Chemical Engineering graduates who are capable of developing and optimizing production processes to improve industrial effectiveness, efficiency, and sustainability, possessing strong mastery of chemical engineering fundamentals and supporting sciences to design and engineer processes, systems, and equipment in the chemical industry, particularly in the value-added, environmentally responsible, and sustainable utilization and processing of Kalimantan’s natural resources.

Chemical Engineering graduates specializing in Production Engineering who are capable of planning and controlling engineering operational activities, defining production objectives and work programs, coordinating and managing production operations, and conducting production performance reviews based on process design concepts to ensure process standardization, product quality consistency, safety, and operational efficiency in industrial production systems.

Chemical Engineering graduates who are capable of implementing quality assurance systems, occupational health and safety procedures, and hazard identification and risk assessment, as well as developing and implementing QHSE policies to minimize workplace accident risks, ensure compliance with applicable standards and regulations, and integrate sustainability principles and environmental impact management in industrial operations.

Chemical Engineering graduates capable of professionally selling industrial products and services grounded in chemical engineering expertise, supported by effective communication and negotiation skills, strong technical knowledge, and the ability to deliver customer-oriented technical solutions in accordance with industrial standards.

Chemical Engineering graduates with research competencies who are capable of carrying out systematic research activities to address problems, perform data analysis and interpretation, and produce innovative outcomes, particularly related to the utilization and processing of Kalimantan’s natural resources.

Chemical Engineering graduates who are capable of providing leadership and making systematic, evidence-based decisions grounded in chemical engineering principles, and who perform professionally in the formulation, implementation, and evaluation of policies, regulations, and technical standards within ministries, government agencies, or regulatory institutions, particularly in relation to process industries, natural resources, safety, and environmental management.

Chemical Engineering graduates who are capable of serving as professional engineering consultants in the chemical industry, with competencies in analyzing and solving industrial problems and delivering engineering services through comprehensive technical recommendations and solutions for the design, evaluation, and development of industrial projects.

Chemical Engineering graduates applying fundamental chemical engineering principles and technological innovation, particularly in engineering-driven business development, to create, commercialize, and deliver technology-based products and services while generating economic value and employment opportunities.