COVID-19 Innovation Hub

In this pandemic era, where the impact of the virus affected worldwide, it is important that any approach possible is take to reduce the risk of infection. In this project, the AGV performing disinfectant on the targeted areas that are highly risky such as public places, by exposing the area with ultraviolet(UV) light. UV light has been proven efficient against viruses’ molecules DNA. Using far-ultraviolet(UV) light ranges from 245nm to 265nm, most of the viruses harmful to human can be killed. UV light will induce thymine component in the viruses’ DNA and cause the DNA sequence to damage. Damaged DNA sequence will disrupt its ability to regenerate and spread. From the previous observation on Coronavirus such as SARS and MERS had shown that the virus lost its ability of infection when exposed to the UV. The AGV with UVC, navigates itself to the targeted area via autonomous system to sweep systematically and scans the area with UV light. The AGV will be equipped with camera and sonar sensors to perform path planning and obstacle avoidance in confine space. It is suitable to be used by the commercial industry such as shopping malls and also in healthcare sector such as hospitals. Created by: Ir. Muhammad Farris Bin Khyasudeen, Prof. Ir. Dr. Norlida Buniyamin, Muhamad Hazwan Bin Abdul Halim, A’zraa Afhzan Ab Rahim, Muhamad Syafiq Rosman, Dr. Muhammad Faisal Bin Khyasudeen, Dr. Saaidal Razalli Azzuhri Contact:   farris4317@uitm.edu.my

The “Comprehensive COVID-19 Protective Equipment” project is designed and develop as aid for frontliners to fight against COVID-19 virus. This comprehensive equipment consists of three items which are; (1) PPE Suit, (2) Reusable Face Shield Visor and (3) Reusable Intubation Box. The project is funded by Malaysia Innovation Foundation (YIM) and SME Corp. Malaysia, under the High Impact Programme 6: (HIP 6). The RM150,000 fund is led by Dr. Hanisa Binti Hassan from Universiti Malaysia Kelantan along with five other co-innovators to produce 2,000 sets of PPE suit, 5,000 pcs of face shield visor and 100 units of intubation box for the needy frontliners. The project is assisted by Pengkalan Chepa Prison, Kelantan Malaysian Red Crescent and the quality is checked by medical experts from Raja Perempuan Zainab II Hospital. The design of the three items are also verified by Engineering Services Division, Ministry of Health Malaysia, and registered under MyIPO. Currently, we are supplying the Comprehensive COVID-19 Protective Equipment to Alor Setar Prison for the usage of their wardens and staff as they are battling the pandemic in the Targeted Enhanced Movement Control Order (TEMCO) zone. Created by: Dr. Hanisa Binti Hassan, Assoc. Prof. Ts. Dr. Tan Tse Guan, Mr. Muhammad Najibul Muthiie Bin Che Ya’acob, Mr. Mohd Hilmi Bin Harun, Mr. Hidayat Bin Hamid,  Dr. Hamidah Binti Idris Contact:  hanisa@umk.edu.my

This system is proposed to be located at the entrance of a premise.The use of this system can reduce the risk of the office front liner such as security guard since the system can work by its own with less supervision. QR code will reduce the waiting time because no more manual attendance book is required. Hand sanitizer is also provided in this system to ensure the cleanliness of all users/customers before entering the premises. Basically the system is suitable to be put in many places; mosque, office, supermarket, school etc since by providing only one VISS in the place will cover all the things stipulated in SOP by Ministry of Health,Malaysia. Created by: Dr. Sarizam Bin Mamat, Dr. Abdul Hafidz Bin Yusoff, Muhammad Najibul Muthiie Bin Che Yaacob, Khairul Nizar Syazwan Bin Wan Salihin Wong, Prof. Madya Dr. Syakirah Syamsuddin Contact:  sarizam@umk.edu.my

Smart Tracking System is an application-based technology for smartphones (Android and iOS) and Web (Dashboard) developed by the Center for Computing and Informatics (CCI), University Malaysia Kelantan (UMK) in order to detect staff and students’ location and update status on the current situation, include tracking on the epidemic chain COVID-19 infection during the Movement Control Order (MCO). The objectives of this system are to improve communication, surveillance and monitoring directly involving number of students and staffs from various locations whether at home, in campus (college residence in Taman Bendahara, Kemumin, Bachok and Jeli) and other locations. Through the smart tracking device, UMK would be able to track the location of its staff and student based on GPS coordinates as well as their health status, according to the COVID-19 pandemic chain reaction (Category A-E). Dashboard specially built for the monitoring, statistical analysis. The same data can also be analyzed and matched to the risk incurred by the Ministry of Health and planning requirements for implementing eLearning. “Smart Tracking System would be able to track the location of its staff and student based on GPS coordinates as well as their health status, according to the COVID-19 pandemic chain”. Created by: Ts. Wan Azlee bin Wan Abdullah, Puan Siti Suhaila binti Mohd Nawi, Puan Noradilah binti Ismail, Encik Mohd Nazree bin Abu Bakar, Encik Ahmad Hakimi bin Mohd Yassim, Dr. Ashardi Abas Contact:  azlee@umk.edu.my

Mobile Health Application (M-Health App) was a new technology about patients’ electronic health records (EHR) by using a smartphone to record and save keep all the health information. The lifestyle of humans and the world nowadays was different because of the improvement of technology. The purpose of this product invention is to examine the convenience of using an m-health mobile application to doing registration in a public health clinic in Malaysia or how the patients using other features that are provided in the My M-Health mobile app. This project also is to know about how an m-Health mobile application can increase team efficiency and productivity in the public health clinic and improve the health status of the citizen in Malaysia. The study results of this My M-Health mobile app are functionality, usefulness, and usability is received agree from all respondents and experts. Based on this project, My M-Health mobile app can give valuable information to patients and staff of public health clinic Malaysia. Created by: Tengku Kastriafuddin Shah bin Tengku Yaakob, Goh Li Xia, Ameer Fuhaili bin Mohamad Hashim Contact:  kastriafuddin@unimap.edu.my

