Faculty of Engineering and Technology

  • Overview
  • Computer Science
  • Industrial Engineering
  • Information Systems
  • Mechanical Engineering
  • Visual Communication Design
  • Overview

    Sampoerna University aspires to be a leading institution in Indonesia for engineering and technology education, emphasizing high-quality programs, faculty, and facilities. Our collaboration with experts from Indonesia and the United States ensures that our graduates are well-prepared for competitive careers in computer science, information technology, and engineering. The advanced FET laboratory facilities, among the best in Indonesia, meet international standards to enhance the learning experience.

    • Vision
    • Mission

      Vision

      The Faculty of Engineering and Technology at Sampoerna University aspires to become a faculty that is internationally competitive in the field of engineering and technology by 2030, whose graduates are highly sought after by industries, are entrepreneur-minded, are socially responsible, and are competent to pursue advanced degrees.

      Mission

      The Faculty of Engineering and Technology strives:

    • To provide an education in engineering and technology having international standards, built around an American general education core, that prepares its graduates as highly competent, entrepreneur-minded, and socially responsible leaders; and are committed to giving back to Indonesia and society.
    • To conduct innovative research in the field of engineering and technology for the benefits of humankind.
    • To provide comprehensive co-curricular and pre-professional opportunities then ensure student success.
    Why Sampoerna University Faculty of Engineering & Technology?

    Internationally Competitive Degree in Engineering and Technology

    The FET program addresses the nation’s talent gap by offering academic programs aligned with highly sought-after jobs in engineering and technology, preparing students to compete globally.

    • United States Curriculum

    • Graduates Are Employed

    • Highly Qualified Lecturers

    • Advanced Laboratory

    • The curriculum offered by the FET at Sampoerna University has been developed In collaboration with leading universities in the United States, not only to meet national requirements but also to exceed them.
    • Graduates of Sampoerna University are highly sought after by industry due to their exceptional combination of theoretical knowledge and practical skills gained through innovative and industry-relevant programs. Employers recognize the university's commitment to producing well-rounded professionals, making Sampoerna graduates stand out in the competitive job market, ready to contribute effectively across various industries.
    • FET students at Sampoerna University are guided by the best faculty in Indonesia, with most holding doctoral degrees in their fields from abroad—five times the national average for universities in Indonesia. Additionally, students benefit from the expertise of international guest lecturers, distinguished Ph.D. holders from foreign universities, who bring decades of academic and industry experience to enrich the learning environment at SU.
    • FET students at Sampoerna University benefit from comprehensive guidance in dedicated learning spaces. Recognizing the importance of STEM expertise for engineering and technology majors, all FET students have access to instructional support to ensure their success in their courses.
    • FET students at Sampoerna University benefit from state-of-the-art facilities tailored to their programs. The engineering laboratories, developed in collaboration with American universities, provide hands-on learning with modern American-made equipment, mirroring the educational experience in the United States. Computer science and information systems students have access to the latest hardware and software in various computing facilities, while the Visual Communication Design program offers classes in the Creative Design Lab, 3-D Visualization Lab, and Motion Capture Studio. SU’s unparalleled laboratory facilities and equipment set a new standard in Indonesia.
    • SU Leaders
    • SU Lecturers
    • UA Lecturers
    FET Alumni
    FET Success Stories - Our Graduates

    FET graduates are hired by national and multinational companies, most within six months after graduation.

    Industrial Engineering

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    Mechanical Engineering

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    Computer Science

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    Visual Communication Design

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    Information Systems

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    Discover and Shape Next Generation Intelligent and Smart Systems

    Overview

    The Computer Science program provides a robust foundation, empowering graduates to swiftly adapt to emerging technologies and innovative ideas in computing. Spanning a vast spectrum from theoretical and algorithmic foundations to cutting-edge fields like intelligent systems, computer vision, Internet-of-Things (IoT), robotics, and cyber-security, the program prepares students to excel in diverse domains. Graduates become proficient in designing, developing, and analyzing a wide array of computer systems, from infrastructures such as computer architecture, operating systems, and communication networks to advanced application technologies including artificial intelligence, smart systems, web and mobile applications. 

