University of Tsukuba Graduate School of Science and TechnologyJoint Master’s Degree Program in Sustainability and Environmental Sciences

Surface hydrology, Boundary layer meteorology, Land-atmosphere interaction

Aquatic biogeochemistry and engineering, Aquatic eco-engineering, Biological water treatment, Microbial ecology, Biogeochemistry, C, N and P cycling

Debris flow, SABO, Hillslope hydrology, Sediment disasters

Photosynthetic mechanism of microalgae, Microalgal biomass and carbon-nitrogen metabolism

Hydrology, Water Environment, Water Resources, Groundwater, Groundwater Contamination

Carbon cycle and greenhouse gases dynamics in terrestrial ecosystem, Response to environmental change in alpine ecosystem, Terrestrial ecosystem ecology, Plant ecology, Carbon dynamics, Biodiversity, Ecosystem function

Fundamental, Mechanism and design of new-developed waste(water) treatment and recycling technologies, Wastewater treatment, Biogranulation, N and P recovery and removal, Heavy metals immobilization, Biosolids

Chemical interaction between plants and microorganisms in the rhizosphere

Environmental economics and policy studies, Socio-economic valuation of natural and environmental resources, Pro-environmental behavior analysis, Sustainable consumption and lifestyle, Environmental cooperation and ODA

Environmental engineering and management

Molecular biology, Genome science, Biotechnology, Production of useful compounds and environmental cleanup with microalgae

Environmental history/law/ethics, Human/historical geography, Water and biodiversity policies, Indigenous/traditional knowledge, Agricultural/water policies, Water ethics, Sustainable tourism

Environmental evaluation by simulation analysis, Environmental economic policy, Comprehensive environmental evaluation, Expanded Input-Output modeling, Environmental Technology evaluation, Integrated watershed management

Ocean biogeochemistry, Carbon dynamics, Dissolved organic matter

Energy balance among atmosphere-ocean-land system

Nanofibers and application, Ion Exchange Materials, Adsorption and Reaction Engineering, Green Processes, Fuel Cell

Control of pollutants in the environment primarily in relation to domestic and industrial wastewater treatment

Chemical Engineering Thermodybnamics, Measurement and Prediction of Phase Equilibrium, Application of Equation of State, Design of Apparatus for High pressure PVT

Separation processes, Extraction, Liquid-liquid extraction, Micellar nanotechnology, Bioproduct development, Cosmeceutical, Food security

Chemical and Biomolecular Engineering, Controlled Delivery of Active Ingredients

Wastewater treatment, Biogranular sludge system

Plant Physiology, Biochemistry, Phycology, Algal Biomass, Applied Microbiology, Environmental Microbiology

Industrial Wastewater treatment, Aerobic granulation, Environmental Engineering, Palm Oil mill effluent

Antimicrobial smart packaging, Biopolymer film for green packaging, Natural based biocomposites, Ion-exchange membranes

Biotransformation, Molecular Biology, Biodegradation, Biofuel from Biomasss, Microalgae

Process System Engineering, Process Integration, Resource and Energy Conservation

Enzymatic processes, carbohydrate chemistry, food hydrocolloids, food rheology, functional food

Non-thermal plasma, Fourier transform infrared spectroscopy, Plasma chemistry, Environmental engineering, Gas conversion, Plasma catalysis, Agricultural waste management and safety and health

Heterogeneous Catalysis, Reaction Engineering, Biomass Conversion, Plastic Waste Conversion, Biofuels, Pyrolysis Kinetics, Process Modelling and Analysis using Response Surface Methodology (RSM)

Carcinogenesis, Antioxidants, Melanoma, Immunology

Flood modeling, Dam Safety, Hydrological analysis & modelling, Suspended sediment & discharge analysis, Development of integrated modeling systems

Adsorption technology

Environmental Sciences (wastewater, atmospheric, pollution and health-care), Nano-synthesis and nano-engineering, instrumental design and simulation, Engineering education

Material Chemistry, Biochemistry, Functional Polymeric Material

Wastewater treatment, Extraction of bioactive compounds from wastes/natural resources, Bioplastics synthesis

Wastewater treatment processes, High rate biological systems, Materials engineering (wastes conversion/recovery), Experimental design and process optimization, Environmental microbiology, Environmental impacts modelling, Environmental processes modelling, Wastewater, Biological wastewater treatment, Environmental biotechnology

Waste to wealth product, Separation process, Agricultural based product, Downstream process, Herbal extract

Adsorption technology

Air pollution control, Air resources, Environment, Environmental pollution

Process System Engineering, Energy and Environmental Sustainability, Frontier Material, Carbon Capture and Utilization, Renewable Energy

Synthesis of metal oxide nanoparticles, Photocatalytic, Adsorption, Wastewater treatment

Molecular Simulations, Structual Bioinformatics

Process System Engineering, Process Integration, Resource and Energy Conservation

Remote sensing, Facility Management, Maintenance Management, Maintenance Planning

Disaster Risk Management, Community based Disaster Risk Reduction, Indigenous Local Knowledge