What is B.Tech Chemical Engineering with specialization in Renewable Energy and Storage Systems?

B.Tech Chemical Engineering - Renewable Energy and Storage Systems at UPES is a four-year undergraduate engineering program that combines chemical engineering fundamentals with clean energy and energy storage technologies. Students study thermodynamics, reaction engineering, transport phenomena and process control alongside renewable energy technologies, energy conversion, batteries, fuel cells, hydrogen and modern energy storage systems.

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

Regular Chemical Engineering develops expertise in chemical processes, thermodynamics, heat and mass transfer, reaction engineering, process design and industrial operations. The Renewable Energy and Storage Systems specialization builds on these fundamentals with focused learning in renewable energy technologies, energy economics and policy, energy storage, solar energy, wind energy, hydrogen, biomass, battery management and other clean-energy technologies.

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

The specialization includes Renewable Energy Technologies, Energy Economics, Policy and Regulation, and Energy Storage Systems. Students can also choose from subjects such as 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 study batteries and energy storage technologies in this program?

Yes. Energy Storage Systems is a dedicated specialization course, and Battery Management System is available within the specialization elective basket. Students develop an understanding of energy storage technologies and their role in improving renewable energy integration, energy efficiency and the transition toward cleaner energy systems.

Does the program cover hydrogen and fuel cell technologies?

Yes. The program focuses on clean-energy technologies including fuel cells and energy storage, while Next Generation Hydrogen is available as a specialization elective. These areas are particularly relevant to emerging low-carbon energy systems and the use of hydrogen for energy storage, industrial applications and energy transition.

Will I learn about solar, wind, biomass and hydro energy?

Yes. The specialization provides exposure to multiple renewable energy sources. Its elective basket includes Biomass and Green Energy, Solar Thermal Technology, Small Hydro Energy Systems, Advanced Solar Photovoltaics and Wind Energy Systems, allowing students to develop knowledge across different clean-energy technologies.

Does B.Tech Chemical Engineering - Renewable Energy and Storage Systems include practical learning?

Yes. The program combines classroom learning with laboratory work, industrial exposure, internships and research-led projects. The curriculum also includes an industrial internship and major projects, giving students opportunities to apply chemical engineering and clean-energy concepts to practical engineering problems.

Can this specialization prepare me for careers in the energy transition and sustainability sector?

Yes. The specialization is designed around clean energy, decarbonisation and sustainable energy systems. Students study renewable technologies, storage, energy policy, hydrogen, solar, wind and other low-carbon technologies, providing a foundation for careers and higher studies related to energy transition, sustainable processes and clean-energy innovation.

How are students selected for B.Tech Chemical Engineering - Renewable Energy and Storage Systems at UPES?

Selection is based on the candidate's performance through UPESEAT, JEE Main, Board Merit, SAT or CUET, subject to the university's applicable admission and selection criteria.

B.Tech.
Chemical Engineering Renewable Energy Systems and Storage

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B.Tech. Chemical Engineering - Renewable Energy and Storage Systems

Program details

The B.Tech. Chemical Engineering – Renewable Energy Systems and Storage program at UPES School of Advanced Engineering is a four-year undergraduate degree that builds strong chemical engineering fundamentals while specialising in sustainable energy and storage technologies. Students study core areas such as thermodynamics, reaction engineering, transport phenomena and process control, alongside focused modules in renewable energy sources, energy conversion, fuel cells, batteries and modern energy storage systems. The program blends theory with laboratory work, industrial visits, internships and research-led projects, with mentoring from experienced faculty and industry experts—preparing graduates for roles across energy, R&D and sustainability-focused industries.

Program Highlights

Clean-energy focus aligned with the UN Sustainable Development Goals, enabling climate and sustainability impact.
Specialised curriculum on renewables, energy conversion, fuel cells, batteries and energy storage systems.
Strong hands-on learning through labs, industrial exposure, internships and real-world projects.
Research opportunities in energy systems and storage to foster innovation and problem-solving.
International exposure and collaborations to build perspective on global energy transitions and trends.