    Concentrations

    1. Software Engineering & Development

    2. Artificial Intelligence (AI)

    3. Internet Of Things (IoT)

    Scientific Vision

    To become a Computer Science study program that is advancing the field of software engineering and artificial intelligence, providing integrated and multi-platforms computing solutions.

    Program Learning Outcomes
    • Graduates are able to master competencies in algorithms and applied mathematics to innovate and solve complex problems effectively.
    • Graduates are able to demonstrate a comprehensive understanding of computer system operations and apply various algorithms, methods, and techniques to solve organizational and computational problems.
    • Graduates are able to exhibit a strong grasp of theoretical and practical concepts in Computer Science and Informatics to design, simulate, and implement multi-platform technology applications that address the evolving needs of industry and society.
    • Graduates are able to design, implement, and evaluate computing-based solutions that meet diverse computing needs by applying the most effective methods and algorithms.
    • Graduates are able to design, develop, and optimize algorithms for advanced applications, particularly in the fields of Programming and Software Development, Artificial Intelligence (AI), Digital Peripherals, and the Internet of Things (IoT).
    • Graduates are able to analyze complex computing problems to identify and implement effective IT project management solutions by integrating insights from transdisciplinary knowledge.
    • Graduates are able to analyze, design, develop, and evaluate interactive applications and user interfaces by prioritizing user needs, optimizing user experience, and leveraging transdisciplinary perspectives.
    • Graduates are able to demonstrate professional responsibility and make informed decisions through lifelong learning in computing practices while adhering to legal, ethical, and societal standards.
    • Graduates are able to exhibit leadership, teamwork, and communication skills, effectively presenting ideas and managing tasks in dynamic and innovative environments.
    Graduate Profiles
    • Graduates are capable to think logically, critically and systematically in utilizing computer science/informatics knowledge to solve real world problems.
    • Graduates possess the skills to analyze computing issues and utilize computing principles along with other relevant fields to find solutions for organizations.
    • Graduates are capable of designing, implementing, and assessing computing solutions that appropriately meet user needs / requirements.
    • Graduates adhere to legal standards, socio-cultural norms, and professional ethics.
    • Graduates are dedicated to ongoing self-improvement through lifelong learning.
    Career Pathways
    • Programming, Software Development and Software Engineer

    • Software Developer/Engineer, Program Analyst, Web Developer, Dev-Ops Engineer, Full Stack Developer, Quality Assurance (QA) Engineer, Mobile App Developer, etc.

    • Artificial Intelligence (AI) Engineer

    • Software Developer/Engineer, Program Analyst, Web Developer, Dev-Ops Engineer, Full Stack Developer, Quality Assurance (QA) Engineer, Mobile App Developer, etc.

    • Digital Peripherals and IoT Engineer

    • IoT Developer, Robotics Engineer, Embedded Systems Engineer, IoT System Architect, Hardware Engineer, Circuit Design Engineer, Network Security Analyst, Digital Computer Technology Advisor, etc.

    • Instructor and Research Assistant in Computer Science / Informatics

    • Teaching Assistant, Lab Assistant, Lab Technician, Research Assistant, Research Fellow, etc.

    Competencies
    SOFTWARE ENGINEERING & APPLICATIONS DEVELOPMENT

    In Software Engineering and Applications Development, you will master the art of designing, developing, and maintaining cutting-edge software systems using a wide array of programming languages and frameworks. This dynamic and ever-evolving field demands continuous learning to deliver top-tier solutions for diverse applications, from innovative mobile and web apps to sophisticated systems in healthcare and finance. Courses such as Computer Programming, Object-Oriented Programming, Software Engineering, Web Programming, and Mobile Apps Development provide a robust foundation for excelling in this high-impact domain.

    ARTIFICIAL INTELLIGENCE (AI) SYSTEMS

    Artificial Intelligence (AI) Systems center on cutting-edge algorithms and technologies that emulate human intelligence, powering advancements in predictive maintenance, anomaly detection, and beyond. These systems revolutionize industries from healthcare to finance, all while prioritizing ethical development. Courses such as Artificial Intelligence, Machine Learning, Knowledge System Engineering, and Design & Analysis of Algorithms provide the expertise needed to lead in this transformative field.

