Programme Highlights
A transformative 6-month journey
Open to graduates and diploma holders with a minimum of 2 years of work experience
Blended Learning (Online + 3 Days In-Campus module at Delhi Technological University)
Saturday 6:00 PM – 9:10 PM IST
Earn Delhi Technological University’s prestigious alumni status upon successful completion
INR 1,50,000 + GST
Delhi Technological University (DTU) is one of India’s leading technology universities, widely respected for academic excellence, innovation, and leadership. Established in 1941, DTU has a rich legacy of over eight decades and operates from its expansive flagship campus in Rohini, New Delhi. With a vibrant academic ecosystem of more than 16,000 students and nearly 500 distinguished faculty members across multiple disciplines, DTU offers a future-ready learning environment supported by strong research, industry collaboration, and global engagement. Known for producing accomplished professionals, innovators, and entrepreneurs, DTU continues to play a vital role in shaping talent, advancing knowledge, and contributing to national development.
Programme Overview & Objectives
The rapid global shift toward renewable and sustainable energy has emerged as a critical priority for governments, industries, and organizations worldwide. In India, ambitious renewable capacity goals, net-zero commitments, and evolving ESG regulations have intensified the need for professionals with a strong grasp of energy technologies, sustainability frameworks, financial feasibility, and project leadership.
The Advanced Programme in Renewable & Sustainable Energy Management is a comprehensive executive education programme designed to develop the technical, analytical, managerial, and leadership competencies required to plan, assess, and implement renewable and sustainable energy initiatives effectively.
Delivered by distinguished faculty from Delhi Technological University through interactive live online sessions and an immersive on-campus module, the programme integrates conceptual learning with case studies, simulations, and a real-world capstone project—enabling immediate and practical workplace application.
To develop a strong conceptual and technical understanding of renewable energy systems, sustainable energy technologies, and emerging clean energy solutions within the Indian and global context.
To equip participants with practical analytical and financial evaluation skills required to assess the techno-economic viability, risk, and return of renewable and sustainable energy projects.
To build competency in sustainability frameworks, ESG compliance, and regulatory landscapes, enabling informed decision-making aligned with national policies and international commitments.
To enhance project planning, execution, and leadership capabilities for managing end-to-end renewable and sustainable energy initiatives across public and private sector organizations.
To enable strategic thinking and innovation for driving organizational energy transitions, decarbonization strategies, and long-term value creation through sustainable energy management.
Course Curriculum
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 the key drivers of renewable energy adoption
• Build foundational technical and economic knowledge of renewable energy systems
• Interpret national and global energy strategies and targets
Practical Components
• Case Study: India’s Renewable Energy Targets
• Tool Session: Basic LCOE Calculation (Solar & Wind)
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, and payback metrics
Practical Components
• Software Session: Helioscope / PVSyst Basics
• Mini Project: 100 kW Solar System Feasibility Report
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, hydro, and biomass projects
• Interpret resource data and environmental constraints
• Integrate hybrid renewable energy solutions
Practical Components
• Software Session: WindPro / OpenWind Demo
• Case Study: Hybrid Renewable Energy Parks in India
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
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
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 & financing
• Lead organisational sustainability initiatives
Practical Components
• Tool: Financial Modelling in Excel
• Policy Simulation: Drafting RE Procurement Strategy
Participants will complete a real-world project, such as:
• Feasibility study for a corporate solar rooftop
• Energy transition roadmap for an SME
• Carbon footprint & ESG improvement plan
• Design of a hybrid RE (solar + storage) microgrid
• Green hydrogen pilot proposal
Includes presentation to an expert panel for certification.
• Develop comprehensive expertise in renewable and sustainable energy technologies, policies, and market dynamics within the Indian and global context.
• Gain practical skills in evaluating the techno-economic and financial viability of renewable energy projects, including cost structures, returns, and risk assessment.
• Build leadership and project management capabilities to plan, implement, and manage renewable and sustainable energy initiatives across diverse organizational settings.
• Strengthen understanding of sustainability frameworks and ESG requirements, enabling effective compliance, reporting, and strategic alignment with regulatory and stakeholder expectations.
• Apply learning directly to real-world scenarios through case studies, tools, and a hands-on capstone project guided by experienced faculty.
• Earn a prestigious certificate from Delhi Technological University (DTU), enhancing professional credibility and career progression in the clean energy and sustainability domain.
