Study Program

Energy Systems Engineering

Energy Systems Engineering brings together energy infrastructure planning, policy, and technology. Students explore how to improve efficiency and develop renewable sources, then apply those ideas to more sustainable energy use in buildings and manufacturing.

Location: Lenek Daya, East Lombok
Study area: Energy
Curriculum: Available
Admissions: PMB portal

About Energy Systems Engineering

Study program vision

Become an internationally oriented study program through creativity in energy systems engineering and entrepreneurship.

Study area

Energy

Location

Lenek Daya, East Lombok

Jl. Selandir, Dusun Lilir, Lenek Daya, Kecamatan Lenek, Lombok Timur, Nusa Tenggara Barat 83653, Indonesia

Program information

Contact LIT for current curriculum and admissions information.

LIT admissions portal

Example courses from the LIT profile

Introduction to Energy Systems
Electrical Circuits and Network Analysis
Energy Regulations in Indonesia
Electronics, Instrumentation and Sensors
System Modelling
Energy Conversion
Mass and Energy Balances
Electric Power Systems
Energy Business
Energy Management
Energy Materials
Energy Storage System Design
Energy-based Area Development

Curriculum

Subjects listed in the official study program curriculum.

Semester 1

Kimia Dasar (3 credits)
Pengantar Ilmu Komputer (2 credits)
Bahasa Inggris (2 credits)
Pendidikan Agama Islam (2 credits)
Pancasila dan Kewarganegaraan (2 credits)
Matematika (3 credits)
Fisika Dasar I (3 credits)
Pengantar Metodologi Penelitian (1 credits)
Bahasa Indonesia (2 credits)

Semester 2

Pengantar Kewirausahaan (2 credits)
Kimia Organik (3 credits)
Bahasa Inggris II (2 credits)
Pengantar Sistem Energi (3 credits)
Rangkaian Listrik dan Analisa Jaringan (3 credits)
Probabilitas dan Statistika (2 credits)
Fisika Dasar II (3 credits)
Metodologi Penelitian I (1 credits)

Semester 3

Komputasi Teknik I (Python) (3 credits)
Elektronika, Instrumentasi dan Sensor (3 credits)
Dasar Konversi Energi (3 credits)
Dasar Pemodelan Sistem (3 credits)
Matematika Teknik (2 credits)
Termodinamika (3 credits)
Fisika Zat Padat (3 credits)

Semester 4

Dasar - dasar Sistem Tenaga Listrik (4 credits)
Dinamika Fluida (4 credits)
Perpindahan Panas (4 credits)
Neraca Massa dan Energi (4 credits)
Manajemen Energi (2 credits)
Pengantar Bisnis Energi (2 credits)

Semester 5

Konversi Energi (3 credits)
Teknologi Energi Baru dan Terbarukan (4 credits)
Transmisi dan Distribusi Daya (4 credits)
Material Energi (3 credits)
Pemanfaatan Energi (4 credits)
Praktikum Material Energi dan Teknologi EBT I (1 credits)

Semester 6

Perancangan Sistem Penyimpanan Energi (4 credits)
Manajemen Proyek (2 credits)
Perancangan Pemodelan Energi (4 credits)
Perancangan Pengembangan Kawasan Berbasis Energi (4 credits)
Peraturan Energi di Indonesia (3 credits)
Metodologi Penelitian II (1 credits)

Semester 7

Manajemen Kesehatan dan Keselamatan Kerja (2 credits)
Kerja Praktek (4 credits)
Proyek Kewirausahaan (4 credits)

Semester 8

Tugas Akhir I (3 credits)
Tugas Akhir II (4 credits)

Mata Kuliah Pilihan

Sistem dan Teknologi Geothermal (3 credits)
Pemanfaatan Energi Geothermal (3 credits)
Sistem Termal Industri (3 credits)
Sistem Energi Transportasi (3 credits)
IoT Energi (3 credits)
Pemprosesan Material Energi (3 credits)
Pembangkit Listrik Tenaga Geothermal (3 credits)
Sistem Smart Grid (3 credits)
Sistem Utilitas Bangunan (3 credits)
Sel Surya dan Sel Bahan Bakar (3 credits)
Nano Material (3 credits)
Manajemen dan Ekonomi Geothermal (2 credits)
Operasi Pengeboran dan Simulasi Reservoir Geothermal (3 credits)
Sistem Tata Udara (3 credits)

Graduate profile

The capabilities and qualities developed through the study program.

