This module is designed to equip a student with knowledge, skills and attitudes required to develop biomass and green hydrogen technologies. At the end of this module, the student will be able to develop briquette, community biogas plant, modernised community ICS, and apply concepts and techniques of green hydrogen generation as an alternative to fossil fuel.
This module describes the knowledge, skills, and attitude required to apply energy management and audit principles. Through this module, learner will be able to determine energy consumption for building and industrial services, apply energy auditing and policies, apply energy efficiency and management fundamentals.
This module describes the knowledge, skills, and attitude required to apply energy management and audit principles. Through this module, learner will be able to determine energy consumption for building and industrial services, apply energy auditing and policies, apply energy efficiency and management fundamentals.
This module is designed to equip a student with
skills, knowledge and attitude required to manage personal work priorities and
professional development. At the end of this module, the student will be able
to establish personal work goals; set and meet own work priorities, develop
and maintain professional competence.
This module is designed to equip a student with
skills, knowledge and attitude required to manage personal work priorities and
professional development. At the end of this module, the student will be able
to establish personal work goals; set and meet own work priorities, and develop
and maintain professional competence.
This course equips students with the essential knowledge, skills, and attitudes to effectively apply embedded systems in the renewable energy sector. Throughout the module, students will explore programming for embedded devices, design and implement innovative embedded system projects, and gain hands-on experience in creating printed circuit boards (PCBs) tailored for renewable energy applications. By the end of the course, students will be able to integrate embedded technology to solve real-world challenges in renewable energy, enhancing system efficiency and sustainability.