🎓Programs for Universities & Colleges

INTRODUCTION

In response to the pressing global imperative to address climate change, the Certification Program in Net Zero Carbon & Decarbonization offers a comprehensive foundation in sustainable practices and strategies. Aligned with the guidelines of the University Grants Commission (UGC), this program is designed to equip participants with essential knowledge and skills required to contribute effectively towards achieving net-zero carbon emissions and advancing decarbonization efforts.

ELIGIBILITY CRITERIA

Candidate must have passed the 10+2 examination or equivalent in STEAM background that is: Science, Technology, Engineering, Arts and Mathematics stream with minimum 60% aggregate marks.

PROGRAM HIGHLIGHTS

• Comprehensive Curriculum: Crafted to provide in-depth knowledge and practical skills in achieving net zero carbon emissions and advancing decarbonization efforts.
• Industry-Aligned Content: Developed in collaboration with industry leaders and experts to ensure relevance and applicability in current sustainability practices.
• Interactive Learning Environment: Engage in online lectures, workshops, and hands-on exercises that simulate real-world scenarios and challenges.
• Practical Applications: Gain practical experience through case studies, simulations, and group projects focused on implementing sustainable solutions.
• Expert Guidance: Learn from experienced professionals and academics renowned for their contributions to sustainability and environmental sciences.
• Networking Opportunities: Connect with peers and industry professionals to build a network that supports ongoing learning and career advancement in sustainability.

These highlights emphasize the program’s focus on practical learning, industry relevance, certification recognition, expert guidance, and networking opportunities, all crucial elements for participants aiming to make a meaningful impact in the field of net neutrality through decarbonization.

PROGRAM OBJECTIVES (PO):

1. PO1: Introduce fundamental concepts and principles of net zero carbon and climate change.
2. PO2: Develop practical skills for data collection, analysis, and reporting of greenhouse gas emissions.
3. PO3: Enhance proficiency in using tools and technologies for carbon calculation and decarbonization efforts.
4. PO4: Foster understanding of market mechanisms, such as green credits and the Clean Development Mechanism (CDM).
5. PO5: Equip students to identify and address challenges in achieving net zero emissions.

PROGRAM SPECIFIC OUTCOMES (PSO):

1. PSO1: Comprehensive understanding of net zero carbon concepts and climate change impacts.
2. PSO2: Ability to conduct baseline studies and calculate greenhouse gas emissions accurately.
3. PSO3: Proficiency in using data analytics and carbon calculation tools for decarbonization projects.
4. PSO4: Knowledge of green credits, ecolabeling, and the CDM market, including current trends and best practices.
5. PSO5: Skills in developing and implementing strategies to overcome challenges in achieving net zero emissions.

LEARNING OUTCOMES-BASED CURRICULUM FRAMEWORK

The Learning Outcomes-based Curriculum Framework (LOCF) for the Certification Program in Net Zero Carbon & Decarbonization is designed to equip participants with a comprehensive range of knowledge, skills, attitudes, and values necessary to address the global challenges of achieving net zero carbon emissions and advancing decarbonization efforts.

• Articulated Learning Outcomes: The curriculum clearly defines learning outcomes that specify what participants will know, understand, and demonstrate by the program’s conclusion. These outcomes integrate theoretical knowledge with practical application, fostering a deep understanding of sustainable practices and strategies.
• Flexibility and Adaptability: Emphasizing flexibility, the program allows for adaptation to individual participant needs and evolving environmental contexts. It offers diverse learning paths and elective options that cater to specific interests and career aspirations within the broader realm of sustainability and decarbonization.
• Assessment Methods: Various assessment tools and methods are employed to measure participants’ achievement of learning outcomes effectively. These assessments ensure robust evaluation of knowledge acquisition, skill development, and application proficiency in sustainable practices.
• Industry-Relevant Specialization: Participants have the opportunity to specialize in specific areas related to net zero carbon and decarbonization, enhancing their expertise and readiness to contribute meaningfully to sustainability initiatives in various organizational settings.

This LOCF ensures that the Certification Program in Net Zero Carbon & Decarbonization not only imparts foundational knowledge but also fosters practical skills and a proactive mindset essential for driving sustainable change in today’s global environmental landscape.

Graduate Attributes for Certification Program

Graduate attributes represent a set of skills, knowledge, and values that students are expected to develop during their academic journey. These attributes go beyond disciplinary expertise, encompassing a broad range of competencies that prepare graduates for professional and personal success. Mapping these attributes to our Certification Program in Net Zero Carbon & Decarbonization ensures that the course is comprehensive, relevant, and aligned with broader educational goals.

Syllabus Outline and Graduate Attributes Mapping

Based on the present and industry catered requirements detailed syllabus curriculum is prepared and crossly mapped with other components to obtain a proper balancing of topics and syllabus identified.