    INTERNET OF THINGS (IoT) TECHNOLOGY

    Internet of Things (IoT) Technology delves into the revolutionary integration of physical devices and systems through the internet, facilitating seamless data exchange and intelligent insights. This transformative technology is reshaping industries such as healthcare, smart cities, and industrial automation. Key courses include Computer Networks, Fundamentals of Information & Network Security, Computer Organization & Architecture, and Microprocessor equipping you with the skills to drive innovation and impact across multiple sectors.

    Degree Plan & Flow Chart
    Laboratories & Facilities
  • Computer (Programming) Lab

    CS-IS (Computer Networks, OS, and Research) Lab

    Mechatronics Lab

    Internet-of-Things (IoT) Lab

  • Ready to Shape Your Future?

    Learn from world-class faculty, connect with a global network,
    and gain practical skills that prepare you for a successful career.

    Where Innovation Meets Efficiency and Productivity

    Overview

    The Industrial Engineering Program at Sampoerna University focuses on designing, analyzing, and improving integrated systems of people, materials, machines, information, and energy.

    The 2024-2025 curriculum emphasizes sustainability, digital transformation, and data-driven decision-making.
    Graduates are prepared to lead improvements in productivity, efficiency, and innovation across industries.

    Concentrations

    1. Supply Chain Analytics

    2. Business Engineering

    Scientific Vision

    To advance knowledge in Industrial and Systems Engineering by integrating Augmented Intelligence into the design and optimization of sustainable production, manufacturing, and logistics systems, creating efficient and adaptive integrated systems for future industries by the year 2030.

    Program Learning Outcomes
    • Graduates are able to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
    • Graduates are able to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.
    • Graduates are able to communicate effectively with a range of audiences.
    • Graduates are able to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.
    • Graduates are able to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.
    • Graduates are able to develop and conduct appropriate experimentation, analyze, and interpret data, and use engineering judgment to draw conclusions.
    • Graduates are able to acquire and apply new knowledge as needed, using appropriate learning strategies.
    Graduate Profiles
    • Professional Engineer
      Graduates are equipped to design, analyze, and optimize integrated systems involving people, materials, machines, and information across industrial and service sectors.
    • Engineering Manager
      Graduates possess leadership skills to oversee and manage projects, operations, and teams, ensuring efficiency, sustainability, and organizational success.
    • Researcher and Lifelong Learner.
      Graduates are capable of advancing knowledge through research, innovation, and continuous learning, contributing to academic or industrial advancements.
    • Entrepreneur.
      Graduates demonstrate entrepreneurial spirit and innovation, creating ventures or solutions that address industrial challenges with a focus on sustainability and efficiencyCreative Technologists (UI/UX, AR/VR, interactive media, immersive media, projection mapping designer).
    Competencies
    Supply Chain Analytics & Management

    combines supply chain management with advanced analytics, using data analytics, statistical models, and predictive techniques to optimize operations, forecast demand, manage inventory, optimize logistics, and utilize IT.

    Engineering Management

    combines engineering principles with business and management practices for leading technology-based organizations.

    Certifications:
    • Lean Six Sigma Certification
    • Project Management Certification
    • Supply Chain Analyst Certification
    Career Pathways

    Industrial Engineering graduates from Sampoerna University can pursue careers in diverse sectors, including manufacturing, logistics, healthcare, telecommunications, services, and government. Potential roles include:

    • Process Engineer

    • Supply Chain or Logistics Analyst

    • Production Manager

    • Systems Consultant

    • Quality and Reliability Engineer

    • Operations Analyst

    • Data and Systems Engineer (focused on smart and adaptive industrial systems)

    • Project Manager

    Degree Plan & Flow Chart
    Ready to Shape Your Future?

    Learn from world-class faculty, connect with a global network,
    and gain practical skills that prepare you for a successful career.

    Empowering Businesses with Intelligent and Secure Systems

    Overview

    The Information System study program prepares graduates to work in various sectors, integrating information technology solutions and business processes to meet business needs. Effective IS integration empowers organizations to achieve objectives efficiently. Graduates understand technical and organizational factors, helping organizations determine how information and technology-enabled processes provide a competitive advantage. They contribute to the nation’s development in Business Intelligence and Information Security, the main focus of the program. We prepare graduates to work globally with high competitiveness, contributing to their fields in the age of Industry 4.0 and beyond.

