ILDP-Internship 2019 in HU

1. Textual and fieldwork studies of Hinduism and Buddhism in India and Nepal.
2. Theories of Religious Studies and comparative studies of religions from theoretical perspectives.

*In cases of study for religions of Japan, research guidance is also provided in Japanese.

1. Experiments and simulation on self-propelled droplets systems.
2. Exploration of novel active materials and systems.

1. Effect of human activity and climate change on phosphorus and nitrogen cycle in catchments
2. Catchment environmental management for healthy material cycles

1. Sustainable natural resource management in tropics
2. Interlinkage on local benefit and forest conservation

1. Ultrasonic measurements of water- alcohol mixtures or liquid metals and alloys

1. Social mobility and higher education in Delhi or Uttar Pradesh, India
2. Poverty in Japan

1. Internal and international migration and development
2. Anthropological studies on development projects

1. Analysis of automobile industry

*Japanese language skills are required.

1. A study of race and ethnicity in multicultural societies
2. Indigenous studies (eg. Indigeneity in settler societies)

1. A study of race and ethnicity in multicultural societies
2. Any studies on people, culture and languages

1. A study on concept of sport in ancient or modern society
2. An elucidation of the thought of Tactical Periodization of soccer

1. Social structure of Japanese rural community
2. A historical study on forest management in Japan

*Japanese language skills are required.

1. Correlation of bilayer curvature and interfacial properties of coions
2. Interfacial properties of rice starch granules

*Japanese language skills are required.

1. Foreign minorities’ social inclusion
2. Foreign minority children’s’ education for integration

1. Landscape Aesthetics, or Philosophy on the Sacred
2. Edmund Burke and Irish Art Culture
3. The Sublime Theory in Modern Colinialism

1. Socio-economic changes of rural area in the NCR of Delhi

• HINDAS
• Interview

1. Phenomenology for Particle Physics based upon Quantum Field Theory (CP violation, flavor physics)

1. Phenomenology for Particle Physics based upon Quantum Field Theory (CP violation, flavor physic, baryogenesis-leptogensis, non-equribiruum quantum field theory)

1. Molecular dynamics simulations of proteins and DNA
2. Analysis of bioimaging data

1. Paleoenvironmental reconstruction using geochemical and isotopic signatures

1. Energy recovery from biomass by means of anaerobic digestion
2. Biological acetate production from H2-CO2

• Laboratory of Metabolic Engineering
• Research Gate

1. Design and numerical simulation of optical experimental setup for quantum foundation
2. Experimental studies on quantum measurements for optical system

• High Energy Physics Laboratory
• Quantum Frontier Group

1. Study of entanglement and other non-classical correlations
2. Theory of quantum measurement

1. Characterization of multidrug efflux transporters in pathogenic bacteria

* The project work must be started in April or October when the recombinant DNA short course is held, in which the intern must participate.

1. Disruption analysis of secondary metabolite biosynthetic genes in Streptomyces

* The project work must be started in April or October when the recombinant DNA short course is held, in which the intern must participate.

1. Phytochemical study of tropical and subtropical plants
2. Bioactive compounds from microorganism culture

1. Biodiesel production using supercritical fluid
2. Gasification of biomass in hot compressed water

• Thermal Engineering Laboratory
• Interview

1. Solid catalyst for biodiesel production
2. Reaction kinetics on biomass gasification under hydrothermal condition

• Thermal Engineering Laboratory
• Interview

1. Synthesis, optical and electrochemical properties of functional dyes
2. Preparation and photovoltaic performance of dye-sensitized solar cells

1. Development of Embedded GPU/FPGA-based High-speed Vision
2. Infomatic projection mapping for multi-camera surveillance
3. Ultrafast tracking system for flying objects (multicopter, insects, etc.)

• Robotics Laboratory
• Interview

1. Design of a Data-Driven Smart Control System
2. Construction of a Data-Oriented IoT Platform for Controlling Industrial Systems

1. Classifying videos and images with deep models
2. Analysis and understanding human behavior

1. Development of aerial manipulator for multicopter
2. Flight controller for multicopter using visual feedback

1. Soft exoskeleton using pneumatic artificial actuators
2. Tele-operation system for an excavator
3. Evaluation and design of haptic feeling

1. Preparation of siloxane-based new functional materials
2. Preparation of new metallole-containing compounds for optoelectronic applications

1. Development a novel cost effective and low energy consumption biological sewage treatment reactor for developing countries
2. Biological wastewater treatments with recovery of energy, phosphorus, and minor metals

• Environmental Preservation Laboratory
• Interview

1. Analysis of behavior of trace organic toxicants in urban air and water environments

• Environmental Preservation Laboratory
• Research Gate

1. Applications of Deep Neural Network
2. Image and Video Understanding
3. Bioimage Analysis

• Google Scholar

1. Development of microporous inorganic membranes with controlled porous structure
2. Facile synthesis of ceramic thin films of polymer materials

1. Autonomous consolidated transport of passenger and goods
2. Impacts of new mobility services on urban form
3. Modeling freight vehicle route choice behavior with GPS trajectory data
4. Modeling pedestrian route choice behavior with GPS trajectory data

• Chikaraishi Laboratory
• Makoto Chikaraishi
• Interview

1. Changes in people’s lives due to smart technologies
2. Issues of social inequalities in terms of literary of and access to smart technologies
3. Adaptation behavior of the elderly people to smart technologies
4. Long-term impacts of smart technologies on urban forms and the progress of urbanization

*For the doctoral candidate, I’m especially requesting to have a clear output: writing a joint paper to an SCI/SSCI journal during/after the internship period.”

• Mobilities and Urban Policy Laboratory
• Junyi ZHANG
• Interview

1. Coastal hazards (storm surge and storm waves, and tsunami) modeling and prediction system development
2. Estimations of wind, solar and wave energy resources for sustainable development
3. Quantitative assessment of climate change impacts on coastal hazards and renewable energy resources

• Coastal Hazards and Energy System Science Laboratory
• Interview

1. E3 (Energy-Environment-Economy) models
2. Land use-transport interaction modeling as tools for sustainable urban planning
3. Impacts of transport policies on energy use and emissions

1. Energy-saving houses in the hot-humid climates
2. Adaptive thermal comfort and behavior in the hot-humid climates
3. Indoor air quality in the growing cities of Asia
4. Application of vernacular techniques to modern houses

• BUESA Laboratory
• Google Scholar

1. Utilization of Biomass Energy Technologies in Developing Countries
2. Utilization of Natural Products for Sustainable Agricultural Production
3. Analysis for Environmental Pollution and Counter measurements

1. Ecology of tropical forests
2. Conservation of urban biodiversity
3. Human-wildlife conflicts in Asian countries
4. Ecosystem conservation and nature-based tourism

1. New neighborhoods/ new urban areas planning, self-containment, travel behavior in developing countries
2. Social network analysis in neighborhood planning
3. Value of travel time savings for business travelers
4. Impacts of ride-sourcing service on travel mode replacement and travel behavior in developing countries: A case study in Vietnam

1. Rural economics, issues related to agricultural economy
2. Rural dynamics
3. South Asian studies, issues related to life and culture of South Asia

1. Silicon-Carbide (SiC) harsh-environment electronics for space exploration, decommissioning of nuclear power stations, and medical applications
2. Silicon device and process technologies including silicon thin film devices

• Research Gate
• Interview
• Research Institute for Nanodevice and Bio Systems