Two variation of COVID-19 screening booths are designed and fabricated. One with negative pressure and another with positive pressure. Negative pressure booth is using ventilator to suck air from the booth into soap bath disinfection chamber to inactivate and destroy virus and microorganism. The patient is placed inside the booth while the doctor is standing outside the booth while taking swab samples. Positive pressure booth consists of ULPA filter and air ventilator pumping in air from the surrounding into the booth and due to high pressure in the booth therefore the air is flowing out from the booth to the surrounding, reduce the chance of virus or microbe to infect the doctor. Both of the booth have their advantages and disadvantages. The negative booth is suitable for high risk case of air borne contamination, while positive pressure booth is for droplet based contamination like patients with Covid-19 infection. Created by: Assoc. Prof. Ts. Dr. Kok Swee Leong, Prof. Dr. Zahriladha bin Zakaria, Dr. Cheng See Yuan, Kent Tan, Dr. Valynne Ng, Assoc. Prof. Dr. Muhammad Herman bin Jamaluddin          Contact: sweeleong@utem.edu.my

As of 12 October 2020, the global pandemic crisis of COVID-19 has seen a reported number of almost 38 millions cases and a total global deaths of more than 1 million people. This pandemic is caused by severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2). The lack of targeted medications and vaccines, has forced the scientific world to search for new antiviral formulations. Many plant-derived natural compounds (polyphenols) might provide a starting point for the research on the use of plant extracts in coronavirus treatment and intervention. Antivirus polyphenolic drugs can inhibit coronavirus enzymes, which are essential for virus replication and infection. Nanoparticles have a great interest in acting as nanocarriers, to increase the concentration of drugs at the desired site. A nanocomplex composed of encapsulation of catechin (a polyphenol extracted from Mas Cotek’s leaves) and hydroxyapatite (HAp) nanoparticles as a drug carrier were developed. Hydroxyapatite nanoparticles protect the catechin from degradation along the respiratory passageways and catechin once being unencapsulated in the lungs, will bind to the viral spike protein (S-Protein) of the coronavirus and the cognate host cell receptor ACE 2, which will eventually inhibit the coronavirus from replicating itself. This will eventually intervene in the infection of COVID-19. Created by: Associate Professor Dr. Midhat Nabil Ahmad Salimi, Associate Professor Dr. Muhammad Syarhabil Ahmad,  Rafida Khalid Ahmad Contact: nabil@unimap.edu.my

This project was requested by BOMBA to commission novel unit that will help BOMBA teams during public sanitation/disinfection activities using a method that is unique, swift, and efficient to stop the spread of COVID-19 is required especially in a large public area either internal or external of a building. Several requirements by BOMBA must be fulfilled to for an effective operation such as ability to spray disinfectant more than 3 metres and to create a finer mist of disinfectant (0.2 mm). Nevertheless, the most challenging one is that the prototype must be finished within 5 working days from the drawing board to the finished working prototype. This novel working prototype is currently the only one in BOMBA’s inventory and MOTECH UniMAP is very proud with the effort made as we managed to finish the prototype in time despite the travel restrictions and shops closures during the Movement Control Order. In short, this prototype has not only saved the cost, time and manpower required during sanitation/disinfection operations up to 60%, but also managed to optimize the resources of federal agencies of Malaysia. A bigger coverage area makes this prototype to be also beneficial for agricultural purpose such as a fertilizer sprayer. Innovators name: Assoc Prof. Ir. Ts. Dr. Shahriman Abu Bakar, Ts. Dr. Anas Abdul Rahman, Dr. Muhammad Faiz Hilmi Rani, Mohamad Aniq Syazwan Mohamed Hassan, Assoc. Prof. Ir. Dr. Zuradzman Mohamad Razlan, Assoc. Prof. Ir. Ts. Dr. Wan Khairunizam Wan Ahmad, Prof. Dr. Abdul Hamid Adom, Assoc.Prof.Ir.Dr.Mohd.Shukry.Abdul Majid, Dr. Mohd Sani Mohamad Hashim,  Ir.Dr.Azizi Harun, Rozman Abdul Rahim, Ts. Khairul Faizi Abdul Rahman, Norzarul Asri Khamis, Dr Ishak Ibrahim, Dr Nursaifullah Kamarudin Contact: shahriman@unimap.edu.my

The innovative configuration of batch distillation process in producing ethanol for hand sanitizer has break up the barrier on the possibility of synthesizing hand sanitizer at home particularly when the ethanol demand soaring high on the onset of covid-19 pandemic. Such state of art DIY concept of creation offers inexpensive and simple solutions making use of renewable and sustainable resources that are abundantly available as viable starting materials whilst adhering the current food security policy that limits the utilization of sugar in making ethanol. There is a huge potential for of the product commercialization by tailoring it as modular installations, making it more attractive to the novice working on homemade ethanol production. Created by: Associate Professor Dr Mohd Irfan Hatim Mohamed Dzahir, Associate Professor Ir Dr Umi Fazara Md Ali, Lee Yan Hung, Chen Chan Lian Contact: irfan@unimap.edu.my

e-Modul Celik Kraf (e-MCK) is a set of innovative kit aimed to improve the skill of making dough crafts. This kit consists of new instructional ideas and informative QR-Codes. e-MCK is designed to cater to the demand of teaching and learning through online when our country, Malaysia, unexpectedly went under a lockdown because of Covid 19 pandemic. In order to assist the learning process of students, especially the special needs students, e-MCK provided new innovative ideas for them to explore and make effective and creative crafts. This is in line with the Industrial Revolution 4.0 in which prompt action is needed. During the Covid 19 pandemic, e-MCK was designed and implemented at the Artability Workshop through the Youtube platform. This workshop received positive responses, and high number of viewings. The unique ideas suggested in the user-friendly e-MCK innovation kit are simple and easy to understand. Additionally the suggested ingredients to make the dough are easily available. This module can be used by all levels of society. It contributed many activities for the community who stayed home during the Movement Control Order (MCO). Adjusting to the new norms, e-MCK was optimally utilized in the teaching and learning process. Created by: Zaharah Mohamad, Lye Guet Poh, Dr. Hairul Faiezi Lokman, Dr. Azizah Suleiman, Nor Azizah Atan, Azlina Abdul Rani Contact: zaharah@ipgkik.edu.my

The “Microcontroller-based Clinical Samples Arrival Alert System” is a specially designed device to assist Pathology Department in alerting their staff on the arrival of new clinical samples at reception counter. The main purpose of this innovation is to ensure good condition of the specimens for processing and results could be issued based on Laboratory Turn Around Time (LTAT) for the benefit of patients’ treatment especially during Covid-19 pandemic where the demand for frequent testing and its results are high and urgent. This product consists of magnetic switch sensor as the input and then rotary emergency lamp and alarm bell as the output. Arduino UNO, an open-source microcontroller board is used as the main controller for this product. Data logger module is connected to the controller to log data such as sample arrival time and sample taken time for the purpose of reporting and analysis of LTAT performance. By using this new alert system, it will increase the efficiency of clinical samples management system to get accurate and timely result especially for urgent test and during odd hour operations. In addition, it will also improve productivity of the staff and save the operating costs without compromising quality of the samples. Created by: Ir. Tunku Muhammad Nizar Bin Tunku Mansur, Prof. Madya Dr. Baharuddin Bin Ismail, Prof. Madya Ir. Dr. Rosnazri Bin Ali, Mohd Fayzul Bin Mohammed, Shukur Bin Abdullah, Ir. Dr. Nor Hanisah Binti Baharudin, Nurizzati Binti Abdul Uloom, Rozita Binti Embong Contact: tunkunizar@unimap.edu.my

