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 | |
| Mineral processing | Food Nutrition and Evaluation | |
| Nanotechnology | Food Packaging, Materials and Equipments | |
| Natural environment | Food processing, preservations and packaging | |
| Natural gas processing | Food properties including thermal, chemical and mechanical properties | |
| Nuclear reprocessing | Food safety and hygiene | |
| Oil exploration | Food Sensory and Flavours | |
| Oil refinery | Food Texture and Rheology | |
| Pharmaceutical engineering | Functional Food and Bioactive Factors | |
| Plastics engineering | Functional foods, nutrition, nutraceuticals & bioactives | |
| Polymers | Gene expression databases | |
| Process control | Gene regulation | |
| Process design | Heat, mass transfer and fluid flow in food processing | |
| Process development | Horticulture | |
| Process Systems Engineering | Industrial Biotechnology | |
| Process miniaturization | Marine & algal biotechnology | |
| Paper engineering | Marine Biotechnology | |
| Safety engineering | Mathematical modeling and software development for food processing purposes | |
| Semiconductor device fabrication | Meat science | |
| Separation processes(see also: separation of mixture) | Microbiology | |
| Crystallization processes | Microorganism technology | |
| Distillation processes | Molecular pharming in plants & animals | |
| Membrane processes | Nano Biotechnology | |
| Textile engineering | Nanoparticle sequestration in biomolecules | |
| Thermodynamics | Nanoparticles, nanocomposites, and nanoporous materials for bio-applications | |
| Transport phenomena | Non-ruminant nutrition | |
| Unit operations | Non-thermal food processing | |
| Water technology | Nutrition and health of the public | |
| Process Modeling and Simulation | Nutrition for people with special needs | |
| Biochemical and Bioprocess Engineering | Nutritional status of various ages | |
| Hydrodynamics of Multiphase Flow Systems | Pharmaceutical Biotechnology | |
| Energy Conservation and Environment Protection | Physiology and endocrinology | |
| Frontiers in Seperation Technology | Plant biotechnology | |
| Green Technologies for Chemical Process Industries | Plant design using conceptual design techniques | |
| Applications of Nanotechnology | Post harvest Technology | |
| Advances in Catalysis and Reaction Engineering | Protein and gene delivery systems | |
| Hydrocarbon Processing | RNA and DNA structure and sequencing | |
| | Role of ag-biotech innovation for national and international competitiveness | |
| | Ruminant nutrition | |
| | Seed, fruit & reproductive plant biotechnology | |
| | Separation and purification processes for food production | |
| | Sustainable Agriculture | |
| | The future of plant genetic engineering | |
| | Thermal processing | |
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