Financed projects

The bottling of wine from the bottle is carried out on a daily basis, manually, without a precise amount that is poured into the glass, and there is a risk of whether and for how long the same aroma and taste of wine will be maintained. A device for displaying and distributing bottle drinks developed by the Innovation Center of the Faculty of Mechanical Engineering in Belgrade allows to fill a certain amount of wine, and more importantly, the remaining wine in the bottle is kept fresh. Environmental protection - an inert gaseous atmosphere (argon used in the food industry) - provides unchanged wine characteristics one year after the first opening. The dosing system is adjustable so that it is possible to pour over a certain amount of wine into the glass. Finally, the device is separated from bottles and cork. Together, the device is cheaper and smaller in size than its competitors and can serve as many as 20 bottles of wine at the same time. It is ideal for restaurants and bars serving wines, as well as catering.

At the moment, the technology is licensed by HORECA company from Serbia. The Innovation Fund has supported the patenting of this technology at the international level as well as the production of a 3D prototype.

Organohalogen compounds, such as freons, released from the cooling system, fire extinguishing systems and polyurethane foams for thermal insulation, are extremely damaging the ozone layer. In order to eliminate freon emissions into the environment, the Innovation Center of the Faculty of Technology and Metallurgy has developed a new catalyst that can be easily adapted to the needs of users and produced in different forms. The new catalyst does not require the use of precious metals in its active layer, making it more favourable than existing catalysts, and provides an efficiency of 95.5%.

The Innovation Fund supported the development of the catalyst and is currently looking for commercial partners for licensing and development at the industrial level.

Leaflet

The quality of white cabbage leaves is decreasing during transportation and storage, and fermentation processes significantly damage the quality and content of cabbage leaves. In response to these problems, the Institute for Vegetable Crops has created a unique line of white cabbage. It has a higher yield compared to already present varieties on the market, with improved quality and characteristics after processing. More precisely, the cabbage head has a higher percentage of dry matter and sugar and is suitable for fermentation and/ or storage in a new form during winter and spring. In addition, this variety yields higher incomes under intensive production conditions.

The Innovation Fund supported the Institute of Vegetable Crops to protect and commercialize this new variety. Thanks to the Fund, cooperation with Syngenta was also established. The main markets are Serbia, Bulgaria and Macedonia, but it was shown that it has much broader market potential.

Leaflet

Crane operators work long hours in constrained workspaces requiring awkward postures, that leads to reduced working capacity, quality and safety. In order to increase efficiency, the Faculty of Mechanical Engineering in Belgrade designed a cabin chair that is under a certain inclination and has leg support and allows work and rest in two positions. Proposed design enables the operator’s fatigue and stress reductions due to ergonomic adjustments, together with increasing the productivity of the crane, safety and security while decreasing production and insurance costs.

The Innovation Fund funding will enable getting the detailed, precise and accurate design with components integration and testing in a simulated environment.

Washing of coloured fabrics causes dyes/colourants leaking and consequently the dyes/colourants transfer between fabrics being washed. The current solution is hand-sorting into like-coloured groups before washing, but it is time-consuming and inconvenient. The solution from the Faculty of Technology and Metallurgy represents a unique solution for fast removal of the dye, it works in all working temperatures, it is a green product (biodegradable and reusable), but also multifunctional as it is colour catcher but also fabric and water softener, standalone product, without the need for additional carriers, as well as optical brighteners for fabrics and antimicrobial agent, produced in energy efficient way. 

The Innovation Fund supported the patent filling, design and 3D printing of the product and the production of the promotional video.

In agriculture, there is a need for prediction of the yields of different fruits. This is important for anticipating the correct amount of needed storage for the harvest, sales plan and development plan for the next year. The solution that comes from the Faculty of Technical Sciences is a software solution, but it does not require users IT knowledge. It predicts the yields of fruits based on application and it requires several parameters for calculation: used fertilizer, date of the harvest, irrigation system, number of treatments with pesticides, pruning type, hail protection, maintenance of the land.

The Croatian company Agrivi licenced the technology and the software is currently being tested on the market. The Innovation Fund helped in this commercialization step and is monitoring the progress.