Certification Program: Net Zero Carbon & Decarbonization

Assessment & Certification mapped with Graduate Attributes:

• Assessment: Participants will be assessed through quizzes, assignments, and a final report submission as per assigned work allotted (GA4, GA7, GA8, GA10)
• Certification: Participants who successfully complete the course requirements will receive a Certification in Net Zero Carbon & Decarbonization.

Additional Resources:

• Recommended readings (GA1, GA12)
• Access to online tools and software (GA13)
• Guest lectures from industry experts (GA7, GA12)

Program Objectives (PO’S), Program Specific Outcomes (PSO’s) Mapping with Graduate Attributes

This syllabus is designed to equip participants with the necessary knowledge and skills to contribute effectively to decarbonization efforts and support the transition to a net zero carbon future, mapped with the essential graduate attributes for a holistic learning experience.

Course Mapping

This structured mapping ensures that each graduate attribute is aligned with specific components of the syllabus, thereby fostering a comprehensive development of skills and knowledge in net zero carbon and decarbonization practices.

Career Avenues

Completing the Certification Program in Net Zero Carbon & Decarbonization opens up diverse career opportunities in the rapidly expanding field of sustainability and environmental management. Graduates can pursue roles such as Sustainability Consultants, Carbon Management Analysts, Environmental Data Analysts, and GHG Inventory Specialists. Additionally, positions in government agencies, non-profit organizations, and private sector companies focusing on sustainability initiatives, green finance, and corporate social responsibility are potential career avenues. The skills and knowledge gained from this program equip professionals to contribute effectively to achieving net zero targets and addressing global climate challenges.

INTRODUCTION

In response to the pressing global imperative to address climate change, the Certification Program in Net Zero Carbon & Decarbonization offers a comprehensive foundation in sustainable practices and strategies. Aligned with the guidelines of the University Grants Commission (UGC), this program is designed to equip participants with essential knowledge and skills required to contribute effectively towards achieving net-zero carbon emissions and advancing decarbonization efforts.

ELIGIBILITY CRITERIA

Candidate must have passed the 10+2 examination or equivalent in STEAM background that is: Science, Technology, Engineering, Arts and Mathematics stream with minimum 60% aggregate marks.

PROGRAM HIGHLIGHTS

• Comprehensive Curriculum: Crafted to provide in-depth knowledge and practical skills in achieving net zero carbon emissions and advancing decarbonization efforts.
• Industry-Aligned Content: Developed in collaboration with industry leaders and experts to ensure relevance and applicability in current sustainability practices.
• Interactive Learning Environment: Engage in online lectures, workshops, and hands-on exercises that simulate real-world scenarios and challenges.
• Practical Applications: Gain practical experience through case studies, simulations, and group projects focused on implementing sustainable solutions.
• Expert Guidance: Learn from experienced professionals and academics renowned for their contributions to sustainability and environmental sciences.
• Networking Opportunities: Connect with peers and industry professionals to build a network that supports ongoing learning and career advancement in sustainability.

These highlights emphasize the program’s focus on practical learning, industry relevance, certification recognition, expert guidance, and networking opportunities, all crucial elements for participants aiming to make a meaningful impact in the field of net neutrality through decarbonization.

PROGRAM OBJECTIVES (PO):

1. PO1: Introduce fundamental concepts and principles of net zero carbon and climate change.
2. PO2: Develop practical skills for data collection, analysis, and reporting of greenhouse gas emissions.
3. PO3: Enhance proficiency in using tools and technologies for carbon calculation and decarbonization efforts.
4. PO4: Foster understanding of market mechanisms, such as green credits and the Clean Development Mechanism (CDM).
5. PO5: Equip students to identify and address challenges in achieving net zero emissions.

PROGRAM SPECIFIC OUTCOMES (PSO):

1. PSO1: Comprehensive understanding of net zero carbon concepts and climate change impacts.
2. PSO2: Ability to conduct baseline studies and calculate greenhouse gas emissions accurately.
3. PSO3: Proficiency in using data analytics and carbon calculation tools for decarbonization projects.
4. PSO4: Knowledge of green credits, ecolabeling, and the CDM market, including current trends and best practices.
5. PSO5: Skills in developing and implementing strategies to overcome challenges in achieving net zero emissions.

LEARNING OUTCOMES-BASED CURRICULUM FRAMEWORK

The Learning Outcomes-based Curriculum Framework (LOCF) for the Certification Program in Net Zero Carbon & Decarbonization is designed to equip participants with a comprehensive range of knowledge, skills, attitudes, and values necessary to address the global challenges of achieving net zero carbon emissions and advancing decarbonization efforts.