The race towards development of user-friendly, portable, rapid-detection and low cost devices for healthcare system has become the main demand for effective screening actions globally since the pandemic attack in December 2019 which known as Coronavirus disease (COVID-19). This newly infectious disease which associate with severe respiratory distress is caused by the virus known as SARS-CoV-2. Current available detection techniques such as lateral flow assay (LFA), loop mediated isothermal amplification (LAMP), enzyme-linked immunosorbent assay (ELISA) and reverse transcription polymerase chain reaction (RTPCR) are tedious and time-consuming which includes preparation of viral RNA. Thus, with advent of nanotechnology and miniaturization, graphene-based field-effect transistor (GFET) fabricated by our team provides ultrasensitive and selective platform to detect pathogens. Utilizing chemically modified single layer graphene as transducing channel material in FET exhibits ambipolar curve during electrical characteristics measurements. Attachment and binding of probe with pathogen induces significance changes in the IV curve. Hence, this can be used as an indicator to detect pathogens in an analyte. This GFET platform demonstrated ultrahigh sensitivity, highly specific, offers rapid detection and viable to work in both buffer and human serum. Therefore, this optimized platform can be implemented in detection of SARS-CoV-2. Created by: Prof. Dr. Azrul Azlan Hamzah, Dr. Reena Sri Selvarajan, Anis Amirah Alim, Noraziah Mohamad Zin, Alfizah Hanafiah, Norhayati Soin, Low Teck Yew, Dee Chang Fu,  P. Susthitha Menon, Jahariah Sampe Contact: Prof. Dr. Azrul Azlan Hamzah

The innovation of the JMG-technology is developed in order to enhance the processing feasibility of high-grade-high-profit PCC production. In enlarging the PCC yield, the calcium-rich ionic solution has been used as a main source for PCC formation. The utilization of Ca-rich ionic solution as a precursor proposes that any grade of lime (calcium based mineral and waste) can be used as a raw material in producing high-grade PC. Via this feasible technology, high-grade PCC can be efficiently produced within a short processing time. In addition to the processing feasibility of producing high-grade PCC from medium-to-low grade lime, this innovation can also offer a production of various functional morphologies of PCC i.e. rhombohedral, scalenohedral, spherical/ hollow and perforated structures. The ability of developing various morphologies offers promisingly profitable benefits where the versatile PCC can be applied to fulfill wide-range of market needs including papermaking, paint, adhesive/ sealant, polymer, body care and pharmaceutical industries. Economically, the feasible JMG-technology may support the industries to efficiently increase their production rate and highly marketable products thus ensuring their survivability in industry during this crisis and beyond. Created by: Dr. Rohaya Othman, Dr. Emee Marina Salleh, Siti Noorzidah Mohd Sabri, Zawawi Mahim Contact: rohaya@jmg.gov.my

The innovation introduces a touchless key control panel for elevators. It is easy to install without needing to remove the original control panel. It is developed using motion sensors and able to navigate through the required building level number in elevator control panel touchless. The invention consists of electronic and electrical components and the circuit is programmed using Arduino microcontroller. The servo motors attached are used to increase or decrease the floor levels. The sensors and circuit boards used in this invention is microcontroller- powered and is suitable for single phase electrical system (240V). The invention is easy to construct and having less maintenance. Using such touchless device may prevent public from get infected due to contaminated surfaces, and people with COVID19 disease to contaminate public facility surface. Created by: TS. Erdy Sulino Bin Mohd Muslim Tan, TS. Erdy Sulino Bin Mohd Muslim Tan, TS. Dr. Allan Melvin Andrew, Mr. Aniq Amsyar Bin Abdullah, Mr. Muhammad Aiman Hakim Bin Muhammad Izham, Mr. Muhammad Amir Ridhuan Bin Mohd Nizam, Mr. Hoo Weng Lok Contact: erdysulino@unimap.edu.my

The COVID-19 disease has once again reiterated the impact of pandemics beyond a biomedical event with potential rapid, dramatic, sweeping disruptions to the management, and conduct of everyday life. Three different measures to counteract this pandemic situation have emerged, namely: – Vaccination – Herd immunity development – Lockdown The downside of traditional lockdown practice is it’s static and has adverse economic impact. Panic amongst the mass people is another demerit. A may assist to mitigate the adverse economic impact of COVID-19 flare-up. Created by: MD. Arafatur Rahman, Nafees Zaman, A. Taufiq Asyhari, Md Mustafizur Rahman, M.F. Zolkipli Contact: arafatur@ump.edu.my

Early Warning, Alert & Response (EWAR) is our innovation against COVID-19. EWAR is a contactless temperature screening solution designed to assist enterprises in tackling the challenges that come with COVID-19. It is an innovative solution developed to suit both locations whether it is a crowded area with 10 to 15 simultaneous readings per second or a precise one on one screening for entry and exit points. EWAR is a platform equipped with a dual camera (thermal & optical) that is able to detect abnormal temperatures. Any visitor entering the premises whom records a higher temperature, it will alert the system and notification will be sent to a designated mobile device of the person in charge. Depending on the SOP of the premise/ government SOPs, the system will allow storing of temperature records up to several months over a cloud system where it can be accessed remotely for analytics or contact tracing is required. Created by: Dr. Nor Fazlina Iryani Binti Abdul Hamid, Ahmad Hishamuddin Bin Muhamed, Shariq Haseeb, Barani Myat Tun, Amir Hasyim Bin Jaafar, Mohd Shafiq Bin Alias, Shahrol Nizam Bin Md Isa, Mazlan Bin Burhanudin, Sundhar A/L Subramaniam,  Mohammat Arfan Youshuf   Contact: fazlina@tmrnd.com.my