In order to improve animal health and reduce the use of antibiotics in livestock production novel probiotic based on natural isolates of lactic acid bacteria has been developed by the Institute for Molecula Genetics and Genetic Engineering. According to already preformed in vivo tests, the probiotic represents the powerful alternative to the use of antibiotics in treatment of intestinal infections associated with Clostridium perfrigens, E. coli, and Salmonella Typhimurium. The advantage over existing technical solutions is that this probiotic culture consists exclusively of LAB, with GRAS (Generally Recognized As Safe substances) status and specific probiotic potential.

The Innovation Fund helped develop business models, go-to-market strategies and signing a licensing agreement with the Swiss pharmaceutical company PhytoNet.

The new instrument made within the scope of this project from the Faculty of Technology and Metallurgy uses a different kind of instrument with multiple sensors attached. Each of those sensors is based on co-axial thermocouple wire which is mechanically robust and easier to use than the standard sensor. New type of instrument enables measurements with electrically conductive liquids, a wide temperature range of measurements, small sample volume, simple handling and user-friendly software for more efficient control of the measurements, data collection and processing.

Even though the invention comes from academia, its main application is in industry: the oil rafineries and chemical and petrochemical plants for various types of heat exchangers as well as in the R&D sectors.

The Innovation Fund financed prototype production, including the software and hardware component, which is simultaneously protected as an intellectual property of the Faculty of Technology and Metallurgy in Belgrade.

The microbial contamination of non-sterile pharmaceutical products has long been the major concern in the context of public health risks and drug efficacy. The best product protection, and thereby consumer safety, comprises the implementation of antimicrobial agents into the package content or the packaging material itself. Antimicrobial packaging is more efficient because of the slow and controlled migration of the active component into the package content, but it can also decrease the challenges with the further addition of antimicrobials during storage and transport. The research group from the Innovation Center from the Faculty of Technolgy and Metallurgy came up to an idea of producing antimicrobial packages, mainly antimicrobial pharmaceutical or cosmetic bottles or boxes. Antimicrobial films have been produced in various ways, but it is not possible to make bottles and boxes out of them. The appropriate antimicrobial formulation, in accordance with European Pharmacopoeia, was developed. The following analyses showed promising results: Enterobacteriaceae, total plate count (bacteria and yeast), aerobic mesophilic count Escherichia coli, yeast and mould.

This project funded the development, testing of materials through mathematical models and final analysis of new materials, as well as establishing cooperation with the company Uniplast.

Certain kind of materials can absorb and desorb large quantities of hydrogen under special conditions, in terms of temperature and pressure. Finding such materials with superb hydrogen sorption kinetics and thermodynamics is still a great scientific challenge. Hydrogen sorption analyzer is the research equipment built for the investigation of properties of hydride materials during successive hydrogen absorption-desorption cycles. This kind of investigation is important since the behaviour of materials during multiple cycling determine their usability for solid-state hydrogen storage (in batteries). Scientists from Vinča institute, together with engineers from UNO-LUX NS, have developed Hydrogen Sorption Analyzer based on volumetric measurements. In the process, they have addressed all mentioned issues, and they want to perform the upgrade in order to include additional functionality into equipment – thermodynamic measurements.

With awarded funds from the Innovation Fund, they have advanced the state of the project’s commercial readiness from present TRL4 to TRL6. 

Leaflet

Laboratory from the Institute of Multidisciplinary Research has developed emulsions optimized for different fresh ingredients (fruits, vegetables, meat) protection that meets all of these requirements. Unlike the previous patented solutions in active packaging, our emulsion can be produced as a final product, consisting of water soluble polymer matrix that can be applied by spraying to form a protecting layer on a support, practically insoluble in water after drying. Furthermore, this product meets the requirements for functional active packaging offering anti-microbial and anti-oxidative effects, and thus the prolonged shelf-life of fresh foods could be expected.

The proposed project is supported through funding for certification by legislative authorities and/or certified laboratories that will secure the compliance of the product to be launched on the market and validation of its shelf-life.

Leaflet

Urinary tract infections are the most common healthcare-acquired infections. Complications of the urinary catheter are a result of entering and retention of bacteria in the sterile parts of the urinary tract or damage of the urinary tract epithelial barrier. New catheter developed at the Medical Faculty of the University of Belgrade can reduce and prevent entering and retention of bacteria in the sterile parts of the urinary tract and thus reduce these complications. This catheter can pass through the urethra in which there are bacteria, making sure that these they do not enter the bladder.

The Innovation Fund is supporting the patent protection and 3D prototype manufacturing.

