I am an Electrical Engineer turned Software Engineer, with experience in full stack web development, signal processing, data analysis, Android development, and embedded systems.
Hangouts Chat is the next incarnation of Google Hangouts. Whereas the classic Hangouts was great for 1:1 conversations, Hangouts Chat was rethought and rebuilt from the ground up around team collaboration and productivity.
Founding member of the project, and tech lead / manager for the web team. Built the first prototypes, then led the team that designed, built, and launched an entirely new Google product!
Something around AI and crowd-sourcing. (Sorry, I can't say much about this project)
Tech lead for the project. Worked with the team on system architecture, web frontend engineering, backend engineering, product definition, and even some web / Android UX design.
Optimization of datacenter capacity placement around the world, with the goal of minimizing quantities such as latency, cost, and power consumption, and maximizing revenue.
Individual contributor on several related projects, and lead engineer in a couple of others. In particular, I focused on tools that allowed other engineers to quickly use our models, visualize the many inputs, and interact with our results.
The EU-funded CHOReOS project aimed at building a system for service choreographies in the Internet of Things (IoT).
Driving the design of a data-fusion middleware for the IoT, to allow non-experts to query a network of IoT devices to automatically produce physical inferences and actuations; Collaborating with other universities and research institutes involved in CHOReOS; Co-supervising PhD and Masters students.
In the BehaviorScope project, we were interested in recognizing activities and behaviors of people in assisted-living homes with the goal of detecting when they needed help from a nurse.
Responsible for driving the person-tracking and indentification parts of the project, developing an end-to-end human-sensing solution; Building and maintaining remote deployments of sensor nodes in real homes for multiple months without physical access; Developing drivers, embedded software, and a web-based console to operate and remotely manage our sensor network.
|Yale University||Ph.D.||Electrical Engineering||Dec. 2010|
|Yale University||M.S., M.Phil.||Electrical Engineering||May 2007|
|Johns Hopkins University||M.S.E.||Electrical Engineering||May 2005|
|Johns Hopkins University||B.A.||Mathematics||May 2003|
|Johns Hopkins University||B.S.||Electrical Engineering||May 2003|
Published over 20 peer-reviewed articles. An abridged list follows. The full list is available at thiagot.com/publications.html.
- IEEE Journal of Selected Topics in Signal Processing 2008
- Proceedings of the IEEE 2008
- ACM Transactions on Sensor Networks 2009
- Invited paper at ServiceWave 2011, LNCS 6994
- ACM International Conference on Ubiquitous Computing (UbiComp) 20101 of 5 Nominees for the Best Paper Award
- IEEE/ACM International Conference on Distributed Smart Cameras (ICDSC) 2009
- ACM/IEEE International Conference on Information Processing in Sensor Networks (IPSN) 2006
- WIPO publication number WO/2013/003860
- USPTO publication number US9772816B1
Graded on a most unscientific scale.
- Working knowledge: C++, C#, Matlab, R, VHDL
- Fluent: Portuguese (native), English
- Working knowledge: Spanish, French