Gary Hsieh's Research Group Archive
The following research group descriptions are archived because they are no longer offered, the faculty member is on sabbatical, or the group is taking a break. Please contact the faculty member or an advisor to learn more about these groups.
- Analyzing and Supporting Twitter-Based Science Communication
- Implementing Mental Health Strategies in Everyday Life
- To reply or to quote?: Conversational frames on Twitter
- Implementing Mental Health Strategies in Everyday Life
- Design and Development for Crowdsourcing Physical Activity Advice
- Conversational Agent for Collecting Patient Information in Hospital Waiting Rooms
- Supporting Designers of Behavior Change Technologies
- Exploring Cues to Action in today’s Health & Wellbeing application market
- Friend and Crowdsourced Support for Behavior Change
- Coming to America: Building An App for International Students
- Beeswax: An App to Support Local Businesses
- An App to Help Assess and Track Noise Levels at Businesses and Venues
- Coming to America: Designing an Online Community for Immigrants
- Designing Digital Money
- Developing Motivators to Encourage Neighborhood Activism
Analyzing and Supporting Twitter-Based Science Communication
Spencer Williams, HCDE PhD student
Keri Mallari, HCDE PhD student
Gary Hsieh, HCDE faculty
Katharina Reinecke, CSE faculty
Twitter has become an important platform for researchers to communicate about their work to the public. Much of the research done in HCI has direct applications for different groups of people, and many researchers use platforms like Twitter to disseminate their results to the people who might find it useful. However, as people’s audiences on Twitter grow larger, it becomes difficult to know who your tweets are reaching. If you tweet out a blog post with helpful knowledge for kindergarten teachers, how do you know it’s actually being seen by kindergarten teachers and not bounced around by other academics?
In this project, we will be designing a system that identifies what types of people have likely read an individual tweet (e.g., using techniques from NLP and beyond), and aggregates that information to help us summarize the current state of science communication in HCI. We hope to deploy this system on a public website, to provide researchers in our field with insights about who their tweets are reaching, and why.
Activities: In this DRG, the primary tasks will include identifying relevant HCI researchers on Twitter, using text classification to categorize Twitter users, and designing and prototyping the system and underlying algorithms. We will also be reading relevant papers about science communication on social media, NLP, and network science.
Logistics and Expectations: This will be a 2-credit DRG. We will meet for 2 hours in person each week and students will be expected to spend about 3-4 hours working outside of that time per week. Time and location will be determined based on students’ available times.
Qualifications: We are looking for students (BA, MS, PhD, or certificate) who are familiar with web development (CSE 154, HCDE 537), design (HCDE 318/418/518), and/or information visualization (HCDE 411/511, CSE 412/442/512, CS&SS 569).
Implementing Mental Health Strategies in Everyday Life
Many people cope with mental health challenges. People develop strategies to cope with stressful situations and to improve outcomes for supporting mental health. In this DRG we seek to understand how people implement strategies to support mental health in their everyday life. Through a qualitative study we will understand how people work with health providers to decide on goals to support mental health, how individuals implement solutions towards mental health goals, and how people update their goals and strategies as they try to implement them every day. We will be working in the context of depression and older adults, focusing on people who are working with a therapist towards their goals.
Requirements: It is strongly recommended that students took HCDE 313/418/518. If you have not taken any of these courses please provide a strong explanation of your interest in participating in the DRG, and any other relevant experience that would inform your participation in the DRG.
DRG Activities: During the DRG we will conduct an interview and diary study to understand how people implement mental health strategies in their everyday life. We will also analyze interactions between clients and therapists to understand their practices in setting goals and planning actions during the therapy session.
We will finalize protocols to interview clients and therapists, analyze therapy sessions between clients and therapists, conduct interviews with therapists and clients, and analyze qualitative data.
Students will be expected to participate in some or all of: recruiting participants, conducting interviews, analyzing qualitative data, and writing up results.
We will meet for 90 minutes weekly. The time and day of the DRG will be decided to accommodate the schedule of accepted students and research team.
Credits: We expect students to register for at least 2 credits, and we highly encourage students to register for 3-4 credits HCDE 496/596; for each credit you should expect to spend about three hours of work per week. If you are seeking research experience but cannot sign up for credits, please explain in your application.
