Nanomaterials for Energy Applications

SKILLS: Clean Energy Technologies | Advanced Energy Storage | Materials Characterization

Course Fee - ₹ 2000

Registration Closed

Overview

This course covers the principles, applications, and future trends of nanomaterials in energy storage and harvesting, including supercapacitors, mechanical energy harvesting, and next-generation battery systems. Each module includes assessments and practice problems to reinforce learning.

START DATE

Jul 01 2026

END DATE

Oct 15 2026

Delivery Mode

Online

Duration

15 Hours

Type

Theory

Course Fee

₹ 2000

Credentials and Certification

1 Credit

Course Category Micro-Credentials (Advanced)

TARGET AUDIENCE Christ University students

Digital Credential

indicating verified micro-credential completion.

RECOMMENDED FOR

Students exploring industry-relevent skills

Professionals planning to upskill and reskill

Faculty building digital deployment literacy

COURSE DELIVERY

Action-based learning materials with guided assessments and faculty support.

Course Outcomes

Our curriculum matches modern standard practices to provide exceptional training milestones.

Nanomaterials for Clean Energy

Understand the significance of nanomaterials and their role in advancing sustainable energy technologies and next-generation energy conversion systems.

CORE KNOWLEDGE

Fuel Cells and Supercapacitors

Explore nanomaterials used in hydrogen fuel cells and supercapacitors, including their synthesis, properties, and performance characteristics.

ENERGY MATERIALS

Energy Harvesting Technologies

Learn the principles of mechanical energy harvesting using nanomaterials to develop efficient and sustainable energy generation solutions.

EMERGING TECHNOLOGIES

Advanced Battery Systems

Analyze the application of nanomaterials in next-generation batteries to improve energy storage, efficiency, durability, and overall performance.

ENERGY STORAGE

Device Performance and Optimization

Evaluate the performance, optimization, and integration challenges of nanomaterial-based energy devices for practical and industrial applications.

TECHNOLOGY DEVELOPMENT

Sustainability and Future Innovations

Assess the environmental impact, economic feasibility, and emerging research trends shaping the future of nanomaterials in energy applications.

SUSTAINABILITY

ELIGIBILITY CRITERIA

UG, PG Physical and Chemical Sciences, Engineering, Polytechnic students

Course Instructor

Expert guidance from acclaimed industry professional leaders.

Dr Abilash KP

Assistant Professor

Dr Abhilash is an Assistant Professor in the Department of Physics and Electronics, CHRIST (Deemed to be University), Bangalore. His research interests are in battery technology.

Program Overview

Academic Curriculum

A meticulous, guided learning path engineered to transform your cloud engineering expertise.

Module 1

Nanomaterials for fuel cells

Module 2

Next-Gen Supercapacitors: Fundamentals, Fabrication & Testing

Module 3

Energy Harvesting from Nanomaterials

Module 4

Nanomaterials for Next-Generation Battery Systems

Module 5