This course provides learners with adequate knowledge on green development, basics of climatology and orientation of building according to the climatic zones. They shall be able to understand the heat transfer mechanism in buildings, ways to create comfort in buildings with minimal use of energy and create energy efficient buildings by adopting renewable energy resources, utilizing water in effective manner and improving the indoor air quality.
The learners will get adequate knowledge on handling waste generated from different buildings and building materials and its sustainable alternatives. They will be enlightened on green project management and building life cycle assessment thereby understanding how these practices help in attaining green certification for a building.
- CO1 – comprehend sustainable design, climatology, shading system and analyze heat transfer mechanism in buildings.
- CO2 – assess the design considerations and parameters for thermal comfort, visual comfort, indoor air quality and acoustics.
- CO3 – develop solutions for energy efficiency, water efficiency and waste management in buildings.
- CO4 – adopt green project management methodology and evaluate building life cycle assessment.
- CO5 – implement green practices during construction and operation phase of the buildings for achieving green rating.
- Heat gain through building elements
- Thermal comfort models
- Visual Comfort
- Energy management system
- Building Life Cycle Assessment
- Stages in green project management
- Green building rating system
- Design of reinforced concrete buildings and practices
- Practical design of structural steel members
- Design of structural steel buildings - design and practices
- Precast members - systems and construction
- Design of concrete structural members
- Pre-engineered buildings
- Formwork engineering practices
- Concreting techniques and practices
- Heavy lifting techniques and machinery
- Construction equipment and techniques
- Bridge engineering design practices
- Highway and pavement engineering
- Airports and seaports engineering
- Metro rail transportation design and construction
- Foundation engineering practices
- Design and execution of pile foundations
- Deep excavation and tunnels
- Water supply engineering
- Solid waste engineering and design
- Sustainable design of buildings
Area of Expertise:
Structural Engineering, Earthquake Resistant Design
Area of Expertise:
Steel and Concrete structures, Pre-Engineered Buildings, Design Management
Area of Expertise:
Concrete Technology, Light Weight Concrete & NDT, High Strength and Performance Concrete, 3D Printing, Green Concrete Production
Area of Expertise
Concrete & Steel Buildings, Equipment Foundations, Pre-stressed & Pre-cast Structures,Silos & Bins, Chimneys, Water & Sewage Treatment Plant Structures
Area of Expertise
Structural Engineering Design, Tall Buildings
Area of Expertise
Steel and Composite Buildings, Offshore Structures, Advanced Analysis of Steel Frames
Area of Expertise
Geotechnical Engineering
Area of Expertise
Energy Analysis for Buildings, Thermal Comfort, Building Audit & Architectural Acoustics
Area of Expertise
Solid Waste Management, Contaminant Transport, Water Treatment, Microbial Fuel Cells
Area of Expertise
Structural Engineering, Steel Structures,
Offshore Structures, Pre-Engineered Buildings
Area of Expertise
Environmental Engineering, Water & Waste Water Treatment, PHE Design
Area of Expertise
Design (High-Rise, Bridge Pylons, Automatic Climbing Formwork systems), Product Development, Modern Formwork Techniques
Area of Expertise
Formwork Engineering and Execution, Design, Planning, Digitalisation, Formwork for Residential Buildings, High-Rise/Tall Structures, Factories, etc.
Area of Expertise
Design and Execution of Formwork Systems, Planning, Methodologies, Advanced Formwork Systems