» Energy Sciences

Home
About Us
- Overview
- From The Founder's Desk
- BeyondingPushing the frontiers of what’s possible
- OUR TEAM
- Work with us
- Our Advisory Board
Admissions
- Overview
- Undergraduate AdmissionsOur admissions philosophy, process and schedule
- Postgraduate Admissions
- Apply to Atria University
- FeesTuition and residential fee structure
- Financial AidMerit and need-based financial aid
Majors
Academics
- Overview
- Undergraduate ProgrammesOur academic vision and academic pathway
- Postgraduate Programmes
- Foundation YearBuild a knowledge foundation for life
- People
- PartnershipsAccess to India's finest think tanks to support your innovation and research.
COE
Collaborations
- International University Collaborations
- Indian University Collaborations
UGC

Apply Now

Ask me anything

Drop us your questions and doubts, along with your contact information. Our team will be happy to get in touch with you to resolve all your queries.

Energy Sciences

Home
/
Academics
/
Majors
/
Energy Sciences

Programme Overview

Climate change is driving a global transition towards renewable and energy efficient sources. The Energy Sciences major at Atria University will train and prepare you to contribute meaningfully to this crucial transition. The training and skills provided will cover all critical areas in the energy industries of the future and develop the leaders of this emerging field.

This major is meticulously designed to address specific challenges associated with energy systems, energy storage, energy data analytics, energy policy, and energy management. The programme begins by establishing a robust foundation in the fundamental principles of energy sciences. Subsequently, it provides a comprehensive overview of technological applications within the renewable energy industry. Drawing upon disciplines such as electrical engineering, electronics, mechanical engineering, as well as basic principles of physics and chemistry, the courses focus on renewable energy systems.

You will engage in projects that involve observing, studying, and designing installations for renewable power plants. This will include hands-on experience in performance testing and analysing energy installations, ensuring that your knowledge is directly applicable to real-world scenarios. These projects will incorporate concepts from energy science and engineering, energy policy, public engagement, and business entrepreneurship, all relevant to clean energy systems.

By the end of the program, you will emerge as an individual capable of comprehending and addressing complex issues in the energy sector. You will possess the expertise to tackle the challenges of energy systems, formulate sustainable energy policies, engage with the public, and drive business entrepreneurship in the context of clean energy systems.

Degrees Offered

The Energy Sciences major offers coursework towards any of our four degrees.

BTech

for the engineer who will design, build, and operate renewable energy systems.

BSc

for the scientist who wishes to study and pursue research in cutting-edge energy systems.

BBA

for the entrepreneur who will invest and promote renewable energy and services.

BDes

for the designer of renewable energy plants, and energy-efficient utilities for buildings.

Learning Outcomes

The major aims to provide training in the various skills and technologies in the Energy Sciences space.

Renewable & Sustainable Energy Systems

Understand renewable energy systems, including their design, operation, and integration. Gain expertise in various renewable energy sources and technologies, such as solar, wind, hydro, and biomass, to contribute to sustainable energy solutions. Incorporate sustainability into energy systems by working on the feasibility, design and performance analysis of energy systems using softwares and through developing the prototype.

Energy Storage Technologies

Acquire knowledge and skills in energy storage technologies, including batteries, fuel cells, and other emerging storage solutions. Learn to analyse and optimise energy storage systems to enhance the efficiency, reliability, and resilience of renewable energy systems.

Energy Data Analytics

Develop expertise in energy data analytics, leveraging advanced tools and techniques to extract valuable insights from energy-related data. Acquire skills in data analysis, modelling, and visualisation to optimise energy systems, identify energy-saving opportunities, and support informed decision-making in the field of energy sciences.

Climate Change and Mitigation

Understand the initiatives taken at international and national level to combat against climate change, identify the environmental impacts due to climate change and mitigation strategies.

Energy Systems Design, Operations and Maintenance

Learn about the design and operations of energy systems using simulation models and conduct the energy audit of energy systems using industry grade energy audit instruments.

Renewable Energy Utilisation

Develop the key skills required in the energy sector by exploring the use, operation and management of renewable energy in industrial, commercial and domestic buildings.