• Articulated Learning Outcomes: The curriculum clearly defines learning outcomes that specify what participants will know, understand, and demonstrate by the program’s conclusion. These outcomes integrate theoretical knowledge with practical application, fostering a deep understanding of sustainable practices and strategies.
• Flexibility and Adaptability: Emphasizing flexibility, the program allows for adaptation to individual participant needs and evolving environmental contexts. It offers diverse learning paths and elective options that cater to specific interests and career aspirations within the broader realm of sustainability and decarbonization.
• Assessment Methods: Various assessment tools and methods are employed to measure participants’ achievement of learning outcomes effectively. These assessments ensure robust evaluation of knowledge acquisition, skill development, and application proficiency in sustainable practices.
• Industry-Relevant Specialization: Participants have the opportunity to specialize in specific areas related to net zero carbon and decarbonization, enhancing their expertise and readiness to contribute meaningfully to sustainability initiatives in various organizational settings.

This LOCF ensures that the Certification Program in Net Zero Carbon & Decarbonization not only imparts foundational knowledge but also fosters practical skills and a proactive mindset essential for driving sustainable change in today’s global environmental landscape.

Graduate Attributes for Certification Program

Graduate attributes represent a set of skills, knowledge, and values that students are expected to develop during their academic journey. These attributes go beyond disciplinary expertise, encompassing a broad range of competencies that prepare graduates for professional and personal success. Mapping these attributes to our Certification Program in Net Zero Carbon & Decarbonization ensures that the course is comprehensive, relevant, and aligned with broader educational goals.

Syllabus Outline and Graduate Attributes Mapping

Based on the present and industry catered requirements detailed syllabus curriculum is prepared and crossly mapped with other components to obtain a proper balancing of topics and syllabus identified.

Certification Program: Net Zero Carbon & Decarbonization

Assessment & Certification mapped with Graduate Attributes:

• Assessment: Participants will be assessed through quizzes, assignments, and a final report submission as per assigned work allotted (GA4, GA7, GA8, GA10)
• Certification: Participants who successfully complete the course requirements will receive a Certification in Net Zero Carbon & Decarbonization.

Additional Resources:

• Recommended readings (GA1, GA12)
• Access to online tools and software (GA13)
• Guest lectures from industry experts (GA7, GA12)

Program Objectives (PO’S), Program Specific Outcomes (PSO’s) Mapping with Graduate Attributes

This syllabus is designed to equip participants with the necessary knowledge and skills to contribute effectively to decarbonization efforts and support the transition to a net zero carbon future, mapped with the essential graduate attributes for a holistic learning experience.

Course Mapping

This structured mapping ensures that each graduate attribute is aligned with specific components of the syllabus, thereby fostering a comprehensive development of skills and knowledge in net zero carbon and decarbonization practices.

Career Avenues

Completing the Certification Program in Net Zero Carbon & Decarbonization opens up diverse career opportunities in the rapidly expanding field of sustainability and environmental management. Graduates can pursue roles such as Sustainability Consultants, Carbon Management Analysts, Environmental Data Analysts, and GHG Inventory Specialists. Additionally, positions in government agencies, non-profit organizations, and private sector companies focusing on sustainability initiatives, green finance, and corporate social responsibility are potential career avenues. The skills and knowledge gained from this program equip professionals to contribute effectively to achieving net zero targets and addressing global climate challenges.

INTRODUCTION

In response to the pressing global imperative to address climate change, the Certification Program in Net Zero Carbon & Decarbonization offers a comprehensive foundation in sustainable practices and strategies. Aligned with the guidelines of the University Grants Commission (UGC), this program is designed to equip participants with essential knowledge and skills required to contribute effectively towards achieving net-zero carbon emissions and advancing decarbonization efforts.

ELIGIBILITY CRITERIA

Candidate must have passed the 10+2 examination or equivalent in STEAM background that is: Science, Technology, Engineering, Arts and Mathematics stream with minimum 60% aggregate marks.

PROGRAM HIGHLIGHTS

• Comprehensive Curriculum: Crafted to provide in-depth knowledge and practical skills in achieving net zero carbon emissions and advancing decarbonization efforts.
• Industry-Aligned Content: Developed in collaboration with industry leaders and experts to ensure relevance and applicability in current sustainability practices.
• Interactive Learning Environment: Engage in online lectures, workshops, and hands-on exercises that simulate real-world scenarios and challenges.
• Practical Applications: Gain practical experience through case studies, simulations, and group projects focused on implementing sustainable solutions.
• Expert Guidance: Learn from experienced professionals and academics renowned for their contributions to sustainability and environmental sciences.
• Networking Opportunities: Connect with peers and industry professionals to build a network that supports ongoing learning and career advancement in sustainability.

These highlights emphasize the program’s focus on practical learning, industry relevance, certification recognition, expert guidance, and networking opportunities, all crucial elements for participants aiming to make a meaningful impact in the field of net neutrality through decarbonization.

