About the Program
The Sustainability Practices in Construction program equips students with the skills to integrate sustainable practices, emerging technologies, and advanced engineering strategies in modern construction. Covering AI, data science, and geospatial techniques, it enhances decision-making and project optimization. Students will explore Building Information Modeling (BIM), sustainable building design, solid waste management, hydropower structures, and eco-friendly engineering strategies, ensuring environmentally responsible infrastructure development. With a strong emphasis on critical thinking, leadership, team_x0002_work, project management, and finance, this program prepares students to drive innovation, efficiency, and sustainability in the evolving construction industry.
Courses
    Credits Semester
  • Building Information Modelling in Construction 3 III
  • Sustainablity Practices in Design of Buildings 3 IV
  • Engineering strategies for sustainability 3 V
  • Solid Waste Engineering and System Design 3 V
  • Geospatial Techniques in Practice 3 VI
  • Hydropower Structures 3 VII
    Credits Semester
  • Essentials of Data Science and AI for Civil Engineers 3 I
  • Critical Thinking, Design Thinking, Leadership and Teamwork 3 II
  • Project Management for Professionals / Finance for Professionals 3 VIII
    Credits Semester
  • Critical Thinking, Design Thinking, Leadership and Teamwork 3 II
  • Career Readiness in Digital Era 3 VI
Mode of Delivery
  • Self-paced learning + Expert session (VILT) – 30 hours
  • Project work – 15 hours
  • Face-to-face instructor led sessions / VILT sessions – 45 hours (including project work)
Job Roles
  • Sustainability Engineer
  • Green Building Engineer
  • Hydropower Project Engineer
  • Sustainability Analyst
  • Environmental and Waste Management Engineer
Software Tools
  • REVIT
  • ECO NIWAS
  • Solar Rooftop calculator
  • MS Project
  • QGIS
  • ARC GIS
Skills
  • Develop proficiency in BIM software (e.g., Revit), create detailed 3D models, perform clash detection, and coordinate multidisciplinary project data for efficient planning and execution.
  • Design energy-efficient buildings, implement passive design strategies, and adhere to green building certifications.
  • Conduct lifecycle assessments, optimize resource efficiency, and implement climate-responsive engineering solutions.
  • Design and manage waste treatment systems, optimize recycling processes, and ensure regulatory compliance in waste management.
  • Proficiency in geospatial software, understand geospatial data analysis, and apply geospatial techniques in construction.
  • Analyze and design hydropower structures by assessing geological and hydrological factors, optimizing headworks, and planning efficient construction methods
  • Apply project scheduling tools, manage construction budgets, and assess financial risks for project sustainability.