logo
logo

    Courses

    Institutions

college logo

Bachelor of Engineering in New Energy Science and Engineering

Xiamen University Malaysia Campus (XMUMC)

Selangor, Malaysia

Full time

Mode

Degree

Level

48 Months

Duration

February, April, September

Intake

RM 112,000

Tution Fees

Course

The New Energy Science and Engineering (NESE) programme is designed to develop efficient, safe, eco-friendly, and cost-effective solutions for energy generation, conversion, transportation, storage, and application.

Programme Objectives

The primary goal of NESE is to:

  • Enhance energy efficiency while minimising negative impacts on humans, nature, and the environment.
  • Advance alternative energy sources to address environmental challenges, strengthen energy security, drive economic growth, and protect public health.

What Sets NESE Apart?

  • Integration of fundamental science with real-world applications.
  • Exposure to cutting-edge technologies in alternative energy.
  • Strong engineering principles that support innovation.
  • Equips students with expertise to thrive in energy-related industries and adjacent fields such as:
    • Semiconductors
    • Manufacturing
    • Artificial intelligence
    • Consultancy

Faculty and Research Strengths

The NESE programme is supported by a distinguished faculty comprising leading researchers and engineering experts specialising in:

  • Clean chemical energy
  • Solar and wind energy
  • Bioenergy
  • Energy economics
  • Energy storage
  • Energy efficiency engineering

Additionally, students gain essential knowledge in electronics and mechanical engineering, ensuring a comprehensive understanding of energy science and technology.

Entry Requirements

Academic Requirements

Full time

Mode

Degree

Level

48 Months

Duration

February, April, September

Intake

RM 112,000

Tution Fees

Would you like to apply to Bachelor of Engineering in New Energy Science and Engineering?
logo

Company

Students
Get in touch

© 2025 Afterschool. All Rights Reserved.

footer background