PROGRAM OBJECTIVES (PO):

1. PO1: Introduce fundamental concepts and principles of net zero carbon and climate change.
2. PO2: Develop practical skills for data collection, analysis, and reporting of greenhouse gas emissions.
3. PO3: Enhance proficiency in using tools and technologies for carbon calculation and decarbonization efforts.
4. PO4: Foster understanding of market mechanisms, such as green credits and the Clean Development Mechanism (CDM).
5. PO5: Equip students to identify and address challenges in achieving net zero emissions.

PROGRAM SPECIFIC OUTCOMES (PSO):

1. PSO1: Comprehensive understanding of net zero carbon concepts and climate change impacts.
2. PSO2: Ability to conduct baseline studies and calculate greenhouse gas emissions accurately.
3. PSO3: Proficiency in using data analytics and carbon calculation tools for decarbonization projects.
4. PSO4: Knowledge of green credits, ecolabeling, and the CDM market, including current trends and best practices.
5. PSO5: Skills in developing and implementing strategies to overcome challenges in achieving net zero emissions.

LEARNING OUTCOMES-BASED CURRICULUM FRAMEWORK

The Learning Outcomes-based Curriculum Framework (LOCF) for the Certification Program in Net Zero Carbon & Decarbonization is designed to equip participants with a comprehensive range of knowledge, skills, attitudes, and values necessary to address the global challenges of achieving net zero carbon emissions and advancing decarbonization efforts.

• Articulated Learning Outcomes: The curriculum clearly defines learning outcomes that specify what participants will know, understand, and demonstrate by the program’s conclusion. These outcomes integrate theoretical knowledge with practical application, fostering a deep understanding of sustainable practices and strategies.
• Flexibility and Adaptability: Emphasizing flexibility, the program allows for adaptation to individual participant needs and evolving environmental contexts. It offers diverse learning paths and elective options that cater to specific interests and career aspirations within the broader realm of sustainability and decarbonization.
• Assessment Methods: Various assessment tools and methods are employed to measure participants’ achievement of learning outcomes effectively. These assessments ensure robust evaluation of knowledge acquisition, skill development, and application proficiency in sustainable practices.
• Industry-Relevant Specialization: Participants have the opportunity to specialize in specific areas related to net zero carbon and decarbonization, enhancing their expertise and readiness to contribute meaningfully to sustainability initiatives in various organizational settings.

This LOCF ensures that the Certification Program in Net Zero Carbon & Decarbonization not only imparts foundational knowledge but also fosters practical skills and a proactive mindset essential for driving sustainable change in today’s global environmental landscape.

Graduate Attributes for Certification Program

Graduate attributes represent a set of skills, knowledge, and values that students are expected to develop during their academic journey. These attributes go beyond disciplinary expertise, encompassing a broad range of competencies that prepare graduates for professional and personal success. Mapping these attributes to our Certification Program in Net Zero Carbon & Decarbonization ensures that the course is comprehensive, relevant, and aligned with broader educational goals.

Syllabus Outline and Graduate Attributes Mapping

Based on the present and industry catered requirements detailed syllabus curriculum is prepared and crossly mapped with other components to obtain a proper balancing of topics and syllabus identified.

Certification Program: Net Zero Carbon & Decarbonization

Assessment & Certification mapped with Graduate Attributes:

• Assessment: Participants will be assessed through quizzes, assignments, and a final report submission as per assigned work allotted (GA4, GA7, GA8, GA10)
• Certification: Participants who successfully complete the course requirements will receive a Certification in Net Zero Carbon & Decarbonization.

Additional Resources:

• Recommended readings (GA1, GA12)
• Access to online tools and software (GA13)
• Guest lectures from industry experts (GA7, GA12)

Program Objectives (PO’S), Program Specific Outcomes (PSO’s) Mapping with Graduate Attributes

This syllabus is designed to equip participants with the necessary knowledge and skills to contribute effectively to decarbonization efforts and support the transition to a net zero carbon future, mapped with the essential graduate attributes for a holistic learning experience.

Course Mapping

This structured mapping ensures that each graduate attribute is aligned with specific components of the syllabus, thereby fostering a comprehensive development of skills and knowledge in net zero carbon and decarbonization practices.

Career Avenues

Completing the Certification Program in Net Zero Carbon & Decarbonization opens up diverse career opportunities in the rapidly expanding field of sustainability and environmental management. Graduates can pursue roles such as Sustainability Consultants, Carbon Management Analysts, Environmental Data Analysts, and GHG Inventory Specialists. Additionally, positions in government agencies, non-profit organizations, and private sector companies focusing on sustainability initiatives, green finance, and corporate social responsibility are potential career avenues. The skills and knowledge gained from this program equip professionals to contribute effectively to achieving net zero targets and addressing global climate challenges.

Course Overview

This 2-credit, 21-day internship program offers practical, hands-on experience in an industrial environment. It aims to bridge the gap between academic knowledge and real-world application, preparing students to become competent professionals through structured, supervised placements. Industry Catered job requirements will be directly linked with the internship opportunities for the students.