Bacterial infections and chronic wounds are increasingly severe problems. The Institute for Multidisciplinary Studies project deals in particular with the problems of infections and the healing of wounds. Pre-clinical examinations of the Institut’s product have shown that it has a strong antibacterial and antibiofilm activity, on both bacterial strains cultivated in the laboratory conditions and wild strains isolated from the patients’ wounds. The substance did not show a toxic effect on the human epithelial cells. It did not have an inflammatory effect on the sterile wounds in rats, but it showed a positive effect on wound healing.

The Innovation Fund financed additional in vivo testing necessary for further product development, as well as its intellectual protection.

The Faculty of Biology in Belgrade is developing the first functional prototype, which will use the glass nanopores to determine the existence of bacterial exotoxins. Glass nanopores were the first time made a few years ago. However, up to now, glass nanopores were not incorporated in the device for detection of exotoxins and their antitoxins. Glass nanopore is able to record them as well as toxin-antitoxin complexes. Through the TTFr Program, the development of a mobile prototype, the protection of intellectual property and the formation of a spin-off company are funded.

The production of dried fruits and vegetables is very important to export potential for Serbia and also has a long tradition in food preservation. The Faculty of Technology in Novi Sad has constructed a vacuum drier with the ejector system presents a good option for small and medium producers which are specialized for producing high quality dried products. The main principle of vacuum drying is the possibility of drying fruits and vegetables at lower temperatures and pressures.

The Innovation Fund supported the development and testing of a functional prototype as well as consulting for the development of business models and commercialization.

TIG welding (Tungsten Inert Gas) is a well-established and widely used welding process providing high-quality welds particularly in stainless steels and light alloys. Faculty of Technical Sciences in Novi Sad proposed to apply a new concept of activated flux containing highly reactive nanoparticles with the high surface area along cheaper microparticles in a solvent to form a paste or a flux. Overall, it is expected that by developing all nano or hybrid nano-micro flux, significant savings can be made in time, power and consumables to be achieved, as well as a smaller distortion of the weld and possibly a more convenient heat affected zone resulting in higher weld mechanical properties.

The Innovation Fund is supporting the protection of the intellectual property and functional prototype manufacturing for industrial scale applications. 

Antiviral drugs most often act as inhibitors of different cell processes and have a key role for the viral multiplication cycle (inhibitors of reverse transcriptase in retroviruses like HIV, inhibitors of viral integrase or protease). The main issues with these drugs are viral mutations that make drug-resistant breeds besides the multiple side effects. New approach in HIV-1 therapy uses combination of inhibitors to minimize probability of forming superior mutation. The principal overall objective of the invention is to provide an anti-viral polypeptide and derivatives thereof, including prophylactic and therapeutic applications against viruses.

The active agent is an isolated and purified new, plant-based protein of specific amino acid sequence whose whole sequence or parts exhibit anti-viral activity. This amino acid sequence is completely new with no higher than 35% identity with known sequences. Anti-viral activity was confirmed against HIV-1 and HSV-2. Moreover, its high stability under alkaline conditions, absence of cytotoxicity and of mitogenic effect in the range of therapeutic concentrations are advantageous over known proteins of the same mechanism of anti-viral action.

Innovation Fund is supporting the Intellectual property protection of this invention.

The present invention relates to the preservation of animal feed. It makes a big difference in the appearance of the commercial application of additives and it is an important finding because of the ejection of oxygen from silo mass. Air (oxygen) is a major cause of deterioration of silage, because it empowers unwanted chemical and microbiological activity, which leads to deterioration of silage, by ejecting oxygen and absorbing the moisture. In this way, the initial nutritional values of the plants prior to ensiling are preserved during the conservation, whereas the present invention specifically reduces the loss of dry matter during the conservation process. 

Additionally, it adapts to the conditions of each farm individually depending on its capabilities, in a completely new and safe way with regard to human and animal health, as well as on the protection of the environment.

Innovation Fund supports the patent drafting and filing, packaging of stabilizers and their testings.

All natural apple pomace flour (APF), gluten and dairy free product with no preservatives, artificial colours, dyes or any additives, was produced at an industrial level from whole AP using a cost-effective drying technology within this project. Under optimized conditions of dehydration and milling, nutritional and technological properties, as well as flavor and aroma of fresh AP, were retained.

