EWB's  Solutions for Sustainable Development Research Program provides an opportunity for students and academics at Australiasian universities to support development organisation working in Australia or overseas through real world research projects. If you want your final year research project to help engineer a better world then this program is for you. 

The Research Program is now open for applications. Please submit your application by 9th Febraury 2019. Please note that certain projects will become unavailable as places fill so please submit your application when you can.

The Humanitarian Engineering Research Program is open to those studying at one of EWB Australia's current University Partners. These are: The University of Sydney, Queensland University of Technology, The University of NSW, The Australian National University, Monash University, The University of Melbourne, RMIT University and Swinburne University of Technology. Research must be conducted as part of formal university studies, i.e. not for general interest. 
 

EWB Research Topic List

Available
Not available

 
IDStatusNameThemeLocationPartner
40 results

D10

The design of a low cost solar-powered water pump. (more)

Energy;Water, Sanitation and Hygiene

Cambodia, Timor Leste

EWB

D12

Energy efficient household appliances for low income households in the Asia-Pacific. (more)

Energy

Asia Pacific

EWB

D23

Low-tech passive energy concepts for heating, cooling and ventilating. (more)

Energy;Shelter

India, Nepal

Smart Shelter Research

D24

Impacts of alternative materials and experimental techniques. (more)

Shelter

Asia Pacific

Smart Shelter Research

D41

The State of Corporate Social Responsibility in Engineering Practice – trends and shifts over 3 years. (more)

Professional Practice

Australia

EWB

D43

Ensuring core competencies in engineers being deployed overseas. (more)

Education;Professional Practice

Australia

EWB

E14

The 3C pit latrine – Adapting a standard pit latrine for flood-prone environments. (more)

Water, Sanitation and Hygiene

Cambodia

EWB

F01

Establishing and optimising the efficacy of biodigester technology at low temperatures. (more)

Energy

Australia, Cambodia

ATEC Biodigesters

F02

Modelling and optimising the seismic resistance of biodigester technology. (more)

Energy

Cambodia, Global, Nepal

ATEC Biodigesters

F03

Establishing the optimal blend of recycled LLDPE for biodigester design. (more)

Energy

Cambodia

ATEC Biodigesters

F04

Investigate process for liquefaction and storage for biodigester produced methane. (more)

Energy

Cambodia

ATEC Biodigesters

F05

Establish the suitability and potential applications of biodigester technology in remote Australia. (more)

Shelter

Cambodia

ATEC Biodigesters

F06

Reviewing the focus of seismic structure research. (more)

Shelter

India, Nepal

Smart Shelter Research

F07

Develop devices for the field testing non-engineered materials and techniques for earthquake resistant construction. (more)

Shelter

India, Nepal

Smart Shelter Research

F08

Develop a low-tech shake table for initial seismic testing. (more)

Shelter

India, Nepal

Smart Shelter Research

F09

Determining material properties for seismic testing: Water. (more)

Shelter

India, Nepal

Smart Shelter Research

F10

Determining material properties for seismic testing: Cement. (more)

Shelter

India, Nepal

Smart Shelter Research

F11

Determining material properties for seismic testing: Mountain Stones. (more)

Shelter

India, Nepal

Smart Shelter Research

F12

Determining material properties for seismic testing: Sand. (more)

Shelter

India, Nepal

Smart Shelter Research

F13

Determining material properties for seismic testing: Stirrups in beams. (more)

Shelter

India, Nepal

Smart Shelter Research

F14

Determining material properties for seismic testing: Keying of beams and damp proof course. (more)

Shelter

India, Nepal

Smart Shelter Research

F15

The design and testing of 3D printed interventions for people with disabilities in Cambodia. (more)

Assistive Technology

Cambodia

Agile Development Group

F16

Crowd-sourced accessibility mapping for evidence based advocacy. (more)

Assistive Technology

Cambodia

Agile Development Group

F19

Field kit for water quality testing. (more)

Water, Sanitation and Hygiene

Timor Leste

WaterAid (Timor-Leste)

F20

Method for effective source protection for gravity-flow schemes. (more)

Water, Sanitation and Hygiene

Timor Leste

WaterAid (Timor-Leste)

F21

3d printed prototypes for inclusive, participatory water and sanitation access design. (more)

Water, Sanitation and Hygiene

Timor Leste

WaterAid (Timor-Leste)

F22

Test the appropriateness of Challenge menstrual hygiene management concepts for the Timorese context. (more)

Water, Sanitation and Hygiene

Timor Leste

WaterAid (Timor-Leste)

F23

Test the appropriateness of Challenge water filtration concepts for the Timorese context. (more)

Water, Sanitation and Hygiene

Timor Leste

WaterAid (Timor-Leste)

F24

Faecal sludge management approaches for rural and peri-urban Timor. (more)

Water, Sanitation and Hygiene

Timor Leste

WaterAid (Timor-Leste)

F25

Nudge design to encourage hygiene behaviour change in schools. (more)

Water, Sanitation and Hygiene

Timor Leste

WaterAid (Timor-Leste)

F26

Continued development of a low-cost cooking vessel incorporating Phase Change Materials. (more)

Energy

Global

EWB

F27

The role of engineers in addressing SDG 13: Climate Action. (more)

Professional Practice

Global

EWB

F28

Benefits of and methods for fostering diversity, inclusion and retention in the engineering sector. (more)

Education;Professional Practice

Australia

EWB

F29

Testing and design refinement of 3D printed medical grade paediatric ankle and foot orthoses. (more)

Assistive Technology

Australia

AbilityMade

F30

Evaluating efforts towards Reconciliation within Australia’s engineering sector. (more)

Professional Practice

Australia

EWB

F31

Establishing best practice in community involvement within the Australian renewable energy sector.Establishing best practice in community involvement within the Australian renewable energy sector.. (more)

Energy

Australia

EWB

F32

Evaluating the role of engineers volunteering in the Australia’s community sector. (more)

Education;Professional Practice

Australia

EWB

F33

The role of engineering outreach in achieving the National STEM School Education Strategy. (more)

Education

Australia

EWB

F34

Models for assessing cultural competency of engineers. (more)

Education;Professional Practice

Australia

EWB

F35

Designing an ethical and sustainable way of facilitating digital knowledge sharing in challenging contexts. (more)

Education

Timor Leste, Global

Divers1fy

More Information

The University Research Program accepts applications from final year undergraduate and postgraduate students in any discipline (not just engineering).  The project must be part of your formal studies, most probably as a thesis, a research project or capstone subject. Please check out the Frequently Asked Questions page if you have any queries. If you are interested in conducting a project with EWB in 2019 onwards please complete the expression of interest form.