Course Objectives

1. Industrial Exposure: Gain firsthand experience in an industrial setting.
2. Skill Enhancement: Develop technical and managerial skills.
3. Technological Updates: Learn about current technological advancements.
4. Practical Application: Apply theoretical knowledge in real-world scenarios.
5. Report Writing: Improve technical report and project documentation skills.
6. Professional Ethics: Understand professional responsibilities and ethics.
7. Quality Control: Learn about materials, processes, products, and quality control.
8. Professional Development: Promote academic and personal growth.
9. Career Exploration: Connect with potential future employers.
10. Work Environment Understanding: Understand social, economic, and administrative aspects of industrial organizations.

Course Outcomes

By the end of the internship, students will be able to:

1. Integrate Theory with Practice: Apply academic knowledge to industrial problems.
2. Enhanced Skillset: Demonstrate improved technical and managerial skills.
3. Technological Awareness: Stay updated with industry advancements.
4. Technical Reporting: Write detailed technical reports.
5. Ethical Understanding: Exhibit professional ethics and responsibilities.
6. Quality Control Knowledge: Apply quality control standards.
7. Professional Growth: Show personal and professional development.
8. Networking: Build industry relationships and networks.
9. Career Readiness: Be prepared for employment opportunities.
10. Industrial Insights: Understand the industrial work environment and its dynamics.

Prospective Industries for Internship: Immense opportunities in our associations.

Objective:

To provide students with a comprehensive education in Net Zero Carbon principles and practices, preparing them for careers in environmental sustainability, policy, and industry. This program is designed in alignment with NEP 2020, UGC framework, recent job descriptors from top portals, the Fourth Industrial Revolution, and NAAC requirements. The program features multiple exit pathways, ensuring students can gain credentials at various stages of their education.

Program Structure and NAAC Alignment

Year 1: Foundational Knowledge

• Semester 1: Introduction to Environmental Science and Net Zero Concepts
  • Courses:
    • Fundamentals of Environmental Science
    • Introduction to Net Zero
  • NAAC Alignment:
    • Criteria 1: Curricular Aspects
      • 1.1.1. Curriculum design and development
  • Graduate Attributes:
    • Comprehensive Knowledge and Coherent Understanding (GA1)
  • Job Market Relevance:
    • Entry-level roles in environmental consultancy and sustainability.
  • Exit Pathway:
    • Certificate Achieved in Net Zero Carbon Principles.
• Semester 2: Basic Data Analysis and Pollution Control
  • Courses:
    • Air/Water/Soil Data Collection and Analysis
    • Environmental Pollution
  • NAAC Alignment:
    • Criteria 1: Curricular Aspects
      • 1.2.1. New courses introduced
  • Graduate Attributes:
    • Analytical Reasoning/Thinking (GA8)
  • Job Market Relevance:
    • Roles requiring environmental data analysis skills.

Year 2: Advanced Topics and Practical Application

• Semester 3: Sustainable Practices and Energy Systems
  • Courses:
    • Natural Resources
    • Sustainable Energy Systems
  • NAAC Alignment:
    • Criteria 2: Teaching-Learning and Evaluation
      • 2.3.1. Student-centric methods
  • Graduate Attributes:
    • Practical, Professional, and Procedural Knowledge (GA2)
  • Job Market Relevance:
    • Sustainable energy and resource management positions.
  • Exit Pathway:
    • Diploma Degree Obtained in Net Zero Carbon Practices.
• Semester 4: Climate Strategy and Organizational Behavior
  • Courses:
    • Climate Change Adaptation & Resilience Strategy
    • Organizational Behavior
  • NAAC Alignment:
    • Criteria 2: Teaching-Learning and Evaluation
      • 2.5.2. Feedback system for continuous improvement
  • Graduate Attributes:
    • Critical Thinking (GA5)
  • Job Market Relevance:
    • Climate strategy and organizational development roles.

Year 3: Specialized Knowledge and Capstone Project

• Semester 5: Environmental Impact Assessment and Water Management
  • Courses:
    • Fundamentals of EIA & EMP
    • Water Management & Budgeting
  • NAAC Alignment:
    • Criteria 3: Research, Innovations, and Extension
      • 3.1.2. Promotion of research and facilities
  • Graduate Attributes:
    • Research-Related Skills (GA9)
  • Job Market Relevance:
    • Positions in environmental impact assessment and water management.
• Semester 6: Capstone Project and Community Engagement
  • Courses:
    • Industrial Ecology
    • Community Engagement in Carbon Reduction
    • Capstone Project
  • NAAC Alignment:
    • Criteria 3: Research, Innovations, and Extension
      • 3.2.2. Grants for research projects
  • Graduate Attributes:
    • Community Engagement and Service (GA18)
  • Job Market Relevance:
    • Community outreach and industrial ecology roles.
  • Exit Pathway:
    • Graduate Degree Obtained in Net Zero Carbon.

