COE for Robotics

Center of Excellence for Robotics

Research group that implements the basic science of robotic and automation to create an effective control system. Automation require instrumentation as a tool to run the system, and once developed, using either modern controls or intelligent controls, an automation system will be produced that can be used for various applications. Multidimensional control systems can be developed into robotics systems (including unmanned aerial vehicles, UAVs, and the like), which can be utilized more widely and flexibly in various applications.

Our Team

JAKA PERASADA SEMBIRING,S.Kom., M.Cs.

Chief Robotics Officer (CRO)

Qadhli Jafar, MIT.

Chief Learning & Community Officer (CLCO)

Elka Pranita, M.T.

CO - Chief Learning & Community Officer (CO - CLCO)

Auliya Rahman Isnain, S.Kom., M.Cs

Funding & Commercial Squad (FCS)

MUHAMMAD ANWAR SADAT, S.T., M.T.

Applied Research Squad (ARS)

FIKA TRISNAWATI, S.T., M.T.

Academy & Outreach Squad (AOS)

Ridwan Mahenra, S.Kom., M.C.S.(AI)

Chief Technology Officer (CTO)

Students Team

Hafiz Nazwan

member

Hafis Yulianto

Student Leader

Astika

member

Andry Antono

member

Fajri Firmansah

member

Rafli Indra Valisya

member

Muhammad Roif Imam Aflah

member

Fikih Yuhada Senna

member

Rifqi Wahid Dhohiri

member

Nur Hana

member

Product and Facilities

Product

Developed by the Center of Excellence at Universitas Teknokrat Indonesia, this cutting-edge food delivery robot is designed to revolutionize the dining experience. Equipped with advanced navigation, obstacle avoidance, and AI-powered decision-making, the robot seamlessly delivers meals in various environments, from restaurants to office spaces. Its user-friendly interface ensures smooth interactions, while its efficient delivery system enhances service speed and accuracy, making it an ideal solution for modern food service needs.

Image just reference

Introducing our innovative Hybrid Drone for search and rescue missions. This cutting-edge drone is designed to seamlessly transition between flying and walking on land, providing unparalleled versatility in challenging environments. Its unique capability to navigate through fairly steep terrain enables it to reach remote locations efficiently. Equipped with advanced object detection technology, this drone can identify objects with precision and relay real-time streaming results, ensuring swift and effective search and rescue operations.

This system is a robot vacuum cleaner for indoor cleaning that is controlled using a remote control. This robot is designed to efficiently clean dust and dirt from room floors. With the support of integrated sensors and control systems, the robot is able to move around the room, avoid obstacles such as walls, and perform cleaning processes according to user commands via remote control. The remote control system provides ease of operation and enhances convenience in maintaining room cleanliness.

Facilities

The laboratory has a main role in conducting research related to the fields of robotics and control system science.

 

The function of the laboratory can be described as follows:

  • Training

The Internet of Things Laboratory facilitates lecturers and students to conduct training with the aim of increasing knowledge, skills, and abilities in the field of robotics and control systems.

 

  • Research and development

The Science and Technology Center of Excellence Laboratory facilitates students to carry out research and development in the fields of science and technology, which are the main focus. This includes conducting in-depth research, experimentation, and innovation to produce new knowledge and cutting-edge technology.

 

  • Championship and Competition Supporter

This laboratory supports competition activities by providing the facilities and resources needed for training, testing, and development of products or technology that will be used in the competition.

 

  • Collaboration and Partnership

The Internet of Things Laboratory encourages and manages collaboration with related institutions, academic institutions, government, industry, and organizations. The aim is to increase synergies, support joint research, and expand partnership networks.

News

Transforming Education: CoE Robotics Outreach Program at SMAN 9 Bandar Lampung by Universitas Teknokrat Indonesia
Empowering the Future: CoE Robotics Outreach Program at SMK Yadika Natar by Universitas Teknokrat Indonesia
Universitas-Teknokrat-Indonesia-Juara-1-Nasional-Kontes-Robot-Terbang-Indonesia-2025-1
Universitas Teknokrat Indonesia Juara 1 Wilayah Kontes Robot Terbang Indonesia  2025
Bandar Lampung – Tim Robotik “Krakatau Biantara” dari Universitas Teknokrat Indonesia (UTI) berhasil...
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STUDENT INNOVATION: DEVELOP TEMPE FERMENTATION TECHNOLOGY TOOLS
Teknokrat University PTS ASEAN continues to support its students so they can develop innovation and technology...
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STUDENTS AND LECTURERS DEVELOP TECHNOLOGY RESEARCH AND CREATE VARIOUS TYPES OF ROBOTS
Universitas Teknokrat Indonesia Terbaik PTS ASEAN terus mendukung Mahasiswanya agar dapat mengembangkan...
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WORKSHOP ON THE IMPLEMENTATION OF IOT AND TECHNOLOGY ON THE APPLICATION OF ROBOTS FOR THE COMMUNITY AT MAN 2 BANDAR LAMPUNG
Universitas Teknokrat Indonesia Berikan Workshop Pembuatan Alat Penyiram Tanaman Otomatis Berbasis IOT,...

Our Partner

Industrial Partners

Great Giant Foods (GGF) adalah entitas merek Gunung Sewu Group untuk lini bisnis pertanian dan manufaktur yang terintegrasi vertikal dalam menanam, memproduksi, mengirimkan buah-buahan segar dan olahan, jus, daging, dan susu.

Institutional Partners

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