international boundaries.
• im_cultural diversity and inclusion in engineering management** • Understanding and promoting cultural sensitivity in the engineering workplace.
• im_global project management** • Managing engineering projects in a global environment.
• Module 10: Ethical and Legal Responsibilities of Engineering Managers
• im_ethical_principles_for_engineering_managers** • Ethical principles and values that guide ethical decision-making.
• im_legal responsibilities of engineering managers** • Understanding legal requirements and compliance issues.
• im_corporate social responsibility** • Integrating social and environmental considerations into engineering projects.

Assessment

The assessment is done via submission of assignment. There are no written exams.