Strategic National Research Projects
From day one, our mission has been to transform the United Arab Emirates into the biotechnology capital of the region. Our vision is bold yet grounded in action. We are here to shift the Middle East from being a passive consumer of imported technologies to a global innovator and exporter of biotechnology-powered solutions. We create custom-built, scalable pathways to help institutions, industries, and governments solve today’s challenges and lead tomorrow’s breakthroughs. Our team is a rare blend of industry veterans and inspired innovators, bringing deep expertise and bold vision to every project. we are shaping the future of research and biopharma in the Middle East.
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01
Renewable Energy Solutions
Centered on sustainable power generation, this domain includes solar, wind, bioenergy, and hydrogen technologies. Research in this area supports the development of low-emission energy systems, energy storage solutions, and smart grid integration to reduce dependency on fossil fuels. Dubai is rapidly moving toward green and sustainable cities. Solar energy, biofuels, microbial fuel cells, and biotechnology-based energy systems are essential for achieving energy independence and carbon neutrality. Projects such as the Mohammed bin Rashid Solar Park are already in progress, with significant international collaborations underway.There is an urgent need for innovations in bioenergy, microbial fuel cells, and CO₂ capture technologies to ensure energy independence and meet sustainability goals.
02
Biodegradable Plastics & Biopolymers
With increasing restrictions on single-use plastics in the UAE, biodegradable alternatives (especially algae-based and CO₂-derived bioplastics) will become a necessity for packaging, food, and medical sectors.
Dubai has set a goal to eliminate single-use plastics by 2026, aligning with global sustainability trends. The luxury hospitality and retail sectors are increasingly seeking biodegradable alternatives for packaging and other applications. Bioplastics derived from algae, plants, or even CO₂-based processes present a promising future with significant market potential.This sector focuses on designing and producing plastics from natural sources that break down more easily in the environment. It supports eco-friendly packaging, medical devices, and agriculture, combining polymer science with environmental biotechnology to combat plastic pollution.
03
Genetically Modified Agricultural Products
Producing climate-resilient and nutrient-dense genetically modified crops can reduce import dependency and ensure food security. Due to arid land and limited agriculture, climate-resilient GM crops, super-nutritious foods, and pharma crops represent a sustainable path to food independence and reduced import dependency. Approximately 90% of the UAE’s food is imported, making self-sufficiency a strategic priority. There is a strong push for developing crops that can withstand harsh conditions such as aridity, salinity, and high temperatures similar to initiatives seen in desert farming projects like those in Al Ain.
This field leverages genetic engineering to enhance crop yields, resistance to pests, and environmental tolerance. It includes genome editing (e.g., CRISPR), transgenic plant development, and regulatory assessments for safer, more sustainable agriculture.
04
Space Food Production System
A futuristic research area addressing the production, stability, and nutrition of food in space missions. It involves closed-loop systems, algae and insect-based protein sources, and sustainable cultivation methods designed for extraterrestrial environments and long-duration space travel. Dubai as the Next Global Biotech & Space Hub. With the UAE’s ambitious space missions (like the Hope Mars Mission), innovations in food production for extreme environments—such as 3D-printed food, microbial protein sources, and hydroponic farming—are critical for long-term food security and space sustainability.
05
Environmental Project Design & Waste Management
Designing projects focused on environmental sustainability is crucial in the age of climate change. This domain addresses the development of innovative systems for waste reduction, recycling technologies, and eco-centric industrial models. It involves integrating circular economy principles and applying green chemistry to reduce environmental footprints. Addressing waste, pollution, and water scarcity is vital. Microbial fuel cells, CO₂-capturing algae, oil-degrading microbes, and sustainable bioremediation systems can transform Dubai’s environmental resilience and waste infrastructure. Rapid urban growth and tourism in Dubai create significant challenges in managing waste and pollution. New regulations are being implemented to tackle waste management effectively. Combining biotechnology with smart waste handling can revolutionize the city’s environmental resilience and waste infrastructure.
06
Functional Foods & Probiotics Development
This field explores the creation of food products with targeted health benefits beyond basic nutrition. It involves the development of probiotic strains, prebiotic formulations, and functional ingredients aimed at improving gut health, immunity, and metabolic balance bridging nutrition and preventive medicine. Given the rise of health-conscious consumers and the government’s focus on biotech-driven wellness, next-gen probiotics, synbiotics, therapeutic foods, and gut-brain axis solutions have strong commercial and therapeutic potential in Dubai. Dubai’s market is highly attuned to health and wellness, with a growing demand for premium, functional food products. There is strong commercial and therapeutic potential in developing next-generation probiotics, synbiotics, therapeutic foods, and solutions that address the gut-brain axis. High levels of venture capital investment in health-focused startups further support the development of this field.
07
Bio-Based Textiles & Natural Dyes
The global fashion industry produces over 20% of wastewater and contributes significantly to microplastic pollution. As governments and consumers alike shift toward eco-certification and sustainable supply chains, the UAE with its access to biotechnology expertise and desert-based biomass has the potential to lead in developing bio-fibers and natural dyes adapted to arid conditions. This domain involves the development of textiles derived from biological sources like cellulose, algae, or fungi, along with non-toxic, plant-based dyes. It contributes to the sustainable fashion industry by replacing petroleum-based fibers and harmful synthetic dyes with biodegradable and safe alternatives.
08
Natural & Sustainable Cosmetics
This domain explores the development of cosmetic and skincare products using non-toxic, bio-compatible, and environmentally friendly ingredients. It supports the shift from synthetic, petrochemical-based formulations toward plant-derived actives, biodegradable carriers, and cruelty-free testing. Focused on formulating skincare and beauty products using non-toxic, plant-based, and biodegradable ingredients. This field combines cosmetic chemistry, dermatological safety. UAE’s growing luxury and wellness market creates high demand for clean-label, halal-certified, and eco-conscious products. The global market for sustainable cosmetics is expected to exceed USD 20 billion by 2027. Consumers demand transparency, safety, and ecological responsibility.
09
Bioinformatics & Drug Design
A data-driven field that integrates biology, statistics, and computer science to analyze complex biological datasets. It supports drug discovery by modeling molecular interactions, identifying biomarkers, and simulating pharmacodynamics, accelerating the path to precision medicinThis data-intensive field integrates genomics, cheminformatics, structural biology, and systems pharmacology to accelerate drug discovery and personalized medicine. It uses computational modeling and AI to identify targets, optimize lead compounds, and predict efficacy/toxicity profiles before lab testing begins. The cost and time of bringing a drug to market is enormous. Bioinformatics helps reduce failure by guiding smarter, earlier decisions.
10
Pharmaceutical & Medical Project Management
This domain focuses on the structured execution of healthcare R&D and pharmaceutical initiatives, ensuring regulatory compliance, budget control, timeline accuracy, and stakeholder alignment. It’s a vital function for clinical trials, biotech commercialization, and technology transfer.Scientific innovation without structured delivery often stalls. Project managers bridge science and strategy. This area involves the strategic planning, execution, and oversight of medical and pharmaceutical research initiatives. It includes regulatory compliance, clinical trial coordination, risk analysis, and stakeholder communication ensuring scientific integrity and timely delivery.
11
Veterinary Industry Innovations
This field drives technological progress in animal health, nutrition, and diagnostics. It includes vaccine innovation, biosensor development, smart livestock management, and alternative treatments with lower antibiotic dependency. UAE’s push for food security and animal health modernization creates strong demand. With zoonotic diseases and antimicrobial resistance rising, veterinary research is a public health frontier.