    Concentrations

    1. Business Intelligence

    2. Information Security

    Scientific Vision

    To be a leading study program that produces globally competitive Information Systems professionals with deep expertise in Business Intelligence and Information Security Management to create strategic and secure technological solutions for organizations.

    Program Learning Outcomes
    • Graduates are able to identify, formulate, and solve problems related to information needs in an organization.
    • Graduates are able to integrate IT based solutions effectively in an organization.
    • Graduates are able to apply basic concepts in planning, designing, building, operating, and evaluating Information Systems.
    • Graduates are able to work with professional ethics in the IT field.
    • Graduates are able to communicate effectively across various groups and levels.
    • Graduates are able to engage in a lifelong process of continuous learning.
    • Graduates are able to collaborate effectively as both a member and a leader in a team.
    • Graduates are able to Identify the need to become entrepreneur in the field of IS/IT.
    Graduate Profiles
    • Professionals.
      Graduates will be professionals in Information Systems with broad knowledge and skills in both the business and technological sides of organizations, who are able to effectively liaise between these two sides, which will contribute significantly to the organization’s performance.
    • Life-Long Learning.
      Graduates will be able to demonstrate a capacity for independent thought and a commitment to lifelong learning.

    • Ethics and Social Responsibilities
      Graduates will be able to respond in an ethical and professional manners, recognize the value of diversity and sustainability in the community, and possess entrepreneurial skills.

    Career Pathways
    • Chief of Information/Technology Officer

    • Developer

    • IT Consultant

    • Academic

    • IT Admin/Manager

    • Master Degree in Information Systems

    • Data Analyst/Dashboard Specialist

    • Doctoral Degree in Information Systems

    Competencies
    Business Intelligence
    Information Security
    Degree Plan & Flow Chart
    Laboratories & Facilities

    IoT Laboratory (7F)

    CS-IS Laboratory (LG)

  • Ready to Shape Your Future?

    Learn from world-class faculty, connect with a global network, and gain practical skills that prepare you for a successful career.

    Engineer Innovations: Study Mechanical Engineering and Impact the World

    Overview

    Mechanical engineering plays a critical role in solving the world’s grand challenges by producing sustainable energy, providing a safe environment and clean water, building safe and efficient transportation systems, designing new means of energy conversion and storage, and improving mechanical/electrical systems in homes and buildings. Established areas of mechanical engineering such as design, manufacturing, automation and control are essential elements to devising large-scale complex systems that drive the global economy.

    Concentrations

    1. Automotive Dynamics and EVControl

    2. Design and Manufacturing Engineering

    Scientific Vision

    To become a Mechanical Engineering study program that is advancing in the scientific knowledge of machine design, manufacturing, automation, robotics, and energy, committed to addressing national challenges in food security, public health, and disaster mitigation through innovative engineering solutions.

    Program Learning Outcomes
    • Graduates are able to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
    • Graduates are able to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.
    • Graduates are able to communicate effectively with a range of audiences.
    • Graduates are able to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.
    • Graduates are able to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.
    • Graduates are able to develop and conduct appropriate experimentation, analyze, and interpret data, and use engineering judgment to draw conclusions.
    • Graduates are able to acquire and apply new knowledge as needed, using appropriate learning strategies.
    • Graduates are able to apply methods, skills and modern engineering tools necessary for engineering practices.
    Graduate Profiles
    • To have the abilities of analyzing and designing mechanical systems and solving complex engineering problems.
    • To have moral integrity, ethics, teamwork, and leadership.
    • To conduct lifelong learning to nourish creativity and innovation.
    Career Pathways

    Mechanical Engineer is one of the world's most in-demand profession in various industries and sectors according to the OECD database. The versatility of the field means that mechanical engineering graduates would be able to compete for any job that requires competencies in science, technology, and engineering with a strong quantitative backbone. Mechanical engineers carry with them an ability to solve engineering problems, to create and design mechanical/electronics devices from the known to the unknown, in a logical and reproducible manner, thus allowing for the creation of leading-edge innovations in any sector in which they happen to work.