Faith and character

Demonstrate faith in God, a religious outlook, and integrity, together with critical and creative thinking, innovation, and intellectual curiosity.

Global perspective

Communicate effectively in an international language, both orally and in writing, and operate and use information and communication technologies related to energy systems.

Creative thinking

Design sustainable energy components or systems and demonstrate creativity and innovation in solving problems individually or as part of a group.

Science and technology proficiency

Master the fundamentals of mathematics, physics, chemistry, biology, and energy engineering, and conduct experiments and analyze energy-system data in laboratory or field settings.

Entrepreneurial spirit

Identify innovative and independent entrepreneurial opportunities grounded in ethics, propose solutions to challenges in the environment and society, work individually and in teams, and plan, complete, and evaluate energy-system assignments.

Career fields listed in the LIT profile

These fields are listed as possible career pathways, not as a job-placement guarantee.

Ministry of Energy and Mineral Resources
Provincial energy and mineral-resources offices
Research and teaching
Related government ministries and agencies
BRIN, Pertamina and PLN
Energy planning and energy-audit consulting
Renewable-energy companies, including solar, geothermal and hydrogen developers
Non-governmental organisations

Energy Systems Engineering lecturers

Lecturer backgrounds and areas of expertise.

Alpan Hadi, ST., M.Eng.

Graduate of Universitas Gadjah Mada with expertise in energy conversion technology.

An academic and researcher dedicated to developing sustainable energy systems. His research focuses on developing and optimizing hybrid systems powered by wind and solar energy to improve the efficiency and reliability of renewable energy. With a multidisciplinary approach, he contributes to research and technology development that supports the transition to cleaner, more sustainable energy systems.

Rifky Irawan, ST., M.Eng.

Graduate of Universitas Gadjah Mada specializing in energy resilience technology, energy diversification, and community empowerment.

His academic focus is the development of sustainable energy systems through community-based energy resilience and diversification. His research includes using waste as an alternative energy source to increase resource value while reducing environmental impacts. He also studies how to strengthen communities' capacity to manage energy independently and sustainably by integrating appropriate technology with social approaches. His work brings together technical, environmental, and community-empowerment perspectives to support an inclusive energy transition.

Muji Juherwin, S.Si., M.Sc.

Graduate of The University of Queensland, Australia, specializing in energy conservation technology.

An academic and researcher focused on energy efficiency and sustainability solutions. His research covers energy-system modelling, integration of renewable energy with Energy Storage Systems (ESS), and energy-storage technologies such as batteries and supercapacitors. He also develops energy instrumentation based on the Internet of Things (IoT) and intelligent systems for real-time monitoring, optimization, and energy management. His research integrates technology and systems analysis to address the challenges of the modern energy transition.

Eka Riska Khailani, M.Sc.

Graduate of Chulalongkorn University specializing in energy materials.

Her academic focus is the development and use of materials for energy-system applications. Her research explores and optimizes local materials for use as primary or supporting materials in energy technologies to improve system performance, efficiency, and sustainability. She also researches perovskite-based solar-cell technologies as an innovative solution for renewable-energy conversion, integrating material characterization with energy-technology applications.

Suryadi Jaya Purnama, S.T., M.Si.

Graduate of Universitas Indonesia specializing in energy-based regional planning.

His academic focus is planning and developing regions integrated with sustainable energy systems. His research includes regional energy-policy studies, with an emphasis on spatial planning, energy efficiency, and adaptive, sustainable energy infrastructure. He also conducts strategic studies on the development of Indonesia's new capital, particularly energy planning and regional sustainability. His work integrates policy analysis, regional planning, and energy systems to support resilient, environmentally minded development.

Ainul Rahman, ST., MM.

Specializes in energy management.

His academic focus is the efficient and sustainable management and optimization of energy use. His work covers planning, controlling, and evaluating energy performance across sectors, including industry and buildings. He also studies energy-conservation strategies and energy-management policies to improve operational efficiency and support sustainability goals. His approach integrates technical, economic, and managerial considerations for effective, competitive energy management.

Study program missions

The program's education, research, and community engagement priorities.

Mission 1

Deliver high-quality, internationally oriented education in energy systems engineering and develop excellent, independent, and competitive graduates.

Mission 2

Conduct energy systems engineering research that produces publications, intellectual property, textbooks, policies, and useful technologies while prioritizing local culture and resources.

Mission 3

Apply and share research findings through community engagement, prioritizing local culture and resources.

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