Low water activity enabled long shelf life of APF. Chemical, physicochemical and microbiological analysis confirmed safety and high nutritional value (high content of dietetic fiber and phenolic compounds). In vitro tests proved high antioxidant activity of APF while in vivo study its antidiabetic and hypolipidemic effects. Functional properties (high water and oil binding capacity), as well as thermal stability of APF, enabled its application in bakery and confectionery.

In order to test the potential market, the IF is supporting market analysis and marketing activities together with the production of the product on industrial scale.

Examine the effects of Trichoderma brevicompactum isolates for the interaction with tomato plants under different growing conditions, in the greenhouse and in the field, to propose the design of a microbiological product that could be used in vegetable production.

The development of biosorbent composites from processed and activated microalgal biomass, which represents a novel approach in the technology of wastewater processing and the removal of metal pollutants.

The main objective of the project is to develop and implement innovative eco-friendly and cost-effective water remediation techniques for the removal of dominantly heavy metal ions in groundwater (Mn, Fe, Cu, Pb, Cd and others) at laboratory, pilot- and potentially full-scale. These techniques will be in line with local and EU guidelines using newly developed ground-water purification processes and flow-through column systems loaded with tested and tailored low-cost geopolymers without irradiation of biota.

Developing kit for pepper mild mottle virus detection and P2/P3 pathotypization, as a unique kit on the market that provides simultaneous identification of presence and determination of P2 or P3 pathotype in a fast, accurate and user-friendly manner.

The multifunctional desktop rapid prototyping machine tool is based on a new concept 3-axis CNC machine with a horizontal rotary axis. The specific kinematic structure of the machine (A'OXZ) and the application of a developed open architecture control system enabled the unique integration of three production technologies on one desktop machine, milling, laser engraving and 3D printing of rotationally symmetrical and asymmetrical parts.

Developing the technology for a system of autonomous drones equipped with artificial intelligence and optical and other sensors for the purpose of infrastructure inspections, smart agriculture, disaster relief, and safety and security.

Development of a specially designed economically and ecologically sustainable biotechnological procedure for composting biomass with a high fiber content, by using a unique microbiological product based on beneficial bacteria.

The development of preparations for topical use on skin with hemp extract obtained by an innovative extraction method, quantified on the content of cannabidiol (CBD), a non-psychogenic component of hemp, successfully used in the treatment of neuropathic pain and inflammation. Unique carriers contribute to the effective permeation of CBD through the skin and transport to the target tissues, with the simultaneous absence of local irritation on the skin and additional hydration effect.

Development of innovative vegan jelly candies enriched with apple and beetroot pomace flour applicable in body weight management. Jelly candies with significantly lower energy value and carbohydrate fiber ratio than commercial products as well as low glycemic index are produced at the industrial scale level.

The invention relates to a new composite sensor element (functionally gradient ion-selective membrane - FGIS membrane) for in-situ Pb (II) monitoring in water, with a specially structured gradient structure and better characteristics than known competitive products. In addition, an electronic acquisition system and software for processing sensor data with the possibility of centralizing collected data from a large number of locations in the aquatic environment were developed.

Developing a unifying app for planning, control and change management for residential projects from the owner's perspective. The app consists of a planning module that estimates building dimensions, schedule, costs and risks using a "Universal Rhythmical Line of Balance" and a module for managing changes in performance, schedule and inflows/outflows based on a "Financially Quantified Gantt Chart" which uses a cumulative cashflow as a control measure.

Development of the formulation of a new probiotic yogurt with pronounced prebiotic properties and increased antioxidant activity, which contains a unique next generation prebiotic capable of reaching the colon in an unchanged form, contributing to the maintenance of a healthy microflora of the colon.

Development of multiplex, microfluidic biosensor for simultaneous qualitative and quantitative detection of three sets of parameters (foodborne pathogens, stress hormones, acute phase proteins) providing early information within the Food Chain on animal health & animal welfare status and presence of food safety hazards, including the model system (know-how) on application of the invented biosensor in the relevant operational environment (farm, slaughterhouse) along the meat chain.

The invention describes new organosilicon particles, based on bridged polysilsesquioxanes, as effective blockers for ultraviolet rays. The new organosilicon particles show a stable, efficient and safe ability to block UV rays.

The development of the automated system that enables the small-scale production of Iodine-131 capsules of various activities calibrated on any day and hour, and suited for the needs of every individual patient. The system is affordable, easy to use, computer-controlled, and provides excellent radiation protection for the production staff.