Industry Trends & Career Opportunities

As industries accelerate decarbonisation, chemical engineers are increasingly central to energy innovation, digitisation and advanced process systems—from scalable renewables integration to efficient storage and sustainable manufacturing. The transition to greener energy systems is driving demand for professionals who can design, optimise and automate energy and process operations, while improving efficiency, safety and environmental performance.

Graduates can pursue roles across Chemicals, Refining, Petrochemicals, Gas, Fertilisers, Energy Solutions, Pharmaceuticals, Speciality Chemicals, EPC, and R&D, including:

Production Engineer
Process / Refining Engineer
Design Engineer
Research Engineer
Process Automation Engineer
Energy systems and storage roles in renewables and sustainable process industries
Smart Manufacturing professional
Data Analyst (process/energy analytics)

Placements

The program is supported by UPES’ industry connections in energy and process sectors, with placement readiness strengthened through practical training, internships and project work. The dedicated placement cell supports students through workshops, seminars and mock interviews, enabling recruitment opportunities with leading organisations in India and abroad across energy, chemicals, process industries and sustainability-led roles.

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 Name	L	T	P	Credit
Managing Self	2	0	0	2
Environment, Sustainability, and Climate Change	2	0	0	2
Advanced Engineering Mathematics I	3	1	0	4
Programming for Engineers	1	0	4	3
Basic Electrical and Electronics Engineering	3	0	2	4
Basic Chemistry	3	0	2	4
Design and Build lab	0	0	2	1
Total				20

Semester 2

Course Name	L	T	P	Credit
Time & Priority Management	2	0	0	2
Environment, Sustainability, and Climate Change (Living Lab)	0	0	4	2
Process Chemistry	3	0	2	4
Advanced Engineering Mathematics II	3	1	0	4
Workshop Practices	1	0	1	2
Engineering Graphics	0	0	2	2
Physics	3	1	2	5
Materials and Energy Balance Calculations	2	0	0	2
Total				23

Semester 3

Course Name	L	T	P	Credit
Exploratory 1	3	0	0	3
Communication Skills (Oral)	2	0	0	2
Probability and Statistics	3	0	0	3
Process Heat Transfer	3	1	2	5
Momentum Transfer	3	1	2	5
Chemical Engineering Thermodynamics	4	1	0	5
Chemical Technology	2	0	0	2
Social Internship	0	0	0	0
Total				25

Semester 4

Course Name	L	T	P	Credit
Communication Skills (Written)	2	0	0	2
Exploratory 2	3	0	0	3
Numerical Methods in Chemical Engineering	3	0	0	3
Mass Transfer	3	1	2	5
Programming	1	0	2	2
Chemical Reaction Engineering	3	1	2	5
Total				20

Semester 5

Course Name	L	T	P	Credits
Technologies of the Future	2	0	0	2
Working with People	2	0	0	2
Exploratory 3	3	0	0	3
Specialisation Course I	3	0	0	3
Advanced Reaction Engineering	3	0	0	3
Advanced separation process	3	0	0	3
Energy sources	2	0	0	2
Capstone I	0	0	4	2
Government Internship	0	0	0	0
Total				20

Semester 6

Course Name	L	T	P	Credits
Deepening Self	2	0	0	2
Exploratory 4	3	0	0	3
Specialisation Course II	3	0	0	3
Process Dynamics, Instrumentation & Control	3	0	2	4
Digitalisation in Process Industry	3	0	2	4
Particulate Technology	2	0	2	3
Process Design and Economics	2	0	2	3
Capstone II	0	0	4	2
Industrial visit	0	0	0	0
Total				24

Semester 7

Course	L	T	P	Credits
Exploratory 5	3	0	0	3
Specialisation Couse III	3	0	0	3
Specialisation Course IV	3	0	0	3
Product Design and development	2	0	0	2
Process Safety	2	0	0	2
Major Project I	0	0	4	2
Industrial Internship	0	0	2	1
TOTAL				16

Semester 8

Course	L	T	P	Credits
Exploratory 6	3	0	0	3
Specialisation Couse V	3	0	0	3
Carbon Technology and Policies	2	0	0	2
Advanced Transport Phenomena	3	0	0	3
Major Project II	0	0	12	6
TOTAL				17

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 Chemical Engineering with Renewable Energy & Storage Systems?

