Materials in Chemical Engineering is a group that strongly focuses on the characterization, synthesis, and development of new materials with the aim of obtaining superior properties that can be widely applied. Students explore various aspects of materials, including strength, stiffness, ductility, corrosion resistance, resistance to high temperatures, and more. The main goal of the group is to develop materials with practical applications in industry, such as catalysts, sensors, and fuels. The group has a strong belief in the important role that materials innovation plays in producing more efficient, sustainable, and environmentally friendly solutions. Students are committed to supporting the development of materials that have a positive impact on the environment. Students also strive to deeply understand the properties of materials to ensure their use is in accordance with applicable regulations and safe for society. In addition, the group is aware of the importance of collaborating and sharing knowledge among fellow students and industry professionals. Through teamwork and the exchange of ideas, the group believes it can achieve new breakthroughs in materials development that will bring great benefits to society and various industrial sectors. With collaborative efforts, the group aims to help accelerate the pace of innovation in various industries, bring maximum benefits to people, and contribute towards improving the overall quality of life.

Natural Resources in Chemical Engineering focuses heavily on developing technologies and optimizing the management of natural resources such as petroleum, natural gas, minerals, and biomass. The group's main concern is the extraction, refining, and processing of these natural resources with the aim of producing high-quality products while maintaining harmony with the environment. The group recognizes how crucial it is to use natural resources in a sustainable and efficient manner. In the group's efforts to achieve this goal, it develops alternative technologies that can help reduce dependence on finite natural resources. In doing so, the group seeks to create products that are more environmentally friendly, as well as help reduce the environmental impact of extraction and processing activities. The group's work is not only focused on technology development but also on the importance of socializing and raising public awareness of the importance of using natural resources wisely. The group believes that building a better understanding of the sustainability and implications of natural resource use will help shape more environmentally responsible behavior.

Agroindustry in Chemical Engineering focuses heavily on developing technologies to convert agricultural raw materials into high-value-added products. The group notes that agricultural raw materials have great potential that needs to be optimized in order to increase their added value. The processes that this group covers cover the entire processing cycle, from the initial stages of processing agricultural raw materials to finished products. The group is dedicated to designing efficient equipment to facilitate this process, as well as conducting processing and refining that ensures the quality of the products produced conforms to high standards. The group deeply understands the importance of efficiency and sustainability in agro-industrial development. Hence, the group focuses on developing technologies that are efficient as well as environmentally friendly. The group's efforts continue to drive the reduction of waste and greenhouse gas emissions in every stage of the production process. Besides prioritizing efficiency, the group is also committed to improving the welfare of farmers and surrounding communities. Collaboration with local stakeholders and other related parties is one of the group's efforts to create a broader positive impact. The group wants to create solutions that empower farmers and bring sustainable economic benefits to local communities.