Human Computer Interaction and Data Visualization - Internships & Jobs


Our internship program aims to recruit top students to work in our lab over the summer. Here is a snapshot of our internship program from 2014.

  • Ameneh Shamekhi, Northeastern UniversityIBM T.J. Watson Research Lab

Ameneh worked on a virtual agent supporting group decision-making, acting as a meeting facilitator. She conducted a user study to explore the effect of embodiment, i.e., having a visual presence, on users' perception of and interaction with the agent, as well as group behaviors.

  • Jonathan Dodg, Oregon State UniversityIBM T.J. Watson Research Lab

Jonathan studied how people make fairness judgment of machine learning algorithms, and how differnt kinds of explanation design impact the judgment.

  • Kaushik Visvanathan, University of PennsylvaniaIBM T.J. Watson Research Lab

Kaushik worked on the consolidation of various sources for IBM Quantum Community. He built a search pipeline that facilitates the question-answering process for quantum computing, addressing the presence of duplicate questions, lack of a robust tagging system and consolidation of sources for search results.  Throughout his internship, he consulted with experts (quantum research scientists) to gather feedback and further improve the system. This work is a case study of question-answering trends and challenges for highly expert online communities and the challenges. 

  • Shion Guha, Cornell University, IBM Research Cambridge

Shion added social network centrality measures to our prediction of employee engagement. Connectedness matters!

  • Tanushree Mitra, Georgia Tech, IBM Research Cambridge

Our extended team (Research+HR/HQ) had developed text-based measures of employee engagement, and we had found a way to estimate engagement only a monthly basis. Tanu showed that engagement was "contagious" - i.e., if your colleagues are relatively engaged this month, then you are more likely to engaged next month.

  • Chungkuk Yoo, Korea Advanced Institute of Science and Technology, IBM Research - Austin

During two internship periods, Chungkuk implemented a new 3-dimensional interaction technology over a glossy surface using only a single commodity camera. He also implemented and evaluated a massive collective visualization technology using commodity mobile devices, without relying on any localization infrastructure.

  • Bumsoo Kang, Korea Advanced Institute of Science and Technology, IBM Research - Austin

Bumsoo implemented and evaluated a new mutual, autonomous telepresence system, so-called co-presence. It enables two remotely living people, such as work-separated family, to live at both places at the same time. Each person lives at his/her own place as well as at the remote place through an autonomous telepresence robot, which intelligently mirrors his/her spatial activities in real time via contextual space remapping.

  • Kevin Jih, UC Santa Barbara, IBM T.J. Watson Research Lab

Kevin explored ways to use ambient lighting, music, and images over the course of group meetings in order to understand how these ambient elements affect the quality of meetings, people’s attitudes, and the decisions made.

  • Josua Krause, New York University, IBM T.J. Watson Research Lab

Josua Krause created a visual query interface for defining cohorts of patients for data-driven medical analysis, leading to new medical insights. Several publications are under submission.

  • Diogo Marques, University of Lisbon, IBM T.J. Watson Research Lab

Diogo designed and performed experiments relating to risk perception and communication. These provided insights into mobile UI design and deployment requirements for the Usable Multi-Factor Authentication and Risk-Based Authorization project funded by the Department of Homeland Security.

  • Judith Uchidiuno, University of Maryland, Baltimore County, IBM T.J. Watson Research Lab

Judith explored uses of wearable smart glasses for field workers. She created an application for workers to communicate with and receive assistance from a remote helper using tools such as video conferencing and document sharing and annotation. Her application was field tested by a team of data center operators within IBM.

  • Xiying Wang, Cornell University, IBM T.J. Watson Research Lab

Xiying designed and built a wearable armband for field workers to notify them of health and safety hazards in the environment. The armband monitors ambient temperature and reminds workers to take a rest break when working in hot environments. It also monitors ambient noise and warns workers to wear appropriate PPE when the levels exceed OSHA-defined thresholds. Her armband was field tested by boiler room mechanics and data center operators within IBM.

  • Yang Wang, University of California, Davis, IBM Almaden Research Center

Yang designed, implemented and evaluated an interactive visualization tool, VeilMe, to help people understand and configure their privacy preferences of using personal traits, including Big-5 personality, values, needs, derived from social media. This work yield a paper at ACM CHI 2015.

  • Elad Kravi, Technion – Israel Institute of Technology, IBM Research - Haifa

Elad designed and implemented a recommendation engine for IBM Connection communities. This work yield a paper at SIGIR 2014.

  • Ira Zuyev, Technion – Israel Institute of Technology, IBM Research - Haifa

Ira designed and implemented research around liking in social media in the enterprise in particular IBM Connections.

  • Deepti Raghavan, MIT, IBM Research - India

Deepti developed techniques to conduct virtual science experiments on mobile devices using sensing and haptic based interaction techniques.

Please explore our careers at IBM pages to learn more about research life and current opportunities at IBM, or look at general information about our United States internship program