Program Outcomes

• Knowledge and Skills: Comprehensive understanding of Net Zero Carbon principles and practical application in various contexts.
• Research and Innovation: Enhanced research capabilities through project work and practical application.
• Community and Environmental Impact: Active engagement in community-based sustainability initiatives.

NAAC Metrics Coverage

• Criteria 1: Curricular Aspects
• Criteria 2: Teaching-Learning and Evaluation
• Criteria 3: Research, Innovations, and Extension

Alignment with Job Market and Industry Trends

• Recent Job Descriptors: Program content reflects current job market demands, preparing students for roles in sustainability, environmental consultancy, and policy-making.
• Fourth Industrial Revolution: Incorporation of digital skills and data analytics to prepare students for Industry 4.0 roles.
• Pedagogy of Employment: Emphasis on experiential learning, internships, and industry collaborations to enhance employability.

Objective:

To develop advanced research capabilities in students, enabling them to contribute to the field of Net Zero Carbon through innovative research and solutions. This program is designed in alignment with NEP 2020, UGC framework, recent job descriptors from top portals, the Fourth Industrial Revolution, and NAAC requirements. The program features multiple exit pathways, allowing students to earn credentials at different stages of their education.

Program Structure and NAAC Alignment

Year 1: Foundational Knowledge

• Semester 1: Introduction to Environmental Science and Net Zero Concepts
  • Courses:
    • Fundamentals of Environmental Science
    • Introduction to Net Zero
  • NAAC Alignment:
    • Criteria 1: Curricular Aspects
      • 1.1.1. Curriculum design and development
  • Graduate Attributes:
    • Comprehensive Knowledge and Coherent Understanding (GA1)
  • Job Market Relevance:
    • Entry-level roles in environmental consultancy and sustainability.
  • Exit Pathway:
    • Certificate Achieved in Net Zero Carbon Principles.
• Semester 2: Basic Data Analysis and Pollution Control
  • Courses:
    • Air/Water/Soil Data Collection and Analysis
    • Environmental Pollution
  • NAAC Alignment:
    • Criteria 1: Curricular Aspects
      • 1.2.1. New courses introduced
  • Graduate Attributes:
    • Analytical Reasoning/Thinking (GA8)
  • Job Market Relevance:
    • Roles requiring environmental data analysis skills.

Year 2: Advanced Topics and Practical Application

• Semester 3: Sustainable Practices and Energy Systems
  • Courses:
    • Natural Resources
    • Sustainable Energy Systems
  • NAAC Alignment:
    • Criteria 2: Teaching-Learning and Evaluation
      • 2.3.1. Student-centric methods
  • Graduate Attributes:
    • Practical, Professional, and Procedural Knowledge (GA2)
  • Job Market Relevance:
    • Sustainable energy and resource management positions.
  • Exit Pathway:
    • Diploma Degree Obtained in Net Zero Carbon Practices.
• Semester 4: Climate Strategy and Organizational Behavior
  • Courses:
    • Climate Change Adaptation & Resilience Strategy
    • Organizational Behavior
  • NAAC Alignment:
    • Criteria 2: Teaching-Learning and Evaluation
      • 2.5.2. Feedback system for continuous improvement
  • Graduate Attributes:
    • Critical Thinking (GA5)
  • Job Market Relevance:
    • Climate strategy and organizational development roles.

Year 3: Specialized Knowledge and Initial Research Projects

• Semester 5: Environmental Impact Assessment and Water Management
  • Courses:
    • Fundamentals of EIA & EMP
    • Water Management & Budgeting
  • NAAC Alignment:
    • Criteria 3: Research, Innovations, and Extension
      • 3.1.2. Promotion of research and facilities
  • Graduate Attributes:
    • Research-Related Skills (GA9)
  • Job Market Relevance:
    • Positions in environmental impact assessment and water management.
• Semester 6: Industrial Ecology and Advanced Research Methods
  • Courses:
    • Industrial Ecology
    • Advanced Research Methods
  • NAAC Alignment:
    • Criteria 3: Research, Innovations, and Extension
      • 3.2.2. Grants for research projects
  • Graduate Attributes:
    • Capacity to Extrapolate and Translate Concepts (GA3)
  • Job Market Relevance:
    • Research-intensive roles in industrial ecology and sustainability.