Development of a microbiological additive for feeding honey bees, which is intended for the stabilization of the intestinal microbiota of bees and the prevention of bacterial infections, primarily American foulbrood.

Enhancement of the mucociliary clearance to stimulate mucus excretion and improve airway patency, by the synergistic use of two small molecules as a therapeutic agent, in patients with recurrent disorders of the respiratory tract and healthy people to prevent respiratory infections and improve quality of life. 

Nutraceutical APPLy-ZiNc is an innovative product for zinc deficiency, which is highly nutritious, rich in dietary fiber with pronounced antioxidant, anti-inflammatory, anti-hyperglycemic and prebiotic activities. The need for such nutraceuticals is recognized in vegans, vegetarians and flexitarians, in a gluten-free diet and in people with prediabetes and diabetes.

Absorption properties of natural mineral clay are desirable for smoke filtration and the elimination of green-gasses from power plants as primary polluters. Application of the mentioned clays in a wet-scrubber system would satisfy technical needs and facilitate the filtration process, while used clay, rich with mineral components, could be additionally used as a fertilizer. 

Development of an innovative water filtration material for arsenic removal, without the use of oxidizing and toxic agents. Creating an efficient and safe technology that will be available for use in water filters and contribute to addressing the issue of water contamination by arsenic compounds.

Development of the deep learning model for rectal cancer diagnosing using MRI.

Development of green, photoactive, superpotent, antimicrobial coatings for cell phones and tablets. They sterilize surfaces from pathogenic bacteria and viruses within 1 hour.

There are many techniques and products that remove the floating/insoluble fraction of oil from water, while the problem that the toxicity of the soluble fraction of oil creates in water is not sufficiently recognized and investigated. AWARNESS is an innovative biosorbent in the form of beads for the treatment of contaminated water with an emphasis on application in the removal of water soluble fractions of oil and its derivatives.

Developing wound dressing based on bacterial enzyme and biomaterial for the treatment of hard-to-heal wounds. This wound dressing is designed to prevent and stop already-formed infections, thus creating the ideal environment for wound healing. 

Development of formulation that contains silver nanoparticles synthesized by laser and in the presence of aqueous plant extract which relies on a simple, fast and eco-friendly process, without the use of additional chemical compounds and organic solvents, and results in a unique product that possess an antibacterial and anti-inflammatory effect at the same time, that is not toxic to human cells and stimulates the synthesis of collagen, and as such is suitable for local application on the atrophic conditions of the skin and oral cavity.

The concept of the project is the formulation of fertilizer based on encapsulated Zn in biodegradable organic polymer. The idea is to provide controlled Zn release according to the demand during crop growth.

Production of solid active fungal based bio-composite packaging material with potential antimicrobial properties

Novel technology addresses the treatment of industrial effluents containing a high concentration of copper. The discharge of large amounts of metal-contaminated wastewater dominated by copper in quantity represents a huge problem from an environmental and economic perspective.

Modular Bench-top Photoreactor for microfluidic and batch chemistry applications. One of the main features of this device is modularity. The device contains exchangeable racks for vials, tube reactors, or micro well plates, depending on the desired application.

Development of a commercial product – a natural coagulant whose application in water and wastewater treatment would contribute to obtaining safer water from the aspect of health and to decreasing the negative environmental impact of water and wastewater treatment processes themselves

An innovative nano-serum (low-energy nanoemulsion), able to preserve valuable antioxidative properties of Red Raspberry Seed Oil was developed, produced using green/sustainable processes and fully characterized in vitro and in vivo to meet stringent EU regulation on cosmetic products. The invention could serve as a versatile nanoplatform, able to sustain diverse sensitive cosmetic active ingredients of plant origin.

Development of a new natural food product - syrup, with unique composition, a new taste, and aroma, which has not been offered on the market so far. The functional properties of this sweet dressing are beneficial for human health and they originate from all its ingredients, including a plant that has not been used as food so far.

We have designed a modified pyrophyllite-adapted carbon paste electrode as a part of the sensor for pesticide traces detection in water and food with detection limit of 1.9 ng cm-3.

Development of a portable, self-contained, clinical "lab on a chip" (NIMOCHIP) for personalized in vitro diagnosis of amyotrophic lateral sclerosis that could be further developed for the diagnosis of other neurological disorders with an inflammatory component.