Btech Chemical Engineering with Renewable Energy & Storage Systems is a 4-year specialized undergraduate program that combines chemical engineering fundamentals with emerging clean-energy technologies. It focuses on areas such as renewable energy, energy storage, batteries, hydrogen energy and related technologies supporting the transition towards sustainable energy systems.

How is this program different from a regular Chemical Engineering degree?

A regular Chemical Engineering program focuses on areas such as chemical processes, thermodynamics, fluid mechanics, heat transfer and reaction engineering. This specialization adds a stronger focus on renewable energy and energy storage technologies, preparing students to apply chemical engineering principles to batteries, hydrogen, sustainable fuels and other clean-energy applications.

What subjects will I study in the Renewable Energy & Storage Systems specialization, and does it cover hydrogen, batteries, and energy storage technologies?

The curriculum combines core chemical engineering subjects with specialized courses related to renewable energy and storage systems. Students can study areas such as energy storage, battery technologies, hydrogen energy, renewable energy systems, electrochemical processes and sustainable energy technologies.

What career opportunities are available after B.Tech Chemical Engineering (Renewable Energy & Storage Systems), and which industries hire these graduates?

B.Tech Chemical Engineering (Renewable Energy & Storage Systems) graduates can explore roles in renewable energy, energy storage, batteries, hydrogen, chemical manufacturing, energy and related sectors. Career opportunities may include roles such as chemical engineer, energy engineer, process engineer, battery engineer, energy storage engineer and sustainability-focused engineering roles across clean-energy companies, manufacturing organizations, research institutions and technology firms.

What practical and useable skills will I develop during this program?

Through B.Tech Chemical Engineering (Renewable Energy & Storage Systems) curriculum, you can develop skills in chemical process engineering, energy systems, battery and energy storage technologies, hydrogen production and applications, renewable energy systems, process design, simulation, data analysis and problem-solving. Practical projects, laboratory work and industry-oriented learning can help students apply these skills to real-world energy challenges.

Is Renewable Energy & Storage Systems a good career choice?

Yes, renewable energy & storage systems can be a promising career choice for students interested in clean energy, sustainability, batteries, hydrogen, and emerging energy technologies. The specialization combines chemical engineering expertise with technologies that are increasingly important for developing efficient, reliable, and sustainable energy systems.

What higher study courses can I pursue after completing this program?

After completing B.Tech Chemical Engineering (Renewable Energy & Storage Systems), graduates can pursue M.Tech, MS or postgraduate programs in areas such as chemical engineering, renewable energy, energy systems, battery technology, energy storage, hydrogen technology, electrochemical engineering, sustainable engineering, and related fields.

How does this program prepare students for the global energy transition?

The program introduces students to renewable energy and energy storage technologies that support the shift towards cleaner and more sustainable energy systems. By combining chemical engineering with knowledge of batteries, hydrogen, energy storage, and renewable technologies, students can develop skills relevant to the evolving global energy landscape. Furthermore, UPES Dehradun offers an advanced curriculum that is aligned with the UN Sustainable Development Goals and offers international exposure and collaborations to give students perspective on global energy trends.

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

If you have a strong foundation in chemistry, electrochemistry, thermodynamics, and physics and are interested in renewable energy, energy storage, and clean energy technologies, a B.Tech in Chemical Engineering (Renewable Energy & Storage Systems) can be a suitable choice for you. It can also be a good option if you want to explore roles such as BESS Application Engineer, Sustainable Product Development Scientist, or Process Engineer in the evolving energy sector.