Students will get exposure to a variety of facets of the research process, and can expect to work closely PhD Student Elena Agapie, with guidance from Prof. Gary Hsieh and Sean Munson. Please contact Elena Agapie (email@example.com) if you have questions.
To reply or to quote?: Conversational frames on Twitter
How we interact with simple design features on online platforms can lead to larger consequences. For example, downstream threads that emerge from replied tweets vs quoted tweets can support different kinds of conversational frames. For investigating this further, we are organizing a Directed Research Group (DRG) 'To reply or to quote?: Conversational frames on Twitter' this summer 2019. There is also a possibility to get involved in a research publication at the end of the DRG.
We are looking for students who:
Are curious about human conversations on social media
Have some experience or want to learn qualitative research methods
Are keen to learn about experimental designs
Want to register for 3-4 summer credits (i.e. 9-12 hours of weekly work)
The group will be facilitated by PhD student Himanshu Zade and advised by Prof. Kate Starbird and Prof. Gary Hsieh. If you are excited to participate, please send a cover letter (explaining your interest) and resume to Himanshu (firstname.lastname@example.org).
In this DRG we seek to understand how people develop and use strategies to manage their mental health in their everyday life. We will conduct a qualitative study to understand how people work individually, and with their therapists, to develop strategies that help people with their everyday life to cope with mental health issues.
As part of the DRG we will finalize interview protocols (that we already have a draft of), analyze therapy sessions between clients and therapists, conduct interviews with therapists and clients, and analyze qualitative data.
Many people cope with mental health challenges. People develop strategies to cope with stressful situations and to improve outcomes for supporting mental health. In this DRG we seek to understand how people implement strategies to support mental health in their everyday life. Through a qualitative study we will understand how people work with health providers to decide on goals to support mental health, how individuals implement solutions towards mental health goals, and how people update their goals and strategies as they try to implement them everyday. We will be working in the context of depression and older adults.
Requirements: Students are expected to have taken HCDE 313/418/518.
Activities: During the DRG we will conduct an interview and diary study to understand how people implement mental health strategies in their everyday life. We will also analyze interactions between clients and therapists to understand their practices in setting goals and planning actions during the therapy session.
Students will be expected to participate in recruiting participants, conducting interviews, analyzing qualitative data, and writing up results.
We will meet for 90 minutes weekly. The time and day of the DRG will be decided to accommodate the schedule of accepted students and research team. You can register for 1–3 credit hours in HCDE 496/596; for each credit you should expect to spend about three hours of work per week outside of meeting times.
In this DRG, we are looking for a few designers and developers to work on the design of CrowdFit. CrowdFit is a tool that leverages the potential of people who are remote from each other to provide help for physical activity. CrowdFit enables an online helper, such as a worker from a task marketplace like Mechanical Turk, to create an actionable plan that follows expert techniques and fits the needs of the person they are helping. CrowdFit has a client interface for the person who receives the physical activity plan and a helper interface for the people who provide the help and support.
The students will work as a team on the website redesign. Students can choose to participate in one of the two roles below, or to work on both aspects.
(1) Design roles: As part of the website redesign, students will perform usability testing, design the brand for this application, create wireframes and assets for the visual and interaction design of the website. Students should have taken HCDE 308 or HCDE 508
To apply, submit a statement stating why you are interested in participating in this DRG, and your resume. Include a link to your portfolio if you are applying for a design position. Include a link to your github or share example of your development if you are applying for a developer position.
More data from patients are needed to understand low-income patients’ needs and offer tailored services to address these needs. For example, discovering that a patient lacks transportation and thus cannot get to the pharmacy to fill their prescription is an important need that should be addressed. Otherwise, the doctor’s visit and prescription from that visit is wasted. Currently, this type of information is often gathered with paper and pen surveys as patients wait in waiting rooms. However, response rates are low. In this DRG, we will explore the use of conversational agents to facilitate this data collection. Can such an agent increase survey participation and improve the quality of responses? What are the tradeoffs between voice- and text-based interactions in this context?
In this project, we will be working on prototyping the user interaction, visual interface and the conversation dialogs. While we are generally looking for motivated students who are interested in exploring conversational agent designs, students with strong prototyping, design, and technical communication backgrounds are a plus, as we will be preparing for a deployable prototype.
Designers use a variety of software (Adobe Suite, prototyping tools, whiteboards, etc); information resources (forums, search-engines, blogs, peer discussions) and patterns (icon sets, templates, libraries) to assist their projects.