Power Systems

Gain an understanding of electrical power systems, their design, operations and control and conduct the performance analysis of power systems.

Entrepreneurship in the Energy Sector

Develop the business models for various renewable energy systems and learn the skills required to be an entrepreneur in the energy sector.

Energy Policy and Environmental Regulation

Gain a comprehensive understanding of energy policy and environmental regulation frameworks. Explore the social, economic, and environmental implications of energy systems and policies. Develop the ability to navigate and contribute to energy policy discussions and implement sustainable practices that align with environmental regulations.

Project and Financial Management

Create the financial models of various energy systems using various financial techniques and understand the project management strategies used for the energy systems.

Signature Projects

The Energy Sciences major will offer the opportunity to work on exciting projects such as:

Energising the Future: Conducting a techno-economic survey of all renewable energy systems.
Illuminating Progress: Designing a utility-scale solar PV plant.
Harnessing Solar Heat: Building a prototype for a solar thermal power unit.
Wind-driven Innovation: Creating a blueprint for a wind farm.
Power Performance Analysis: Investigating the performance of a utility-scale solar PV plant on site.
Testing Solar Brilliance: Producing electricity and testing the operation of a Concentrated Solar Power (CSP) plant on site.
Wind Energy Unleashed: Producing electricity and testing the operation of a wind farm on site.
Solar-Powered Communities: Running a social intervention to power houses with solar energy.
Human-Induced Climate Change Research: Researching human-induced climate change and methods of mitigation.
Electric Energy Efficiency Amplified: Conduct the energy audit of electrical systems and prepare the investment grade detailed project report.
Thermal Energy Audit: Conduct the energy audit of thermal systems and prepare the investment grade detailed project report.
Empowering Education: Designing, installing and commissioning a Solar Photovoltaic (PV) system for an under-resourced school.

Career Outcomes

The Energy Sciences major builds the skills to strategize and develop sustainable solutions in the Renewable Energy sector and opens a range of career opportunities related to energy such as:

Technical researcher at business enterprises.
R&D roles in renewable energy enterprises.
Project managers.
Data scientist.
Research scientist.
Sales and marketing.
Environmental solutions engineer.
Energy manager.
Energy Auditor
Test and balance engineer.
Verification engineer.
Energy process lead.
Researcher and educator at universities.

Competitive Edge With Atria University

Atria University offers a unique curriculum structure across disciplines to help learn concepts and develop a mindset that is oriented towards becoming future-ready.

Immersive Learning Through Projects

Our courses are built around projects inspired by real-world scenarios, and require a good grasp of theory as well as keen experimentation skills. Learning is uniquely strengthened with 30 industry-driven projects across 4 years. You gain real-world experience and make a tangible impact on the world.

Understanding Science in Action

With a major in Energy Sciences, you have the opportunity to delve deep into a field that holds the power to create positive global changes. Atria University’s unique learning methodology encourages you to explore the intricate correlation between the environment and economics, empowering you to implement innovative ideas in power generation.

Visionary major

Renewable energy is projected to contribute 55% of power generation in India by 2030, up from the current 20%. Atria University prepares you to make a significant impact on the energy sector, transcending traditional engineering roles. Our interdisciplinary approach equips you with the skills needed for the jobs of tomorrow. The growth of human civilization in the last century has been fueled by increased electricity generation and usage. However, the accompanying greenhouse gas emissions have led to the climate crisis we face today. To secure a sustainable future, a shift to renewable energy systems is imperative.

We’ve taken some bold steps in designing the Energy Sciences major. To move entirely away from fossil fuels, and focus on renewable energy. Innovations in the design of solar photovoltaics and batteries, improvements in grid design, and growing public awareness of the consequences of climate change have made renewables indispensable. Socially, economically, and environmentally – they are the most viable option for our future.

Pivotal Advantage

We are only beginning to grasp the full potential of interactive technologies. The learnings from the Energy Sciences major are highly relevant and crucial at this pivotal moment in human history. Technology will undeniably shape the future, and it is essential for global leaders to make wise technological choices. As future leaders, you are called upon to exercise independent thought and consider the far-reaching consequences of your actions. The impact you create can have a domino effect, with contagious and potent outcomes that we are just beginning to comprehend.