    • Manufacturing Engineer

    • Application engineer 

    • Vehicle/Automotive engineer 

    • Building systems engineer

    • Energy systems engineer

    • Control and instrumentation engineer 

    • Product design engineer

    • Automation and robotics (Internet of Things) engineer

    • Aviation/Aerospace engineer 

    Competencies
    Sustainable Materials & Smart Manufacturing: Become an eco-warrior!

    Design innovative products using cutting-edge tech like 3D printing while prioritizing the planet with sustainable materials and processes.

    Intelligent Control & Automation: Build the future!

    This path equips you to create next-gen robots and smart systems that can think and act on their own. Explore the exciting intersection of robotics, AI, and automation.

    Power & Energy Engineering: Be a clean energy champion!

    Delve into renewable energy sources, power generation technologies, and energy-efficient systems to create a sustainable future.

    Certifications:
      • Computer-aided Drawing (CAD) Certification
      • Computer-aided Engineering (CAE) Certification
      • Additive Manufacturing Certification
      • Certified Robotics Engineer
        • Energy System Analyst
        • Renewable Energy Certification
      Degree Plan & Flow Chart
      Ready to Shape Your Future?

      Learn from world-class faculty, connect with a global network,
      and gain practical skills that prepare you for a successful career.

      Communicating Visually, Elevating Impact!

      Overview

      The Visual Communication Design (VCD) Program at Sampoerna University prepares students to become creative, adaptive, and globally competitive designers. Our curriculum integrates art, design, technology, and entrepreneurship with a strong emphasis on project-based learning and real-world industry experience. 

      The program also equips students to become Creative Technologists and Time-Based Media Designers — professionals who bring stories to life through technology, design, and moving images.

      Concentrations

      1. Creative Technology & Experience Design

      2. Visual Storytelling & Motion Design

      3. IP Design & Development

      Scientific Vision

      To advance the fields of art, design, and media adaptively, aligned with the dynamics of the global creative industry.

      Program Learning Outcomes
      • Graduates are able to master the theories and methods of visual communication design.
      • Graduates are able to create innovative, aesthetic, and technology-driven design works.
      • Graduates are able to apply critical thinking to solve communication and design problems.
      • Graduates are able to collaborate across disciplines with professional ethics.
      • Graduates are able to develop entrepreneurial skills in the creative industry.
      Graduate Profiles

      The program aims to produce graduates who are:

      • Multimedia Designers (graphic, multimedia, motion graphics, illustration, 2D and 3D animation).
      • Creative Technologists (UI/UX, AR/VR, interactive media, immersive media, projection mapping designer).
      • Design Entrepreneurs (creative industry entrepreneurs).
      • Design Researchers & Educators (knowledge and academic contributors).
      Career pathways
      • Graphic designers, illustrators, animators, motion graphic artists.

      • UI/UX designers, web & interactive media designers.

      • Creative directors in advertising agencies and media companies.

      • Digital branding specialists and content creators.

      • Researchers, educators, and creative entrepreneurs.

      • Audio-Visual Director

      Competencies
      Graphic Design & Branding

      Develop strong visual identities and brand strategies through logos, posters, packaging, campaigns, and digital assets. Students learn how to communicate messages effectively while building brand value for companies, communities, and creative startups.

      Animation & Motion Graphics

      Bring stories and concepts to life with moving images. Students create animations, visual effects, and motion-based storytelling for film, TV, advertising, and social media platforms — equipping them for careers in entertainment and digital marketing.

      UI/UX & Interactive Media

      Focus on designing user-friendly apps, websites, and interactive experiences. This track emphasizes human-centered design, prototyping, usability testing, and digital product development for industries that require innovation and seamless user experiences.

      Creative Coding & AR/VR Design

      Merge creativity with technology by learning coding for interactive design, immersive media, and augmented/virtual reality applications. Students experiment with projection mapping, game design elements, and data-driven visualizations to shape the future of interactive media.

      Design Entrepreneurship

      Equip yourself with the mindset and skills to start your own creative business. Students explore business strategy, creative economy trends, and startup culture, while learning to manage projects, pitch ideas, and build sustainable creative ventures.

      Degree Plan & Flow Chart
      Ready to Shape Your Future?

      Learn from world-class faculty, connect with a global network,
      and gain practical skills that prepare you for a successful career.

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