Student Programmer

Job Description: Programming support for ongoing development of an integrated farm systems simulation model written in Python. Joint project between UW-Madison Biological Systems Engineering Department and USDA-ARS Dairy Forage Research Center. Hourly appointment for 30-40 hr/week during the summer and 10-20 hr/week during the school year. Regular evaluation of task completion and work quality. Compensation is $15-17/hr depending on experience. Application deadline: March 31, 2018.

Desired competencies:

Systems Engineer

Job Description:
Apply your recent degree and solid foundation in Computer Science in this key customer facing role supporting Miles Data enterprise
customers in the delivery of leading-edge solutions that enable the tracking of assets in the supply chain. The Systems Engineer is
responsible for assisting an Account Manager during the sales process, as well as designing and implementing solutions. The System
Engineer must develop a deep knowledge of the products that Miles Data Technologies sells and supports, including label printing

On The Foundations of Program Obfuscation


Program obfuscation is method for transforming (or “scrambling”) any computer program into one that is functionally equivalent, yet “unintelligible”. It not only promises to be a powerful tool for software protection, but has also reshaped the theory of cryptography in the last few years, with previously unimagined cryptographic applications, and additionally has intriguing application in complexity theory.

Pizza with a Professor

Current Computer Sciences declared majors: You are invited to attend a presentation and informal chat with Professors Akella and Swift (Computer Sciences) on March 14th from 11:30AM - 12:30PM in CS 1240.

Join us for pizza as you hear about what they teach and the research they do with the Department of Computer Sciences. This will be followed by a question and answer session about the topics he teaches/researches, general questions about the CS major and job potential, what is hot/not in the area of Computer Sciences, or any other general advice he can give.

Summer Intern (3 month) / Co-op (6 month) in Advanced Deep Learning

Deep learning methods have been successful in image recognition, natural language processing and speech recognition.  Recently, Google has shown that it may also succeed in predicting medical events and clinical outcomes. Thus, it is critical for the pharma companies to understand, master and apply these methods to modeling disease progression, estimating heterogeneous drug effectiveness and predicting clinical trial results.

Information Processing Consultant

The University of Wisconsin-Extension, division of Continuing Education, Outreach and E-Learning is seeking a collaborative and highly motivated web developer to work onsite with our information technology team. The ideal candidate for this position is a hands-on professional with experience in client and server-side languages, and an ability to translate business needs into client-friendly functions across our forward facing web-based, mobile-based and database-driven websites.

Software engineering interns

DeepMap is a fast-growing startup company located in Palo Alto, California, the heart of Silicon Valley. Our mission is to build revolutionary, high-definition mapping and localization services for self-driving cars. We have top notch engineers from most prominent universities and software companies and are well funded by top ranked VCs. Business Insider ranked DeepMap as top 17 startups launched in 2017 and top 50 startups that will boom in 2018!

Faculty candidate talk: Enabling Low-power Computation, Sensing, and Communication for the Internet-of-Things

Internet-of-Things (IoT) devices serve as gateways connecting the digital world to the physical world. Although we already have powerful tools to understand various data in the digital world, IoT devices are currently insufficient for capturing and processing large amounts of physical world data. In this talk, I will present two systems we built to address this problem. I will first present a low-power backscatter radio system designed for IoT. Our radio consumes 100~10x less power compared to existing WiFi radios.


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