In the COVID19 era, social distancing and body temperature checks at all premises are compulsory and have become part of the new norm. The typical body temperature gauges that are available in market are those of the close-range type. It turns contradicts the requirement of to social distancing between checker and user. On the other hand, long-range body temperature detector is highly expensive. This invention introduces an affordable long-range body temperature detector in order to comply with the new norm of lifestyle. It provides a better alternative to the available close-range detection commercial products. This product is able to detect body temperature up to six meters away. With this product, social distancing rules can be adhered to. Created by: Dr Marni Azira Markom, Ts Erdy Sulino Mohd Muslim Tan, Prof Dr Abdul Hamid Adom Contact: marni@unimap.edu.my

December 2019, the world was shocked by an unprecedented outbreak caused by a novel coronavirus officially known as Severe Acute Respiratory Syndrome (SARS-COV-2) or COVID-19. According to WHO (2020), more than 332, 930 people from 147 countries and territories have been reported ill and more than 14, 510 have died from the rapidly spreading SARS-CoV-2 virus, including Malaysia. In Malaysia, the largest number of COVID-19 cases come from Tabligh clusters. Thus, the ideas arise to visualize online current datasets of cluster Covid-19 diseases throughout the district and state base on cases and to help organizations understand how the virus can spread rapidly in certain areas. This project is significant to provide an awareness to people who were involved in health management. It can provide an accurate estimation of the cluster tracking of the COVID-19 system by using geospatial technology. This is fulfilled with Sustainable Development Goals United Nations which are Goal3: Good Health and Well-Being, Goal11: Sustainable Cities and Communities, and Goal8: Decent works and economic growth. This prototype web map hopefully can help public health in order to monitor the cluster and improve the precaution system. It has the potential inaccessible to national citizens and Visible Cluster mapping globally. Innovators name: Sr Gs. Noorfatekah Talib, Nurhafiza Md Saad, Gs. Dr. Nurul Ain Mohd Zaki, Nurul Nabila Mohd Fuad Contact: noorf492@uitm.edu.my

Now, the world is demanding a vaccine to deal with this new virus ‘Covid-19’ and required a rapid diagnostic kit to detect it. Due to these reasons, we proposed “Hand-Held Medical Diagnostic Device for Covid-19 Detection” for rapid detection and screening with a high number of samples. Unlike the existing testing protocol, the proposed device validates and tests the real clinical samples at higher sensitivity and accuracy with lower sample volume (2-5 microliters). The detection principle is based on RNA probe-target complementation of real viral sequence, by which the result can be revealed within 90 minutes including the sample preparation. The overall system comprises three components, namely sensor platform, hand-held electronic reader and mobile applications. Hand-held electronic reader is ultra-sensitive, selective and rapid to detect the electrical signal generated by the biosensor that converts the biological reaction into an electrical signal and can make early Covid-19 detection. As a step in preparing the biosensor, silanization with (3-Aminopropyl) Triethoxysilane (APTES), immobilization of Probe RNA target were used. Then, the biosensor was hybridized to perform selectivity measurement using complementary and non-complementary. Created by: Prof. Ts. Dr. Uda Hasim, Muhammad Nur Afnan, Muhammad Nur Aiman, Dr. Nor Azizah Parmin Contact: nurafnan92@yahoo.com

WASTETRONIC is innovation created for control sewage water quality at Cheap Efficient Nursery Tank System – Recirculating Aquaculture System (CENTS-RAS). This innovation was designed and constructed smart wastewater controlled by Programmable Logic Controller (PLC) to output electrical actuator ball valve fit in inlet water and waste-trap installed in CENTS-RAS for maintaining good water quality. Disposal of dirty water as well as conversion with clean nursed water is systematically controlled based on the programmed time. Application for operators was easy with IOT technology, can connected by using hand-phone. Created by: Dr. Ahmad Daud Bin Om, Masrul Nizam bin Mahmod Contact: 1966adom@gmail.com

eClock is used to document the attendance of UiTMCPP’s staff who work from home during the MCO period, which also includes the record of clocking in and out and the staff’s location. Apart from being a new norm to support the work from home initiative, eClock is a better option for hygiene purposes as the usage of thumbprint is forbidden to avoid the infection of Covid-19. eClock is a web-based system with a mobile responsive feature accessible via android and IOS mobile phones. It has the ability to detect the users’ coordinate location automatically and integrated with Google Maps. This system does not require complicated configurations nor additional accessories. It is also economical as it was developed by in-house experts, and the usage is widespread to the whole UiTM system. Created by: Nor Husaina Md Hussain, Nur Diyanah Da Halib, Norhasniza Binti Sabarudin, Associate Prof. Ts. Dr. Mohd Hisbany Mohd Hashim, Associate Prof. Ts. Dr. Mohd Hisbany Mohd Hashim,  Isma Noornisa Ismail,  Muhamad Syabani Bin Hassan Contact:  husaina@uitm.edu.my

Coastal oceanographic studies were conducted in Lekir Bay (LB), Perak and found several key elements associated with physical modelling for Blood Cockle (Anadara granosa) induce spawning i.e., Suggested Induce Spawning Ground (SISG), Suggested Induce Spawning Season (SISS) and Suggested Spatfall Areas (SSFA). The models were tested by sprawling approximately 10,000kg of adult cockle at SISG prior to SISS on 16th October 2018. The project was aim to observed and evaluate the real SF occurrences thru the above models. The results suggested that SF were observed on 26th Dec 2018 – 30th March 2019, 3rd – 30th Jun 2019 and 4th Nov 2019 – 30th Sept 2020 (and it continuous till 30th Sept 2020). All these SF events were predicted using the above model. The landings and values for the first and third seasons are 209.8 MT (RM2.2 Million) and 464.3 MT (RM8.06 Million) respectively. While the spat landing for Jan – Aug 2020 were estimated around 706.9 MT (RM7.25 Million). The project was achieved its objective and produced a mass SF in terms of volume and value. Thus, the use of the above physical modelling for cockle induce spawning was observed. Created by: Dr. Hadzley Harith, Dr. Zainoddin Bin Jamari, Muhammad Farouk Bin Harman Contact: hadzley_harith@yahoo.com

