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Higher National Diploma in ConstructionUnit 30: Advanced Structural Design

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Assignment Brief

Summary

This assignment focuses on analyzing statically determinate beams, frames, and columns while applying advanced structural design principles. Students must submit a 1,500–2,500-word formal report with calculations, sketches, and references, adhering to engineering standards.

Unit Learning Outcomes

  1. Wind Load Analysis – Examining deflection due to wind loading and resistance methods.
  2. Structural Analysis – Determining bending moments, shear forces, and deflection for complex supports.
  3. Column & Foundation Design – Designing complex columns and piled foundations.
  4. Tensile Structures – Exploring alternative structural designs.

Case Study: Unity Place, Milton Keynes (Santander HQ)

  • Scope: Eight-story, 44,000m² commercial building for 5,000 staff.
  • Structural Features: Four interconnected blocks with atria.
  • Sustainability & Safety: Energy efficiency, rainwater harvesting, fire protection systems.

Assignment Tasks

  1. Wind Load Analysis – Calculate wind loads and evaluate resistance methods.
  2. Structural Calculations – Compute support reactions, shear forces, bending moments, and deflections.
  3. Column & Foundation Design – Assess axial load capacities for steel/concrete columns and foundation types.
  4. Alternative Methods – Analyze piled foundations, steel columns, and BIM benefits.
  5. Tensile Structures – Design and justify tensile structure choices.

Resources & Plagiarism Policy

  • Use key textbooks, online materials, and engineering standards.
  • Work must be original, properly referenced, and comply with academic integrity guidelines.

This structured assignment prepares students for practical engineering applications.

 

Assignment Brief

Overview

This assignment focuses on analyzing statically determinate beams, frames, and columns while applying advanced structural design principles. Students are required to prepare a formal report (1,500–2,500 words) that includes calculations, sketches, and references while adhering to professional engineering standards.

Unit Learning Outcomes

  1. Wind Load Analysis
    • Examining deflection due to wind loading and methods for resistance.
  2. Structural Analysis
    • Determining bending moments, shear forces, and deflection for complex support conditions.
  3. Column & Foundation Design
    • Designing complex columns and piled foundations.
  4. Tensile Structures
    • Exploring alternative structural design approaches.

Case Study: Unity Place, Milton Keynes (Santander HQ)

Project Scope

  • Eight-story commercial building covering 44,000m².
  • Designed to accommodate 5,000 staff.

Structural Features

  • Composed of four interconnected blocks with atria.

Sustainability & Safety Considerations

  • Energy efficiency features.
  • Rainwater harvesting systems.
  • Advanced fire protection systems.

Assignment Tasks

  1. Wind Load Analysis
    • Calculate wind loading on the structure.
    • Evaluate various resistance methods.
  2. Structural Calculations
    • Determine support reactions.
    • Compute shear forces, bending moments, and deflections.
  3. Column & Foundation Design
    • Assess axial load capacities for steel and concrete columns.
    • Evaluate foundation options, including shallow and piled foundations.
  4. Alternative Methods
    • Analyze piled foundations and steel column designs.
    • Evaluate the benefits of Building Information Modeling (BIM) in structural design.
  5. Tensile Structures
    • Design and justify the selection of tensile structure solutions.

Resources

  • Key Textbooks & Online Materials related to structural analysis and design.
  • Engineering Standards & Codes to ensure compliance with industry practices.

Plagiarism Policy

All work must be original, properly referenced, and compliant with academic integrity guidelines. Plagiarism will result in penalties as per institutional policies.

This assignment provides a structured approach to advanced structural design principles, preparing students for practical engineering applications.

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