We have been studying how designers create systems to encourage behavior change. As part of this process, we plan to create and evaluate new tools to support their work. To continue our efforts, we are looking for about eight highly motivated students, with a variety of experience, interested in 2-5 credit hours. Weekly meeting days and times are TBD and will be scheduled to accommodate as many interested students as possible.
You will work with the research team to ideate, design, and construct low-fidelity prototypes to evaluate in design workshops. Depending on the results, we will design and develop final designs of the solutions, whatever they may be — software plug-ins, web sites or apps, or design resources (templates, design patterns). During the quarter, we will ideate, sketch, and dive into hands-on design exercises and critiques.
Co-directed by Gary Hsieh, Mia Suh
We are looking for interested, motivated and responsible students to join our research group to build an online community for international students. For the last quarters, we have built a web application to support international students, and it is almost getting there.
In this quarter, we plan to polish the application, and to test its usability. To continue our efforts, we are looking for students who have prior experiences with:
- Ruby on Rails
- Relational Database
We are looking for interested and motivated students to build an online community for international students.
Studying abroad is not easy. International students have to deal with the unfamiliar contexts such as new friends, new university, and new country. The process entails rapid changes and adjustments to new environments, which need much time and effort.
This quarter, we aim to build a web application for international students in UW. For the last quarters, we have been studying about the informational needs of international students and designing an online community to support them. To continue our efforts, we are looking for students who have prior experiences with:
- Ruby on Rails
- Front-end programming (e.g., Java Scripts, HTML, CSS)
- Relational Database
The Mobile Health Market market is growing rapidly, in the last year it was worth $4 and is expected to reach $26 bln by 2017. Applications such as Google Fit, MyFitnessPal, Fitbit are designed to motivate exercising, healthy diet, or weight loss. Other applications offer motivational reminders about medication taking, or even try to help with breaking undesirable habits, such as smoking. Many of these applications use motivational messages, visual, audio or tactile feedback, or other means of encouraging people to take action, these are so called Cues to Action. Understanding the variety of such cues offers a useful summary of the current state-of-the-art practices in health & wellbeing mobile and online markets.
Our goal in this DRG is to explore the market of existing mobile and online health & wellbeing applications, specifically those that focus on eliciting behavior change. We aim to analyze and systematize the approaches used for motivating people to change their behavior and come up with a taxonomy of available Cues to Action. To scope the DRG for this quarter we will focus mainly on the text-based Cues to Action.
By the end of the quarter we expect to have a full taxonomy of the approaches for motivating action used in mobile health & wellbeing domain. The taxonomy is meant to reveal which strategies are most and least common, which strategies are most popular in which subdomain of the health & wellbeing market, and finally identify a number of possible underexplored design directions for creating new types of Cues to Action. We are looking for a small group of students to participate in the exploration of the current health & wellbeing application market, who are willing to commit up to 9 hours (3 credits) per week to the project. There are no specific skills required for participation in this DRG.
People use online behavior change programs, such as diets, exercise programs, financial plans to better their behavior. These are often one size fits all programs, not tailored to a person's needs and context. At the same time, many people who have already tried such programs have acquired knowledge on what works or doesn’t for themselves.
Our goal is to leverage the expertise of other people with changing behavior to provide recommendations for improvement based on a person's goals, preferences, and habits. In this DRG we will develop a tool to support social recommendations for the creation of personalized step by step behavior change programs. The tool uses data that people track about their behavior, such as their food or physical activity. The tool facilitates requests and recommendations for daily improvement of behavior between an individual and their friends or strangers who are interested in helping.
By the end of the quarter we expect to have a full design of the system, and an early prototype built. We will draw on interview data from our initial prototype for this design, but may also continue iterative user-testing throughout the design process. We are looking for a small group of students to participate in the design and building of the tool, who are willing to commit at least 9 hours (3 credits) per week to the project. Skills required are: design experience (visual and interaction design) and/or programming experience (front and back end development using web frameworks such as Node.js or Django).
What You'll Do: As a team, we will design and prototype a location-review app that can be used by potential users to explore and assess noise information at various social settings.
Search and review existing theoretical research on civic participation
Explore and discuss successful real-world strategies to encourage civic participation
Test and compare strategies in controlled and/or real-world settings
Generate a taxonomy of motivators that helps outline the strengths and weaknesses of each individual strategies