Hospitals have problems decontaminating their electronic machines such as Ultrasonic Imaging devices without exposing them to overheating or short circuit. Current methods of decontaminations involves using liquid based disinfectants. Spraying such liquids into the electronic machines might cause damage to them or surrounding. Such electronic devices require air circulation from the environment to cool it, which could introduce contaminants into the device, which can subsequently cross contaminate another environment. Multiple solutions such as using hydrogen peroxide, Ozone have been suggested, but are very dangerous to humans. Heating the device in an autoclave is not practical as it will surely damage the device. Electromagnetic spectrum, such as Gamma rays will damage the device as they are not x ray hardened designs. While more control is yielded from UV C it is still hazardous to humans, as it can cause eye damage and skin damage despite line-of-sight effectiveness. Enclosing the device completely will instead cause an overheating issue. We propose a container which allows for air flow but at the same time isolating the device from the environment. We do this by employing an enclosure with air filters which are able to catch the droplet which the virus and bacteria travel upon. Created by: Ir. Dr. Leong Yeng Weng, Ts. Dr. Hassan Bin Mohamed,  Dr. Chandran Nadarajan (Medical) Contact: ywleong@uniten.edu.my

Battling a pandemic as serious as COVID-19 requires drastic responses. We developed Covid-19 screening booth that is designed based on the feedback from Healthcare workers, approved by KKM and MOSTI. The booth is suitable for mass screening of Covid19 and other infectious disease which shorten testing time, requires minimal PPE changes and increased safety for both patients and medical staff. This booth has been used by 9 hospitals and PKD all over Malaysia and has been used to screen more than 10,000 Person under Investigations. The booth has received nationwide attention and overwhelming positive feedback not only from HCW but ministers and PUI. Created by: Assoc. Prof. Dr. Ammar Zakaria, Assoc. Prof. Dr. Latifah Munirah Kamarudin, Dr. Syed Muhammad Mamduh Syed Zakaria, Datuk Prof. Emeritus Dr. Kamarudin Hussin, Dr. Zuraihan Dahari, Dr. Farina Musstafa Kamal, Dr Aneesa Abdul Rashid, Dr. Ruslinda Abdul Rahim, Dr. Rezal Khairi Ahmad, Dr. Yuzairi Abdul Rahim Contact: ammarzakaria@unimap.edu.my

The novel foldable intubation hood consists of hollow aluminum (Al) profile as a frame and LDPE plastic as a cover. All the hollow aluminum profiles will be connected to the ABS rivet mechanism equipped with a lock mechanism and connectors to make it foldable. The cover is attached to the frame using silicone adhesives. It is a foldable way hood to cover the entire body of the patient from the head to the chest part, as well as for compact storage and easy to carry. This product is reusable and can be simply cleaned by inserting it into a UV box for cleaning purposes for a few minutes. The uniqueness of this invention is 100% foldable, easy to carry, and stored, it avoids the droplet spillage from the patient during treatment, less muscle fatigue to the medical staff upon giving treatment, and a sustainable cleaning method using a UV box that comes with the intubation hood set. Created by: Dr. Zunaida Zakaria, Assoc. Prof. Dr. Hakimah Osman, Ts. Erdy Sulino Mohd Muslim Tan Contact: zunaida@unimap.edu.my

Eco Bioplastics Packaging is an environmentally friendly biocomposite plastic bag. Matrix for this packaging is light density polyethylene and corn stalk powder as filler. In this study, the utilization of corn stalk (CS) as a filler in low density polyethylene (LDPE) was investigated. The effect of CS loading and eco degradant on tensile properties, morphology, water absorption and thermal properties of eco bioplastics packaging were studied. Created by: Azimah binti Ismail,  Suzana binti Shafei, Siti Salwa binti Samsuri, Mazatusziha binti Ahmad, Haslina binti Abu Bakar Contact: azimahpolimer@gmail.com

A mobile biohazard disinfects bin with a PV-charging station is mainly designed to reduce the infection to the waste-collector from infectious waste. At present, there is no guideline to dispose of used face masks. Thus, this project could provide a proper bin to discard this waste and lower the infection risk to the waste-collector. This project can be installed almost everywhere especially at open are such as a shopping mall, universities, parking lot, park, or mosque. The advantage of this project is using solar-powered is known as clean, renewable energy, and can reduce the carbon footprint. It provides enough energy to the overall system including UV-C light and sensors mechanism at a minimal cost. This system can be installed in any type of trash bin with the least modification. Created by: Dr. Noor Intan Shafinas Binti Muhammad, Ts. Dr. Amir Bin Abdul Razak, Mohd Shamsul Azmi Bin Samsudin, Ts. Joharizal Bin Johari, Ts. Wan Hassan Bin Wan Hamat, Ts. Dr. Mohd Azmir Bin Arifin Contact: shafinas@ump.edu.my

This project presents an intelligent system, named COVID-19 System for Identifying Spacio-symptom relationships (CovSIS) employing a decentralized collective intelligence platform, e.g., online news articles. This system takes online news articles as input and extracts relevant data including countries, symptoms, and others. Afterwards, these data are utilized in calculating weights using a new analytical model and a new algorithm for identifying the impacts of different symptoms locally and globally. Then, a knowledge graph is generated by integrating spacio-symptom related data that facilitates in responding relevant queries and thus, presents necessary information to various stakeholders. Again, global and local ranks are also identified and their similarity indexes are also calculated for realizing more insight on the spacio-symptom relationships. These relationships are also visualize using a chord diagram that connects various countries with respective symptoms using chords. This system can be considered as a pioneer effort in this field and can be utilized as a supporting system for promptly identifying and presenting spacio-symptom relationships of COVID-19 alongside conventional systems. Innovators name: Dr. Md Saiful Azad, Md Saef Ullah Miah, Zahiduddin Ahmed, Talha Bin Sarwar, Dr. Mufti Mahmud, Prof. Kamal Z. Zamli, Prof. M. Shamim Kaiser Contact: saifulazad@ump.edu.my

Nanoparticle-mediated bio-sensing promoted the development of novel sensors in the front of medical diagnosis. A novel biosensor based on microRNA (miRNA) probe functionalized with gold nanoparticles (AuNP) was demonstrated for early detection of Covid-19. Currently, quantitative real-time polymerase chain reaction (qRT-PCR) is being used widely to detect COVID-19, which is time-consuming, labor-intensive and may not be rapidly deployable in remote or resource-limited settings. We aim to improve the sensitivity, selectivity and accuracy of qRT-PCR and Rapid-Test-Kits (RTKs) by applying a direct method using specific extracellular circulating microRNA (miRNA) with electrochemical detection by using nanomaterials-enhanced electrodes. MiRNA hybridization procedure is proposed, where the probe strand would be extended as long as the target strand. We have investigated the variation of ionic conductivity during the fabrication of the film and the hybridization using simple pico-ammeter. The present approach provides low detection limit for miRNA in femtomolar, rapid, label-free and easy-to-use virus detection, which holds the potential for future use in various miRNA analyzed by integrated into a self-contained biochip. Created by: Dr. Nor Azizah binti Parmin, Prof. Ts. Dr. Uda Hashim, Assoc. Prof. Dr. Subash C.B. Gopinath, Muhammad Nur Aiman bin Uda Contact: azizahparmin@unimap.edu.my

