Engineering (Design and Development: Mechanical Engineering) T Level [Y1]

Students will develop an understanding of a broad range of issues relevant to the sector, including: � working within the Engineering and Manufacturing Sectors � an understanding of how materials, conditions and context influence design processes and products � essential mathematics for engineering and manufacturing � a knowledge and understanding of mathematics including standard matrices and determinants and standard trigonometry � materials and their properties � understanding material processing techniques and their effects on materials and material quality, the condition of materials, how these are managed, and materials testing methods and techniques � business, commercial and financial awareness - basic commercial principles including commercial priorities and markets, customers/clients/partners and resource allocation Learners undertaking the Mechanical engineering specialism will be able to: � Analyse and interpret engineering and manufacturing requirements, systems, processes, technical drawings and specifications. � Evaluate systems, designs, components and processes, managing and integrating design information, proposals and specifications, to develop and improve mechanical engineering and manufacturing proposals and solutions. � Propose and design mechanical engineering and manufacturing systems, products, components, processes and solutions, considering requirements, constraints and context. � Collaborate to help manage, develop, test and quality assure mechanical engineering and manufacturing design information, systems, processes and outcomes. � Communicate proposals, design information and solutions, producing, recording and explaining engineering and manufacturing representations, systems, processes, outcomes, specifications and technical drawings.

Students will develop an understanding of a broad range of issues relevant to the sector, including: � working within the Engineering and Manufacturing Sectors � an understanding of how materials, conditions and context influence design processes and products � essential mathematics for engineering and manufacturing � a knowledge and understanding of mathematics including standard matrices and determinants and standard trigonometry � materials and their properties � understanding material processing techniques and their effects on materials and material quality, the condition of materials, how these are managed, and materials testing methods and techniques � business, commercial and financial awareness - basic commercial principles including commercial priorities and markets, customers/clients/partners and resource allocation Learners undertaking the Mechanical engineering specialism will be able to: � Analyse and interpret engineering and manufacturing requirements, systems, processes, technical drawings and specifications. � Evaluate systems, designs, components and processes, managing and integrating design information, proposals and specifications, to develop and improve mechanical engineering and manufacturing proposals and solutions. � Propose and design mechanical engineering and manufacturing systems, products, components, processes and solutions, considering requirements, constraints and context. � Collaborate to help manage, develop, test and quality assure mechanical engineering and manufacturing design information, systems, processes and outcomes. � Communicate proposals, design information and solutions, producing, recording and explaining engineering and manufacturing representations, systems, processes, outcomes, specifications and technical drawings.

Minimum five grade 4-9 at GCSE or successful completion of the Level 2 course, and maths at grade 4.