How is Renewable Energy Systems and Storage different from regular Petroleum Engineering?

Traditional Petroleum Engineering primarily focuses on exploration, drilling, reservoir engineering, production and transportation of oil and gas resources. The Renewable Energy Systems and Storage specialization at UPES retains this petroleum engineering foundation while adding renewable energy technologies, energy storage, energy economics and policy, hydrogen, solar, wind, biomass and other energy-transition subjects.

What subjects are taught in the Renewable Energy Systems and Storage specialization?

The specialization includes Renewable Energy Technologies, Energy Economics, Policy and Regulation, and Energy Storage Systems. Students can also choose electives covering Biomass and Green Energy, Solar Thermal Technology, Small Hydro Energy Systems, Energy Efficiency in Buildings, Next Generation Hydrogen, Advanced Solar Photovoltaics, Wind Energy Systems and Battery Management System.

Will I still study core petroleum engineering subjects in this specialization?

Yes. Students continue to develop a strong petroleum engineering foundation through subjects such as Advanced Drilling Engineering, Well Logging and Formation Evaluation, Natural Gas Engineering, Advanced Reservoir Engineering, Advanced Production Engineering and Workover Operations, Reservoir Modelling and Simulation, Enhanced Oil Recovery, Oil and Gas Well Testing, Offshore Drilling and Production Operations, Pipeline Engineering and Flow Assurance.

Does the program cover batteries, hydrogen and renewable energy storage?

Yes. Energy Storage Systems is a dedicated specialization subject, while Battery Management System and Next Generation Hydrogen are included in the specialization elective basket. Students can also study solar, wind, biomass, hydro and other renewable energy technologies, providing exposure to multiple technologies relevant to future energy systems.

How does this program prepare students for the energy transition?

The program combines conventional petroleum engineering with renewable energy, storage and sustainability-focused learning. Students gain exposure to areas such as renewable energy systems, hydrogen, energy storage, sustainability engineering and Carbon Capture, Utilisation and Storage, helping them understand how conventional and low-carbon energy technologies can coexist during the global energy transition.

Does UPES teach AI and data analytics in Applied Petroleum Engineering?

Yes. The curriculum includes Data Analytics and AI in Petroleum Industry, and the program offers certification in Applied AI for Energy Intelligence Systems. Students learn how emerging digital technologies can complement petroleum engineering and energy systems through data-driven analysis, modelling, simulation and intelligent decision-making.

What practical learning opportunities are included in this program?

The program combines classroom learning with laboratories, reservoir modelling and simulation, capstone projects, industrial visits, an industrial internship and major projects. UPES also provides industry interaction through guest lectures, field exposure and connections with the energy sector, allowing students to apply petroleum and energy-system concepts to practical engineering problems.

Can graduates work in both oil and gas and renewable energy sectors?

Yes. The combination of petroleum engineering and renewable energy systems is designed to provide flexibility across the evolving energy sector. Graduates can explore conventional petroleum roles as well as energy systems, storage, transition-led projects and consulting opportunities. Potential sectors include oil and gas, renewable energy, energy consulting, research institutions and government agencies.

B.Tech.
Applied Petroleum Engineering Renewable Energy Systems and Storage

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B.Tech Applied Petroleum Engineering - Renewable Energy & Storage Systems

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Program details

The B.Tech. Applied Petroleum Engineering – Renewable Energy Systems and Storage program at UPES School of Advanced Engineering is designed for students who want strong petroleum engineering foundations while building capability for the energy transition. The curriculum covers exploration, production, processing and storage of petroleum resources, alongside emerging areas such as renewable energy systems, smart grids, energy storage and sustainable energy practices. Students develop technical depth through classroom learning, hands-on training and industry exposure in areas such as reservoir engineering, drilling techniques, reservoir simulation and enhanced oil recovery (EOR), supported by modern facilities and industry engagement at UPES.

Program Highlights

Petroleum engineering core + energy transition focus, aligned to net-zero objectives.
Exposure to renewable energy technologies, energy policy, sustainability engineering, waste-to-energy and hydrogen energy.
Hands-on, problem-solving orientation focused on energy storage and efficient utilisation.
Coverage of cutting-edge advancements in energy systems to build innovation and adaptability.
Training to design cost-effective, sustainable solutions while balancing economic and environmental outcomes.

Industry Trends & Career Opportunities

The sector is rapidly reshaping around decarbonisation and efficiency. Petroleum engineers are increasingly expected to contribute to Carbon Capture, Utilisation and Storage (CCUS), stronger safety and environmental compliance, and integrated solutions across conventional hydrocarbons and newer energy systems. Alongside this, global energy demand, geopolitics and commodity price volatility continue to influence investment decisions—making engineers with both domain depth and transition readiness highly valuable.