The innovation represents the production of novel eco-friendly biopolymer powders resulting in a more efficient and safer working environment for crime scene investigators and other law enforcement personnel. The powders represent the “natural” fingerprint detection agent that could maintain the integrity of the biological material deposited onto the surface, thus allowing subsequent analyses of the fingermark.

The object of the invention is an appliance that would perform regulatory and ethical evaluation of text-to-image AI-based solutions, allowing to identify the risks for various breaches of individual rights and general ethical criteria.

Developing an AI-based tool for early wheat yield prediction provides farmers and agronomists with a unique and efficient solution to forecast crop productivity. This innovative technology aims to enhance and streamline digital agricultural practices, aiding in the timely implementation of agronomic measures with high precision in yield prediction using crop images from smartphones.

The anti-biofilm phytochemical formulation represents a revolutionary solution, precisely defined through the combination of natural agents for the removal of bacterial biofilms, providing a new plant-based product. The innovation contains natural products that are non-toxic, pleasantly scented, effectively eliminating existing biofilm, and preventing the formation of new biofilms on various surfaces.

 “Lasta” aircraft flight training device prototype development is a project that integrates eye - tracking technology inside the cabin of the "Lasta" trainer. The application of these technologies will enable monitoring and evaluation of training progress on aircraft with advanced cockpits.

Development of bio-product based on Trichoderma mix or single Trichoderma local isolate(s) that enhances rapeseed and maize early root growth, and innovative composition of medium for optimal Trichoderma growth and long shelf-life of the product.

Development of a detection assay for the antithrombin resistance, potentially life-threatening thrombotic disorder, in the form of a diagnostic kit for rapid screening in clinical laboratories.

Development of healthier dairy products using plant waste without significantly affecting authentic sensorial properties of traditional products.

The invention consists of an innovative combination of active compounds – sheep placental extract with prolonged bioactivity and epigallocatechin gallate with proven regenerative and anti-oxidative properties. It is formulated as a completely natural multipurpose cream which may have beneficial effects for damaged skin. The aim is to increase TRL level of the invention and launch it to the market.

The development and commercialization of a novel disinfectant with a unique performance enabling prolonged action, extended antimicrobial activity, and multi-purpose commercial application.

The development of porous clay-based materials improved the mechanical stability of the obtained materials, which gives them opportunities for both application in waste water treatment and more efficient use of large amounts of deposited clay during coal mining, thus creating a better environment.

The development of Beer+ HyZn, a beer with hyaluronic acid and zinc, represents a revolutionary new generation of supplements that promote healthy living. Conceived as a nutritious and tasty drink for relaxation after sports activity, Beer+ HyZn rejuvenates the skin and joints and strengthens immunity.

Development of a variable nozzle subsystem for 3D printing that enables the FDM printer's extruder to eject materials of different diameters which is a significant enhancement in terms of speed, quality, and strength of printed parts in FDM printing technology.

Software application was developed which includes the application for Andriod and iPhone platform and ML application for speed up virtual FFR (Fractional Flow Reserve) calculation.

Hydrogen reactor (tank) that would enable the solid-state storage and delivery of hydrogen "on demand", using advanced properties of newly designed materials for storage.

Developing the floor structure of the thermally-insulated box by defining local structural reinforcements in the segments receiving concentrated forces (e.g. influence of the suspension system), eliminating that way the need for conventional chassis as a vehicle supporting system and reducing the vehicle curb weight (increase in the payload capacity) - a resource for optimizing food transport with an emphasis on distribution in city centers.

Developing a device with the innovative electrolytic cell that enables remote and direct electrochemical printing of oxide coatings on a metal surface, for producing of luminescent oxide patches for temperature sensing, printing luminescent QR codes, or for repair of barrier coatings.

A novel green approach for the synthesis of biodegradabile geotextile based on hemp nonwoven material and bentonite clay, applicable in agro-mulching, erosion control, sorption and filtration 

Developing a wearable real-time respiration monitor to track breathing in real-time, coupled with a mobile app designed for fitness and medical markets.

This project focuses on examining the effects of a specific fermented fruit beverage on human health and longevity, with particular emphasis on its potential anti-inflammatory properties, with the aim of further commercialization.

The development of a self-propelled laboratory (educational robot) for examing environmental parameters in the air (soil), as well as meteorological parameters  and record the environment.