Delhi Technological University | Advanced programme in Renewable & Sustainable Energy Management
2 - 30 yrsAnywhereFee
INR 1,60,000 + GST
Duration
6 months
Experience
2 - 30 yrs
Delivery Method
Online
Build Clean Energy Systems Shaping the Future
Course Detail
PROGRAMME OVERVIEW
The accelerating transition toward renewable and sustainable energy has become a strategic imperative for governments, industries, and organizations worldwide. India's ambitious renewable capacity targets, net-zero commitments, and evolving ESG regulations demand professionals who possess a strong understanding of energy technologies, sustainability
frameworks, financial viability, and project leadership.
The Advanced Programme in Renewable & Sustainable Energy Management is a comprehensive executive education programme designed to equip professionals with the technical, analytical, managerial, and leadership capabilities required to conceptualize, evaluate, and implement renewable and sustainable energy initiatives.
PROGRAMME OBJECTIVES
- Develop a strong foundation in renewable energy technologies including solar, wind, bioenergy, storage, and green hydrogen
- Enable planning, evaluation, and management of renewable energy projects
- Integrate sustainability, ESG, SDGs, and circular economy principles into energy strategy
- Build data-driven decision-making skills using analytical and financial tools
- Prepare participants for leadership roles in the green and sustainable economy
KEY PROGRAMME HIGHLIGHTS
- Live faculty-led sessions from DTU
- Real-world case studies and simulations
- Exposure to project nance, policy, and regulation
- Capstone project with expert evaluation
- DTU Alumni (Digital Education) Status
Desired Candidate Profile
ELIGIBILITY CRITERIA
- Indian Participants: Graduates (10+2+3) or Diploma holders (10+2+3) from a recognized university/institution
- International Participants: Graduation or equivalent degree from a recognized institution
- Work Experience: Minimum 2 years
Course Modules
PROGRAMME CONTENT
MODULE 1:Fundamentals of Renewable & Sustainable Energy
Key Topics
- Global & Indian Energy Landscape
- Transition to Net Zero
- Renewable Energy Sources: Solar, Wind, Hydro, Biomass, Geothermal
- Sustainable Energy Policies & Regulations
- Economics of Renewable Energy
Learning Outcomes
- Understand drivers of renewable energy adoption
- Build foundational technical and economic knowledge
- Interpret national/global energy strategies
Practical Components
- Case Study: India's Renewable Energy Targets
- Tool: Basic LCOE Calculation (Solar & Wind)
MODULE 2: Solar Energy Systems & Design
Key Topics
- Solar PV Technology & Components
- Rooftop & Utility-Scale Solar
- System Sizing, Shadow Analysis, Performance Ratios
- Financial Modelling for Solar Projects
- Solar O&M, Remote Monitoring, and Automation
Learning Outcomes
- Design and evaluate solar PV projects
- Perform energy yield estimation
- Understand CAPEX, OPEX, ROI, Payback
Practical Components
- Software Session: Helioscope / PVSyst Basics
- Mini Project: 100 kW Solar System Feasibility Report
MODULE 3: Wind, Hydro & Bioenergy Systems
Key Topics
- Wind Resource Assessment
- Wind Turbine Technologies
- Small Hydro Plants & Site Selection
- Biomass & Waste-to-Energy Technology
- Hybrid RE Systems (Solar + Wind + Storage)
Learning Outcomes
- Evaluate wind and biomass projects
- Interpret resource data & environmental constraints
- Integrate hybrid energy solutions
Practical Components
- Software Session: WindPro / OpenWind Demo
- Case Study: Hybrid RE Parks in India
MODULE 4:Energy Storage, Green Hydrogen & Grid Integration
Key Topics
- Battery Technologies (Li-ion, Flow, Advanced Chemistries)
- Storage Economics & Use Cases
- Hydrogen Production, Electrolysers, Fuel Cells
- RE Grid Integration, Smart Grids, EV Charging Infrastructure
Learning Outcomes
- Compare different storage technologies
- Understand hydrogen's role in decarbonisation
- Address grid stability & intermittency challenges
Practical Components
- Simulation: Battery Sizing for Solar+Storage
- Case Study: National Green Hydrogen Mission
MODULE 5: Sustainability, ESG & Energy Efficiency
Key Topics
- ESG Frameworks (Global Reporting Initiative, BRSR, SASB)
- Corporate Sustainability Strategy
- Carbon Accounting, GHG Protocols, CDP
- Industrial Energy Efficiency & Energy Audit
- Circular Economy & Sustainable Operations
Learning Outcomes
- Build sustainability roadmaps
- Perform carbon footprint assessments
- Align projects with ESG standards
Practical Components
- Activity: Carbon Footprint Calculation for a Facility
- Case Study: ESG Reporting in Manufacturing
MODULE 6: Project Management, Policy, Finance & Leadership
Key Topics
- Renewable Energy Project Lifecycle
- Risk Assessment & Regulatory Compliance
- Project Finance & PPP Models
- Energy Markets, Trading & Open Access
- Leadership in Clean Energy Transition
Learning Outcomes
- Manage end-to-end RE projects
- Understand bidding, procurement & nancing
- Lead organisational sustainability initiatives
Practical Components
- Tool: Financial Modelling in Excel
- Policy Simulation: Drafting RE Procurement Strategy
Capstone Project (6 Weeks Across Programme)