Year 4: Honors Research Focus and Thesis

• Semester 7: Independent Research Project and Thesis Preparation
  • Courses:
    • Independent Research Project
    • Seminar Series
  • NAAC Alignment:
    • Criteria 3: Research, Innovations, and Extension
      • 3.2.3. Research papers and publications
  • Graduate Attributes:
    • Research-Related Skills (GA9)
  • Job Market Relevance:
    • High-level research roles in academia and industry.
• Semester 8: Thesis Defense and Community Engagement
  • Courses:
    • Thesis Defense
    • Community Engagement in Carbon Reduction
  • NAAC Alignment:
    • Criteria 3: Research, Innovations, and Extension
      • 3.2.4. Consultancy projects and community services
  • Graduate Attributes:
    • Community Engagement and Service (GA18)
  • Job Market Relevance:
    • Academic positions, research roles, and consultancy.
  • Exit Pathway:
    • Honors Research Graduate Degree Attained in Net Zero Carbon & Decarbonization.

Program Outcomes

• Advanced Research Skills: Development of high-level research capabilities and innovative problem-solving in the field of Net Zero Carbon.
• Specialized Knowledge: In-depth understanding of Net Zero Carbon and decarbonization strategies.
• Global Opportunities: Preparation for research and consultancy roles with local and global impact.

NAAC Metrics Coverage

• Criteria 1: Curricular Aspects
• Criteria 2: Teaching-Learning and Evaluation
• Criteria 3: Research, Innovations, and Extension

Alignment with Job Market and Industry Trends

• Recent Job Descriptors: Program content reflects current job market demands, preparing students for advanced roles in research, sustainability, and environmental policy.
• Fourth Industrial Revolution: Emphasis on research skills and advanced methodologies to align with Industry 4.0.
• Pedagogy of Employment: Focus on research projects and community engagement to enhance global career opportunities.

Program Overview

This comprehensive program provides an in-depth understanding of achieving net zero carbon goals within a business context. It integrates various aspects of sustainability, green finance, strategic management, and innovative technologies, focusing on both national and international perspectives. Participants will gain practical insights through case studies, real-world applications, and expert-led discussions, preparing them to implement effective carbon reduction strategies in their organizations.

To equip MBA and BBA graduates with specialized knowledge and practical skills in sustainable carbon management, Net Zero Carbon, and ESG (Environmental, Social, Governance) principles. This program prepares them for industry entry-level roles, incorporating recent job descriptors, NEP 2020, and NAAC requirements. The program features multiple exit pathways and includes mentorship to facilitate transition into compliance and supply chain segments.

Program Objectives

1. Understand the key principles of carbon management and net zero goals.
2. Analyse national and international policies and regulations governing carbon emissions.
3. Develop strategies for carbon efficiency and sustainable supply chains.
4. Implement carbon offset projects and leverage technological innovations.
5. Apply green credit and eco-labelling schemes.
6. Conduct green audits and understand sustainable reporting practices.
7. Design comprehensive net zero carbon plans tailored to business needs.
8. Foster entrepreneurial skills in the context of sustainability.
9. Explore sustainable finance mechanisms and their applications.

Program Outcomes

By the end of this program, participants will be able to:

1. Articulate the principles and strategies of carbon management and net zero goals.
2. Evaluate the impact of environmental policies on business operations.
3. Develop and implement effective carbon efficiency solutions.
4. Conduct carbon footprint assessments and apply carbon abatement technologies.
5. Leverage green credit schemes and eco-labelling for sustainability.
6. Perform green audits and prepare sustainability reports.
7. Create and implement comprehensive net zero plans.
8. Utilize green finance instruments such as green bonds and sustainable investments.
9. Analyse real-world case studies and apply lessons learned to their own organizations.

Module Breakdown –

Module 1: Foundations of Net Zero Carbon and Sustainability (5 hours)

1. Key Principles of Carbon Management:
   1. Basics of carbon emissions and climate change.
   1. Understanding net zero goals and decarbonization strategies.
   1. Overview of India-specific GHG programs (Revised NAPCC 2021).
2. Global and National Policies and Regulations:
   1. Examination of international policies like the Paris Agreement.
   1. National policies and regulations governing carbon emissions.
   1. Role of governments and financial institutions in climate finance.
3. Green Banking and Sustainability:
   1. Introduction to green banking.
   1. Role of financial institutions in promoting sustainability.
4. Case Study: Tata Group’s approach to sustainability and net zero goals.

Module 2: Circular Economy and Supply Chain Management (5 hours)

1. Concept of Circular Economy:
   1. Principles of a circular economy and the 10 R’s.
   1. Steps towards implementing a circular economy.
2. Sustainable Supply Chain Management:
   1. Strategies for integrating sustainability into supply chains.
   1. Examples of successful sustainable supply chain practices.
3. Environmental Policies and Regulations:
   1. National and international environmental policies and regulations.
   1. Compliance requirements and best practices.
4. Case Studies:
   1. IKEA: Implementing circular economy principles in their supply chain.
   1. Nike: Sustainable supply chain initiatives and the Move to Zero campaign.