One of the most factors to stop the spreading of COVID-19 is by wearing a mask everywhere. The governments open the MCO, but with certain rules. However, the public not follow these rules if there is no monitoring system to control them. These days the number of new cases is increasing as shown in the charts. This system is a web-based IoT cloud-based system integrated with machine learning algorithms to detect wearing the mask in the public area. Created by: Assoc. Prof. Ts Dr. AbdulRrahman Ahmed Alsewari, Dr. Waheb AbdulJabar, Naif Ahmed Basalib, Abdulaziz Ahmed Saleh Baqaleb, Mumin Lawad Mohamed Elhassan, Dr. Suryanti Awang, Dr. Waheb Abduljabar, Dr. Taha Hussein, Dr. Alfahim Mubarak, Dr. Azlee Zabidi, Dr. Mohammed Fakhreldin, Dr. Mousa Mohammad Khubrani, Prof. Dr. Khalid Aloufi Contact:  alsewari@ump.edu.my

To prevent COVID-19, most of the countries around the world have implemented lockdown where people are forced to stay at home. This will cause the rise in household electricity demand. The rise in electricity demand will affect the stability of the power system and can cause blackout. Other than that, the lockdown itself also may affect to blackout due to potential shortage in engineers and workers in the energy sector. The conventional way to obtain power during blackout is by using individual diesel generator. However, diesel generator uses fuel and release gasses that can contribute to air pollution. The cleaner way to generate electricity is by using renewable energy (PV/wind). The problem is not everyone has the knowledge to determine the size of the PV system. Hence, this product is called Graphical User Interface Platform for Sizing a Stand-Alone Hybrid PV Wind System and Grid Connected PV System. The GUI can determine the suitable number of PV panels/wind turbine size as well as sizing grid connected PV system. The GUI is easy to use and understand so that is suitable for teaching and learning purposes during the MCO. Created by: Ts. Dr. Ahmad Fateh bin Mohamad Nor, Muhammad Faiz bin Kamarul Bahrin, Mohamad Azroy bin Zainuddin,  Ahmad Syahmi bin Mohd Nordin Contact:  afateh@uthm.edu.my

SODV is the Social Distancing Violation System developed as a safer control and automatic continuous social distance monitoring system. It is invented to ensure proper social distancing to prevent the spreading of Covid-19 viruses. The objective of the system is to detect people, compute distances between the people and alert the authorities of any social distance violation. It converts input video into a sequence of images, detects the persons and computes the distances between each person. The system will show an alert if two persons are closed to each other indicating violation of distances. The system was tested on several datasets and showed an efficiency of detecting persons and the presence of social distance violations. This invention will help authorities and society to maintain the awareness of Covid-19 and stop the spread of the virus. Created by: Ts. Dr. Lucyantie Mazalan, Ts. Dr. Norliza Mohamad Zaini, CEng, Afiq Harith Ahamad Contact: lucyantie@uitm.edu.my

Due to COVID19, we are required to go through temperature screening, sanitizes hands and records our contact via a smartphone app or logbook before permitted to enter a place. These processes are time-consuming and result in a long queue. Hence, we intend to introduce a Modular and Open System (MOST) device to expedite these processes. MOST is built using aluminium pipes and equipped with a Karakuri liquid sanitizer dispenser mechanism activated via the foot. It also installed with a camera, infrared thermometer, touchscreen, barcode reader and tower light. They are used to perform contactless temperature measurement, record information, display a user temperature and health condition. Furthermore, MOST also equipped with Face Detection and Recognition function. MOST already used in several places and proven can expedite the processes. A user only needs to stand in front of it, flash the code and later, the health status is displayed. Alongside, the user contact, date, time and temperature are recorded. Currently, MOST is upgrading with the Internet of Thing (IoT) and Artificial Intelligence elements with Malaysia Automotive, Robotics and IoT Institute (MARii) collaboration. It is hoped that MOST can be commercialized widely and recognized as a national product on par with foreign products. Created by: Dr. Noorfadzli bin Abdul Razak, Ir. Ts. Dr. Syahrul Afzal bin Che Abdullah, Associate Prof. Ir. Ts. Dr. Hjh. Juliana Johari, Ir. Dr. Norazlina binti Mohd. Salleh, Muhammad Rafie Bin Sazali, Nurathirah Izzati binti Johari, Prof. Ir. Ts. Dr-Ing.Yupiter Harangan Prasada Manurung Contact: noorfadzli@uitm.edu.my

One of the most pressing shortages facing hospitals in USA, Europe, Iran and India during the Covid-19 emergency is a lack of ventilators. These machines can keep patients breathing when they no longer can on their own, and they can cost around US$30,000 each. The demand of the ventilator exceeds supply hence there is an urgency to develop an emergency ventilator which is design for ease of manufacturing and operation, low cost of manufacturing and comply with minimum FDA Ventilator Standards. The ventilator consists of the following elements: 1. Control and electrical modules. 2. Ambu-bag 3. Mechanical system 4. Centre Monitoring System Each emergency ventilator will be fitted with Wi-Fi and remote camera which could make networking of bunch ventilators and sending data to a central monitoring station. This remote monitoring will reduce the medical staff workload. The device may be incorporated with GSM for application in mobile platform such as in ambulance. The device can also be kept as emergency ventilator in clinics, ambulances and nursing homes. Created by: Mohamed Tarmizi Bin Ahmad, Mej Ir Dr Razali Abidin,  Mr Michael Lam Soo Chin, Prof Ir. Dr. Norazman Mohamad, Col Assoc Prof Ir Dr Khairol Amali bin Ahmad, En Mohd Nor Hafizi Nordin, En Wan Hanif Wan Yaakob, Prof. Madya Dr. Mohd Fahmi Bin Lukman – Anesthesiologist, Dr Azura-Radiologist, Dr Firdaus Bahrudin- MO, Dr Aizad –Anesthesiologist, Dr Fatimah-Respiratory Radiologist, Mr Sia Thong Min, Dr Idris Ibahim– Trainee Radiologist, Dr Nadia Mohamed Tarmizi-Trainee Contact: m.tarmizi@upnm.edu.my