Graduates are prepared for roles across the petroleum value chain and allied energy domains, including:

Reservoir Engineer
Drilling Engineer
Production Engineer
Process Engineer (refining/processing)
Pipeline Engineer
Energy systems and storage roles in transition-led projects and consulting

Placements

The program is positioned for strong employability through its industry-relevant curriculum and UPES’ collaborations with leading energy organisations. Students benefit from industry connections that enable internships and placements across petroleum, energy transition and consulting-linked roles, with the program structured to match evolving employer needs in energy systems and storage.

Fee Structure

Click here for detailed Fee Structure.

Curriculum

The program is structured over 8 semesters combining core mechanical engineering subjects with renewable energy and storage specialisations. Sample curriculum components include:

Semester 1

Course	L	T	P	Credits
Managing Self	2	0	0	2
Environment, Sustainability, and Climate Change	2	0	0	2
Advanced Engineering Mathematics I	3	1	0	4
Physics	3	1	2	5
Programming for Engineers	1	0	4	3
Basic Electrical and Electronics Engg	3	0	2	4
TOTAL				20

Semester 2

Course	L	T	P	Credits
Time & Priority Management	2	0	0	2
Environment, Sustainability, and Climate Change (Living Lab)	0	0	4	2
Introduction to Geology	3	0	0	3
Advanced Engineering Mathematics II	3	1	0	4
Workshop Practices	1	0	1	2
Engineering Graphics	0	0	2	2
Chemistry	3	0	2	4
Design and Build lab	0	0	2	1
Introduction to Petroleum Operations	2	0	0	2
TOTAL				22

Semester 3

Course	L	T	P	Credits
Exploratory 1	3	0	0	3
Communication Skills (Oral)	2	0	0	2
Fundamentals of Reservoir Engineering	3	0	2	4
Fundamentals of Drilling Engineering	3	0	2	4
Sedimentary and Petroleum Geology	3	0	0	3
Programming	1	0	3	2
Probability and Statistics	3	0	0	3
Fundamentals of Production Engineering	3	0	0	3
Social Internship	0	0	0	0
TOTAL				24

Semester 4

Course	L	T	P	Credits
Communication Skills (Written)	2	0	0	2
Exploratory 2	3	0	0	3
Advanced Drilling Engineering	3	0	0	3
Well Logging and Formation Evaluation	3	0	0	3
Energy and energy storage	2	0	0	2
Natural Gas Engineering	3	0	0	3
Geophysics	3	0	0	3
Petroleum Product Testing Lab	0	0	2	1
TOTAL				20

Semester 5

Course	L	T	P	Credits
Technologies of Future	2	0	0	2
Working with People	2	0	0	2
Exploratory 3	3	0	0	3
City Gas Distribution	3	0	0	3
Advanced Reservoir Engineering	3	0	0	3
Specialization Course I	3	0	0	3
Advanced Production Engineering and Workover Operations	3	1	0	4
Capstone I	0	0	4	2
Government Internship	0	0	0	0
TOTAL				22

Semester 6

Course	L	T	P	Credits
Deepening Self	2	0	0	2
Exploratory 4	3	0	0	3
Reservoir Modelling and Simulation	3	0	2	4
Digitalisation in Petroleum Industry	3	0	2	4
Enhanced Oil Recovery	3	0	0	3
Oil and Gas Well Testing	3	0	0	3
Specialisation Course II	3	0	0	3
Industrial Visit	0	0	0	0
Capstone II	0	0	4	2
TOTAL				24

Semester 7

Course	L	T	P	Credits
Exploratory 5	3	0	0	3
Unconventional Hydrocarbon Resources	2	0	0	2
HSE Management in Petroleum Industry	2	0	0	2
Specialization Course III	3	0	0	3
Specialization Course IV	3	0	0	3
Industrial Internship	0	0	2	1
Major Project I	0	0	4	2
Offshore Drilling and Production Operations	2	0	0	2
TOTAL				18

Semester 8

Course	L	T	P	Credits
Exploratory 6	3	0	0	3
Specialization Course V	3	0	0	3
Pipeline Engineering & Flow Assurance	3	0	0	3
Major Project II	0	0	12	6
TOTAL				15

Specialisation (Renewable Energy Systems and Storage)

The student must complete a minimum of 15 credits in the chosen area of specialisation. List of elective courses in specialisation tracks

Renewable Energy Systems and Storage
Renewable Energy Technologies	3	0	0	3
Energy Economics, Policy and Regulation	3	0	0	3
Energy Storage Systems	3	0	0	3
Elective I	3	0	0	3
Elective II	3	0	0	3
Elective I basket
Biomass and Green Energy	3	0	0	3
Solar Thermal Technology	3	0	0	3
Small Hydro Energy Systems	3	0	0	3
Energy Efficiency in Buildings	3	0	0	3
Elective II basket
Next Generation Hydrogen	3	0	0	3
Advanced Solar Photovoltaics	3	0	0	3
Wind Energy Systems	3	0	0	3
Battery management system	3	0	0	3

Eligibility

Students who wish to apply must satisfy the predetermined minimum eligibility requirements for the B.Tech. Mechanical Engineering – Renewable Energy & Storage Systems: Minimum 50% marks in Classes X and XII with 50% in PCM (Physics/Chemistry and Mathematics) in Class XII.