Module 3: Carbon Pricing, Trading, and Markets (5 hours)

1. Fundamentals of Carbon Pricing:
   1. Carbon taxes, cap-and-trade systems, and market-based mechanisms.
2. Global and Voluntary Carbon Markets:
   1. Introduction to international agreements like Kyoto and Paris.
   1. Mechanisms of voluntary carbon markets and carbon offset standards.
3. Emission Trading in India:
   1. Performance analysis of PAT schemes, ESCerts, and RECs.
   1. Future directions for carbon trading in India.
4. Case Studies:
   1. H&M: Participation in voluntary carbon markets and sustainability initiatives.
   1. Adidas: Carbon offset projects and carbon neutrality goals.

Module 4: Green Finance and Investments (5 hours)

1. Green Bonds and Investments:
   1. Introduction to green bonds, their pricing, and valuation.
   1. Overview of the global and regional green bond market.
2. Sustainable Finance Mechanisms:
   1. Concessional finance, blended finance, and green loans.
   1. Assessing the impact of sustainable finance instruments.
3. Green Credit and Eco-labelling Schemes:
   1. Implementation of green credit initiatives.
   1. Importance and processes of eco-labelling schemes.
4. Case Studies:
   1. World Bank: Green Bond program and sustainable investments.
   1. Coca-Cola: Eco-labelling and green finance initiatives.

Module 5: Green Credit Scheme and Eco-labelling Scheme (5 hours)

1. Green Credit Scheme (GCP):
   1. Overview of GCP and its objectives.
   1. Financial incentives for environmentally friendly practices.
   1. Case studies of successful GCP implementations.
2. Eco-labelling Scheme of MoEFCC:
   1. Introduction to the eco-labelling scheme.
   1. Criteria for eco-labelling and its impact on consumer behavior.
   1. Case studies and best practices.
3. Integration of GCP and Eco-labelling in Business:
   1. Strategies for businesses to leverage GCP and eco-labelling.
   1. Benefits of these schemes for sustainable business practices.
4. Case Study: Implementation of GCP by ITC Limited.

Module 6: Sustainable Reporting and Disclosure Practices (5 hours)

1. Sustainability Reporting Frameworks:
   1. Drivers of sustainability reporting.
   1. GRI, UN Global Compact, and Principles of Responsible Investing.
2. Business Responsibility and Sustainability Reporting (BRSR):
   1. Understanding BRSR requirements and processes.
   1. Comparison with other reporting frameworks like ESG, SRI, and impact investing.
3. Green Audit Practices:
   1. Importance of green audits for sustainability.
   1. Processes and best practices for conducting green audits.
4. Case Studies:
   1. Infosys: Sustainability reporting practices.
   1. Nike: Business responsibility and sustainability reporting.

Module 7: Machine Learning for Climate and Carbon Finance (5 hours)

1. Machine Learning and its Applications in Climate Finance:
   1. Introduction to opportunities for ML in climate action and finance.
   1. Basics of ML, model accuracy, and applications in climate finance.
2. Supervised and Unsupervised ML Models:
   1. Regression and classification problems, neural networks, clustering methods.
   1. Predicting corporate carbon footprints and analysing green bond markets.
3. Sentiment Analysis and Explainable AI Techniques:
   1. Investor climate sentiment and financial markets.
   1. Techniques to make ML models interpretable.
4. Case Study: Predicting carbon footprints using ML by IBM.

Module 8: Creating and Implementing a Net Zero Plan (5 hours)

1. Developing Net Zero Plans:
   1. Designing comprehensive net zero carbon plans tailored to business needs.
   1. Accounting procedures, data collection, and computation tools.
2. Carbon Footprint Assessments:
   1. Techniques for measuring carbon footprints.
   1. Implementing carbon abatement technologies.
3. Policy Advocacy and Stakeholder Participation:
   1. Engaging stakeholders in climate action.
   1. Advocacy strategies for effective policy implementation.
4. Case Studies and Real-world Applications:
   1. Success stories from various industries.
   1. Lessons learned and best practices for achieving net zero goals.
5. Case Studies:
   1. Reliance Industries: Net zero initiatives.
   1. Coca–Cola: Carbon footprint assessments and abatement technologies.

NAAC Metrics Coverage

• Criteria 1: Curricular Aspects
• Criteria 2: Teaching-Learning and Evaluation

Alignment with Job Market and Industry Trends

• Recent Job Descriptors: Program content reflects current job market demands, preparing graduates for roles in sustainability, ESG compliance, and corporate responsibility.
• Fourth Industrial Revolution: Emphasis on digital skills and data analytics to align with Industry 4.0.
• Pedagogy of Employment: Focus on experiential learning and real-world applications to enhance employability and industry readiness. Industry mentors will guide students, facilitating their transition into compliance and supply chain segments.

This program equips participants with the knowledge and tools needed to drive sustainability and achieve net zero carbon goals in their organizations, fostering a greener and more sustainable future.