Water station collecting rain for drinking purpose Innovators name: Nur Syafiqah Balqis Binti Hashim, Nur Syaidatul Nisha Binti Zulkarnain, Damya Hannah Binti Shamsul Hadi, Nor Safika Rahila Binti Karim, Nur Izzati Binti Abd Rashid               Contact: razak@zakatselangor.com.my

Flexible Dumbbell diperbuat daripada salutan kulit latex di isi bahan berat boleh lentur. Mempunyai beberapa variasi berat mengikut kesesuaian pengguna. Mampu melekat di anggota badan untuk keselamatan daripada tergelincir dan mudah digunakan.   Created by: Muhammad Fendi bin Mohd Adnin, Huzaifah bin Shaharom, Muhammad Adib Najmi bin Mohd Saad, Mohd Aniq Asyraf bin Khairul Nizam, Mohd Syahrin bin Rahmat Contact: m.fikri@zakatselangor.com.my

Stretchers have been manually operated by a team consisting of two paramedics. Stretchers are operated to: lower or raise the cot surface to facilitate a patient transfer, transport, or relocation; push or pull the stretcher while transporting a patient from the scene to the rear of the ambulance or from the ambulance into a hospital; and, to load and unload the stretcher into and out of the rear of the ambulance This project is Portable Isolation Stretcher (PIS). PIS is designed to help doctors and nurses to handle and cure COVID 19 patients. PIS can be used as a stretcher to ambulance, field, and hospitals. PIS also can be used as a temporary bed for urgent treatment. PIS can transport patient efficiently in small space, lift, and route. PIS also can transport the patient to move on the step. It is easy to clean. Its main purpose is to isolate patient especially to prevent COVID 19 spreading the virus. Our PIS is battery operated and environmentally friendly. Can be operated manually or automatically or by tricycle motor. Green Environment technology. Can be adjusted for use in small lift. Step climbing. Lightweight. Created by: Razali Bin Abidin, Mohamad Tarmizi bin Ahmad, Hafizi bin Nordin, Brig. Gen. Prof. Ir. Dr. Norazman Bin Mohamad Nor (RTD), Muhammad Faris bin Mohd Idris, Mohd Norhafizi bin Noordin, Wan Mohd Hanif bin Wan Ya’acob, Muhammad Amir Afendi bin Razali, Mohamad Asmidzam bin Ahamat, Prof. Madya Dr. Mohd Fahmi bin Lukman, Lt. Kol. Prof. Dr. Victor Feizal b Knight Victor Ernest@Abd Shatar(B) Contact: razaliabidin@upnm.edu.my

This Initiative is an attempt to create a method for teaching biology that brings together knowledge, values and skills under its umbrella, and embodies knowledge in a dynamic way that touches the reality of the students, enables them to link knowledge of the biological science and others, to encourage them to choose and innovate their learning method by directing their skills and abilities, and highlights their responsibility for selflearning and for their role In the cooperative groups. It is an integrated scientific and educational method that provides benefit, fun, and entertainment for all types of learning, taking into account the integration of technology to keep pace with global scientific changes. Created by: Kulthum MohammedQrdi Sabu Contact: Hiufsa.zn@gmail.com

The new technology of smart textile, Phase Change Materials (PCM) can achieve the thermal properties with good efficiency, the PCM can help the pilgrims and Umrah performers that the wearer can feel warm in the cold environment also can feel cool in the warm climates when the weather changed. The PCM materials are placed inside microcapsules which can be incorporated into the spinning polymer of manufactured fibers as viscose that integrated into the surface of the cloth, these wax capsules absorb heat when the body temperature increases as a result of exertion or an increase in the surrounding environment temperature, so the energy storage excess and turning the wax into a liquid state, but when the temperature drops, these waxy capsules release latent heat and the wax turns solid. When wearing smart textiles (treated with PCM capsules) in a warm environment, it absorbs heat energy and changes from a solid case to liquid case results in a temporary cooling effect in the layers of apparel. Also, wearing the smart textiles in cool environments, the PCM capsules change their state to the solid state again, generating heat energy and warm feeling. Created by: Prof. Dr. Najia Alzanbagi Contact: hiufsa.zn@gmail.com

DEMATEL DIGRAPH is a new invention that generates directed graph (Digraph) based on DEMATEL (Decision Making Trial Evaluation Laboratory) algorithm. It collects inputs from decision makers and experts through questionnaire (available in online), avoiding human contact during COVID-19 pandemic. It calculates results instantaneously and is currently the first and only cloud based system design using Cascading Style Sheets (CSS) and html by Bootstrap. As this invention combines DEMATEL algorithm and Digraphs (Directed graphs), it generates and maps the relationships between critical factors with directed graph, in PDF Format. It is the first software to generate directed graph (digraph), and perform consistency and reliability analysis such as corrected item-total correlation analysis and Cronbach’s alpha reliability test on the collected data. The generated graph separates the critical factors into causal and effect domains, enabling both project practitioners and researchers (students) to identify critical factors, critical risks and critical criteria effectively, consistently and efficiently. It encapsulates experiential learning, both in theory and practice, and is the state of the art in decision science and project risk management. It highly benefits both corporate project decision makers and research students during COVID-19 pandemic. Created by: Dr. Lee Chia Kuang, Dr. Tay Joo Hui, Dr. Liew Siau Chuin Contact: dinadiyana@ump.edu.my

MAEPS is one of the Malaysia’s largest pillarless exhibition hall that would be the first of such conversion of public facilities in a makeshift hospital for COVID-19. This is part of MAEPS’ effort to support government’s aim of providing the necessary facilities by optimizing the existing infrastructure. Fortunately, with a combination of Hall A (10,000 square meters) & Hall C (4,000 square meters) enough to accommodate a total of 600 beds as required. A total of 150 people has been involved in this project to rapidly transform the halls into a temporary hospital within 4 days of duration. It consists of people from different areas such suppliers, contractors, cleaners, security and other parties from the related field. Twelve (12) agencies from government and private sectors have been given a mandate by the government to assist materializing this initiative Created by: Zaidi Shahrim, Norafizah Abd Rahman Contact: aieshah@maeps.com.my

