We are more than just an educational institute. Our role is to be a technology enabler for the corporate to create talent and build the knowledge needed to solve industry and business problems in long terms. We aim to equip all our students for the 21st century, with an emphasis on improving their knowledge and understanding.
Asst. Prof. Orathai Sangpetch
Vice President, CMKL University
In collaboration with ThaiBev, researchers from CMKL University, Oishi Group, and Carnegie Mellon University are using data analytics to recognize what appeals most to consumers and capitalizing on it.
To provide consumers with fresher products, researchers from CMKL and Carnegie Mellon University have been working with ThaiBev to design a system that allows businesses to remain up to date on customer inventory.
To address these issues faced by Thai Beverage Logistics (TBL), researchers from CMKL University and Carnegie Mellon University have developed a scalable abstraction modeler for large logistics operations in collaboration with ThaiBev.
In attempts to optimize Thai Beverage Recycle’s (TBR) recycling process, a team of researchers from CMKL University and Carnegie Mellon University have developed an automated bottle screening process in collaboration with ThaiBev.
In collaboration with the Electronic Transactions Development Agency (ETDA), researchers from CMKL and Carnegie Mellon University are working to develop a forensics data platform that is able to successfully recover data deleted by criminals.
This study aims to provide the components required to build a cryptocurrency exchange platform and the constraints for integrating the platform with other external systems.
This project proposes how developers are able to use an embedded voice assistant with speech and visual capabilities to add the feeling of empathy and positive attitude to their virtual idols.
The project provides an action recognition model that can recognize multiple people’s actions like idle, flip, jump, selfie and walk through photos and videos.
This project proposes the concept of a cyber confidence index which defines the level of trust that consumers have on a company’s cyber services and products based on the efforts that a company takes in mitigating its cyber risk.
The research project of Gesture Emotion Detection in collaboration with Kasikorn Business-Technology Group (KBTG), aims at providing machines the ability to detect, identify, and track people automatically and subsequently interpret human emotional behavior in a real-time manner.
According to research, approximately 7.5 million people are 65 years or older in Thailand, which is 11% of the Thai population in 2016.
Phishing websites are developing as communication technology improves and are a cornerstone of internet criminal activities. The spread of malicious Uniform Resource Locators (URLs) is one of the main methods used to conduct phishing attacks.
Create an app that allows the user to be able to order food from multiple restaurants and split the bill depending on the items ordered.
Our research and development project is for medical usage. We can help doctors to communicate their knowledge to patients and their families a lot easier and more understandably. To clarify, we create an application that shows DNA in 3D in Hololens or Oculus.
This project will create a new way for people who do not have the dexterity to navigate the internet with ease, due to them having Parkinson’s or other mobility-affecting diseases, to be able to surf the internet with ease.
This web application will be able to allow users to request specific information about a specific category of a facility by using search filters, namely district, facility name, service, and animal type.
An application environment that integrates the university application we’ve created with a traditional mobile banking application.
The end goal of this project is to create a functioning hydroponic system with a minimal amount of human intervention to grow plants, in this case, green lettuce.
Our present research is focused on the creation of an autonomous robot that can follow a specified path while avoiding obstacles.