Engineering | | |
Chemical Engineering |
Agricultural Engineering |
Environmental Engineering |
| Engineering |
Agricultural Biotechnology |
Carbon Abatement Technologies[CATs] |
| Chemical Reaction Engineering |
Agricultural biotechnology & developing countries |
Co-firing with a CO2-neutral biomass |
| Materials Synthesis and Processing |
Agricultural Biotechnology regulations, rules & perceptions |
Supercritical and IGCC coal-fired power plant |
| Chemical reaction engineering |
Animal biotechnology |
Saline aquifers |
| Plant design |
Application of artificial intelligence in food engineering research and in industry |
Global Environmental Facility |
| Process design |
Beverage and Fermentation Technology |
Environmental impact assessment and mitigation |
| Biochemical engineering |
Biocatalysis, organocatalysis and nanobiotechnology |
Water supply and treatment |
| Biotechnology |
Biomedical Computational drug discovery |
Wastewater conveyance and treatment |
| Ceramics |
Bio-MEMS and microbioreactors |
Honey bucket systems |
| Chemical process modeling |
Biomimetic and self-assembled materials |
Solid waste management |
| Chemical Technologist |
Biosensors and molecular diagnostics |
Scrubbers |
| Chemical reactor |
Breeding and genetics |
Carbon capture technologies, CO2 transport, storage and use |
| Chemical weapons |
Cell and tissue engineering |
Global Practices of Environmental engineering law |
| Cheminformatics |
Cellular and molecular biology |
underpinning technologies |
| Computational fluid dynamics |
Composition of foods |
Electrostatic precipitators |
| Corrosion engineering |
Control and system engineering for food industry |
Catalytic converters |
| Cost estimation |
Crop breeding, genetics & genomics |
Volatile organic compounds (VOC) |
| Electrochemistry |
Diet-related diseases |
Reactive organic gases (ROG) |
| Environmental engineering |
Domestic animal breeding, genomics & biotechnology |
Recycled container housing |
| Earthquake engineering |
Drug screning and pharmaceutical synthesis |
Hazardous waste management |
| Fluid dynamics |
Electronics and instrumentation in food industry |
Green IT concept |
| Food engineering |
Environmental Biotechnology |
Organic production of high-value products from seaweed |
| Fuel cell |
Enzyme Engineering |
Floating, ecological, multi-power source desalination plant |
| Heat transfer |
Food & dairy agricultural biotechnology |
Hyper-sound water-purifying system |
| Industrial gas |
Food and Nutritional Science |
Treadmills that convert the rotation of the belt into electricity |
| Industrial catalysts |
Food bioavailability |
Designer shopping Cloth bags |
| Mass transfer |
Food biotechnology |
Reusing instead of recycling packaging |
| Materials science |
Food Chemistry and Biotechnology |
Environmental policy and regulation development |
| Metallurgy |
Food fortification and supplementation |
Contaminated land management and site remediation |
| Microfluidics |
Food microstructure development and characterization |
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| Mineral processing |
Food Nutrition and Evaluation |
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| Nanotechnology |
Food Packaging, Materials and Equipments |
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| Natural environment |
Food processing, preservations and packaging |
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| Natural gas processing |
Food properties including thermal, chemical and mechanical properties |
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| Nuclear reprocessing |
Food safety and hygiene |
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| Oil exploration |
Food Sensory and Flavours |
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| Oil refinery |
Food Texture and Rheology |
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| Pharmaceutical engineering |
Functional Food and Bioactive Factors |
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| Plastics engineering |
Functional foods, nutrition, nutraceuticals & bioactives |
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| Polymers |
Gene expression databases |
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| Process control |
Gene regulation |
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| Process design |
Heat, mass transfer and fluid flow in food processing |
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| Process development |
Horticulture |
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| Process Systems Engineering |
Industrial Biotechnology |
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| Process miniaturization |
Marine & algal biotechnology |
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| Paper engineering |
Marine Biotechnology |
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| Safety engineering |
Mathematical modeling and software development for food processing purposes |
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| Semiconductor device fabrication |
Meat science |
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| Separation processes(see also: separation of mixture) |
Microbiology |
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| Crystallization processes |
Microorganism technology |
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| Distillation processes |
Molecular pharming in plants & animals |
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| Membrane processes |
Nano Biotechnology |
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| Textile engineering |
Nanoparticle sequestration in biomolecules |
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| Thermodynamics |
Nanoparticles, nanocomposites, and nanoporous materials for bio-applications |
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| Transport phenomena |
Non-ruminant nutrition |
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| Unit operations |
Non-thermal food processing |
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| Water technology |
Nutrition and health of the public |
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| Process Modeling and Simulation |
Nutrition for people with special needs |
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| Biochemical and Bioprocess Engineering |
Nutritional status of various ages |
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| Hydrodynamics of Multiphase Flow Systems |
Pharmaceutical Biotechnology |
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| Energy Conservation and Environment Protection |
Physiology and endocrinology |
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| Frontiers in Seperation Technology |
Plant biotechnology |
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| Green Technologies for Chemical Process Industries |
Plant design using conceptual design techniques |
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| Applications of Nanotechnology |
Post harvest Technology |
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| Advances in Catalysis and Reaction Engineering |
Protein and gene delivery systems |
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| Hydrocarbon Processing |
RNA and DNA structure and sequencing |
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Role of ag-biotech innovation for national and international competitiveness |
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Ruminant nutrition |
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Seed, fruit & reproductive plant biotechnology |
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Separation and purification processes for food production |
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Sustainable Agriculture |
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The future of plant genetic engineering |
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Thermal processing |
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