Selection Criteria

The selection criteria for individuals aspiring to pursue B. Tech. Mechanical Engineering at UPES are determined by their individual performance in UPESEAT / JEE Mains / Board Merit / SAT / CUET.

Further Information

Enquiry Form

Frequently Asked Questions

What is B.Tech Applied Petroleum Engineering (Renewable Energy & Storage Systems)?

B.Tech Applied Petroleum Engineering (Renewable Energy & Storage Systems) is a specialized program that combines petroleum engineering fundamentals with renewable energy and energy storage technologies. It enables students to understand petroleum operations while developing knowledge of emerging areas such as renewable energy, energy storage, and sustainable energy systems.

Is Petroleum Engineering still a good career despite the global shift towards renewable energy?

Yes, Petroleum Engineering continues to offer career opportunities while the energy sector is evolving towards greater sustainability and cleaner technologies. A program that combines petroleum engineering with renewable energy and storage systems can help students develop a broader skill set aligned with the changing energy landscape.

How is this program different from a traditional Petroleum Engineering degree?

A traditional Petroleum Engineering degree primarily focuses on exploration, drilling, reservoir engineering and production of hydrocarbons. The B.Tech Applied Petroleum Engineering (Renewable Energy & Storage Systems) program adds a stronger focus on renewable energy and energy storage technologies, allowing students to build knowledge across conventional petroleum operations and emerging energy systems.

What specialised subjects will I study during the program?

Students study core petroleum engineering subjects along with specialized areas related to renewable energy and storage systems. Subjects include reservoir engineering, drilling engineering, petroleum production, renewable energy systems, energy storage, battery technologies and other emerging energy technologies.

What kind of internships and practical exposure will I receive, and what career opportunities are available after B.Tech Applied Petroleum Engineering (Renewable Energy & Storage Systems)?

Students can gain practical exposure through laboratory work, industry projects, internships, field-based learning and other hands-on activities. After graduation, they can explore roles in petroleum engineering, energy, renewable energy and energy storage, including positions such as petroleum engineer, drilling engineer, production engineer, energy engineer and energy storage professional.

Which industries hire graduates from this program?

Graduates with a degree in B.Tech Applied Petroleum Engineering (Renewable Energy & Storage Systems) can explore opportunities across oil and gas, petroleum, energy, renewable energy, energy storage, battery technology, and related engineering sectors. Potential employers may include energy companies, petroleum organizations, renewable energy firms, energy storage companies, engineering consultancies, and technology-driven energy businesses.

What practical skills will I develop during the program?

During the B.Tech Applied Petroleum Engineering - Renewable Energy & Storage Systems, you can develop skills in petroleum exploration and production, drilling, reservoir and production engineering, energy systems, renewable energy technologies, energy storage, process analysis and engineering problem-solving. Practical projects and industry exposure can help students apply these skills to real-world energy applications.

Can I work in renewable energy after studying Applied Petroleum Engineering?

Yes, the Renewable Energy & Storage Systems specialization provides exposure to emerging clean-energy technologies alongside petroleum engineering fundamentals. Graduates can explore opportunities in renewable energy, energy storage, and related sectors, depending on their skills, projects, internships and additional technical training.

Can I pursue higher studies after completing this program?

Yes, B.Tech Applied Petroleum Engineering (Renewable Energy & Storage Systems) graduates can pursue M.Tech., MS or other postgraduate programs in areas such as petroleum engineering, renewable energy, energy systems, energy storage, battery technology, sustainable engineering and related disciplines. They can also pursue specialised certifications to build expertise in specific energy technologies.

Is this program future-ready with the global focus on net-zero emissions?

The Applied Petroleum Engineering (Renewable Energy & Storage Systems) program at UPES is designed to combine petroleum engineering knowledge with renewable energy and energy storage technologies, helping students understand both conventional and emerging energy systems. This multidisciplinary approach can provide a broader foundation for adapting to the energy sector's transition towards cleaner technologies and net-zero goals.

Who should choose Applied Petroleum Engineering (Renewable Energy & Storage Systems)?

This Renewable Energy & Storage Systems specialization is suitable for students interested in petroleum engineering as well as renewable energy, energy storage, and sustainability. Students who want to build a multidisciplinary understanding of the evolving energy sector and explore career opportunities across conventional and emerging energy technologies may find this program relevant.

Will I get any AI/Advanced certification in Applied Petroleum Engineering (Renewable Energy & Storage Systems)?

Yes, UPES offers an advanced Applied AI for Energy Intelligence Systems certification to students enrolled in the B.Tech Applied Petroleum Engineering (Renewable Energy & Storage Systems). This industry-focused certification program aims to offer students key knowledge of industry best practices and offer insights and essential skills to advance in this field.