Important Dates
Who Should Apply • Engineers and Technologists
• Sustainability and ESG Professionals
• Energy Managers and Energy Auditors
• Project Managers and Renewable Energy Consultants
• Corporate Strategy and Operations Leaders
• Entrepreneurs and Clean Energy Professionals
Pedagogy
Payment of Fees | Application Fees | INR 2,000 + GST |
| Programme Fees | INR 1,50,000 + GST |
|
Installment I
Within 7–10 days of Offer Letter
INR 50,000 + GST
|
Installment II
On or before 10 July 2026
INR 50,000 + GST
|
Installment III
On or before 10 August 2026
INR 50,000 + GST
|
Methodology, Evaluation and Certification The programme follows a rigorous and application-oriented learning methodology that combines conceptual understanding with real-world relevance. Teaching is delivered through live faculty-led online sessions, supported by case studies, simulations, quizzes, and in-class exercises, ensuring active participant engagement. Learning is further strengthened through individual and group assignments with structured faculty feedback, promoting analytical thinking, collaboration, and practical problem-solving.
Participant performance is measured through a comprehensive evaluation framework that includes mid-term and end-term assessments, class participation, and project work, as prescribed by the course faculty. A capstone project forms an integral part of the evaluation process, requiring participants to apply programme learnings to a real-world renewable or sustainable energy context and conclude with a formal presentation. A minimum of 75% attendance is mandatory for successful programme completion.
Participants who successfully complete the programme and meet the prescribed academic and attendance requirements will be awarded a Certificate of Completion from Delhi Technological University (DTU). The certificate signifies the participant’s successful completion of an advanced executive education programme and recognition of the knowledge, skills, and practical competencies acquired in the domain of renewable and sustainable energy management.
About Institute
Engineering the Future. Empowering the Nation.
Delhi Technological University (DTU) is one of India’s most prestigious technology institutions, globally respected for academic excellence, innovation, and leadership. Guided by a bold vision to become a world-class technology university, DTU stands at the forefront of national and international knowledge networks—driving progress through education, research, and innovation.
Established in 1941, DTU boasts an illustrious legacy spanning over 84 years. Its 164-acre flagship campus in Rohini, New Delhi, is a thriving hub of learning, discovery, and creativity. DTU is proud to be the founding cradle of several of India’s leading institutions, including the Faculty of Management Studies (University of Delhi), the School of Planning and Architecture (SPA), and the Departments of Chemical Engineering and Textile Technology at IIT Delhi.
DTU nurtures a diverse academic community of over 16,000 students across undergraduate, postgraduate, and doctoral programmes on two campuses. With nearly 500 distinguished faculty members across 15 departments and three interdisciplinary centres, the university offers a dynamic, future-ready learning environment supported by strong administrative and technical expertise.
Renowned for producing industry leaders, innovators, and entrepreneurs, DTU alumni are making a powerful impact across the globe. The university’s strong focus on cutting-edge research, industry collaboration, and societal relevance ensures graduates are equipped to lead in an ever-evolving world.
With an unwavering commitment to quality education, breakthrough research, and meaningful societal contribution, DTU continues to shape talent, inspire innovation, and deliver solutions that empower individuals, industries, and the nation.
FAQs
The programme is an executive education programme designed to equip professionals with the technical, managerial, financial, and leadership skills required to plan, evaluate, and implement renewable and sustainable energy initiatives across sectors.
The programme is ideal for engineers, technologists, sustainability and ESG professionals, energy managers, project managers, consultants, corporate leaders, and entrepreneurs seeking to build or enhance expertise in renewable and sustainable energy.
Indian participants must be graduates (10+2+3) or diploma holders (10+2+3) from a recognized institution with a minimum of 2 years of work experience. International participants must hold a graduation or equivalent degree with similar experience.
The programme is delivered through live online interactive sessions using VCNow’s Direct-to-Device (D2D) platform, complemented by an on-campus immersion and hands-on practical components.
The curriculum covers the global and Indian energy landscape, renewable energy technologies (solar, wind, hydro, biomass), net-zero transition, sustainability and ESG frameworks, project economics, financial modelling, and hybrid energy systems.
Yes. The programme includes case studies, software demonstrations, simulations, assignments, and a real-world capstone project, enabling participants to apply learning directly to professional scenarios.
Evaluation is based on a combination of class participation, assignments, case analysis, mid-term and end-term assessments, and a capstone project presentation, as prescribed by the faculty.
Yes. Participants are required to maintain a minimum of 75% attendance to be eligible for programme completion and certification.
Participants who successfully meet the academic and attendance requirements will receive a Certificate of Completion from Delhi Technological University (DTU), recognising their achievement in renewable and sustainable energy management.
The programme enhances professional credibility, strategic capability, and domain expertise, enabling participants to pursue leadership roles, project responsibilities, consulting opportunities, or entrepreneurial ventures in the rapidly growing clean energy and sustainability sector.