The concept refers to the new antimicrobial and biodegradable composite material consisting of: poly (lactide) – PLA nonwoven fabrics produced by melt-blown process, alginic acid sodium salt and copper(II)/zinc(II) chloride hybrids. The most important features of the new composite material are: -biodegradable eco-friendly composite, consist of >98% natural ingredients, what is very important during intensive use of protective equipment – face masks; – antimicrobial properties against broad spectrum of microorganisms (bacteria, fungi, viruses); – non-toxic material; – low costs and waste-free production; – all required materials are commercially available and relatively cheap; – improvement of technical parameters in comparison with raw PLA nonwovens, including tensile strength and barrier properties against UV radiation; – easy to implement on an industrial scale. The newly developed composite materials can be used in biomedical areas for the prevention of bacterial and viral infections, including COVID – 19 as a filtering layer in face masks. Currently, during the pandemic such composites can also be applied as microbiostatic materials in broad spectrum of industrial areas (e.g air filtration, packaging, interior furnishings, automotive). Created by: PhD Marcin Kudzin, Prof. Maciej Bogun, PhD Anetta Walawska, Zdzisława Mrozinska, Andrzej Majchrzak, Joanna Olczyk Contact: spwir.agnieszka@gmail.com

Crisis management during an outbreak such as COVID 19 posed extraordinary logistical challenges to all first responders. During the current outbreak, there are hundreds of response efforts going on simultaneously in many affected locations. A myriad of new tools and algorithms have been developed to help first responders to be able to analyse and visualize the complex data used in infectious outbreak control. Users’ information needs and workflow between all responders must be identified to ensure a collaborative work environment with common database operation is established. Geographical Information System (GIS) technology integrates common database operations, such as query and specific analysis, with the unique visualization and geographic analysis benefits offered by various types of maps. These abilities distinguish GIS from other information systems and make it valuable to first responder organizations for explaining events, predicting outcomes, and planning strategies. This system provide an integrated analysis tool utilizing existing establish platform such as ARCGIS ONLINE to enable first responders to work in a collaborative team using current infrastructure. By using existing infrastructure capabilities, it reduces the cost of operation, tranning and maintenance while ensuring fast development for utilization. Created by: Associate Professor Gs Ir Dr Kapt Neza bin Ismail (Retired), Sr Gs Wan Mohamed Syafuan bin Wan Mohamed Sabri Contact: naim@upnm.edu.my

S.Cov.D : Covid-19 Smart Biosensors and IoT Detection System is a framework of an Internet of Things (IoT) based mobile biosensor for an intelligent COVID-19 screening and monitoring of COVID-19 that provide a fast response time, minimum physical contact and cost-efficient. The system consists of 3 parts, (i) a portable biosensors device, (ii) IoT sensors, and (iii) web-based and Android applications. The swab samples of blood or mucus from screened person will be collected and drop-casted on the electrode surface that connected with our established smart sensors. At the same time, the wireless IoT sensors will attach to the body of the patient to measure body temperature, oxygen level and captures image of tongue features’ screened person. All data from these measuring devices are collected and sent via the Wifi gateway to a cloud in real time. In addition, medical practitioner can use the web and android applications to remotely track, monitor, and analyse patient’s data. The application will display the probability of Covid-19 result either it is positive or negative. With this invention of S.Cov.D, rapid and mass screening of COVID-19 infection could be used in hospitals, train stations, laboratories and airports for early detection and treatment. Created by: Prof. Madya Mohd Hazali Mohamed Halip, Dr. Syarifah Bahiyah Rahayu binti Syed Mansoor, Dr. Nur Diyana binti Kamarudin, Afiqah binti Mohammad Azahari, Dr. Arniyati binti Ahmad, Dr. Siti Noormiza Makhtar, Dr. Jahwarhar Izuan Abdul Rashid, Dr. Nur Aisyah Abdul Fataf, Mohamad Khairul Akmal Kamaruzaman, Muhammad Basri Roslan Contact: hazali@upnm.edu.my  

Today, during a coronavirus pandemic, people must wear protective masks. But everyone understands that the mask is difficult to wear for a long time because it does not have fresh air. This is especially noticeable in the hot season, when the mask quickly becomes wet and unusable. Also a big problem is that the glasses mist in a simple protective mask. So I decided to develop a ventilated protective mask. In such a mask it is very easy to breathe, because there is access to fresh and most importantly clean air. Also in this mask is comfortable for people who wear glasses, because they do not mist. This device is easily attached to a belt or briefcase. this is very convenient, because such a device does not interfere with a person in everyday life. Created by: Roman Fedevych, Victor Koldun Contact: yk@man.gov.ua

The COVID-19 sampling module is designed for oral and nasal swabbing tests. It has 3 checking outlets that can be used to separate various types of people, according to gender, age categories and handicaps. The module is fabricated using light weight steel frame and acrylic walls. It has 3 sampling stations for oral and nasal swabbing tests, an all-around acrylic wall for 360 degrees field of view, an extraction fan to provide a negative vacuum, LED lighting and fitted with heavy duty wheels to enhance mobility. The module is also fitted with a 0.3-micron Bosch Cabin Air Filter with ISO Standard 29463-3: 2011, capable of effectively filtering 99.97% micro-organism. To provide better comfort a portable air conditioning system can also be added whenever required. The 3 ways sampling module can be deployed in covered buildings and publics places such as parking areas, bus stations, airports etc. The 3 ways sampling module is also suitable for concentrated areas, such as Covid-19 quarantine centres, Lock-down areas, illegal immigrant detention centres and prison. The module can be deployed independently as a single unit or few modules can be collocated in a modular format to form a bigger covid-19 sampling station. Created by: UPNM Khairul Hasni Bin Kamarudin, Zulkiffli Bin Abd. Kadir, Mohd Rosdzimin Bin Abdul Rahman, Bahaman Bin Haron, Junaidi Bin Asiran Contact: khairul.hasni@upnm.edu.my

The accessory is characterized purposed for the personal direct protection of medical staff during dental, laryngological, and anesthesiological procedures against harmful inhalation of bioaerosol from patient’s breathing, provides the best possible protection directly at the source of infection, is designed using CAD/CAM methods using additive manufacturing technologies, causes negative pressure to protect against harmful bioaerosol, has pipes having a partially open cross-section similar to the letter “C”, has an integrated nose pad, has an integrated transparent eyes shield, has double-winged profiled mouth openers, has a suction nozzle for saliva and blood removal, has a nasal cannula providing oxygen supply, has bandpasses elastic for fixing on the patient’s head, can be used repeatedly, provided that it is sterilized every time. Created by: The Medical and Dental Engineering Centre for Research, Design and Production ASKLEPIOS Ltd in Gliwice, Poland Dr Eng. Lech B. Dobrzanski, Prof. Leszek A. Dobrzanski, Dr Joannna Dobrzanska MD, MSc Eng. Karolina Rudziarczyk, Dr Eng. Anna Achtelik-Franczak Contact: dobrzanski@centrumasklepios.pl