Develop and lead initiatives across Sales, Strategy, and Product Development to execute the Siemens DISW transformation to a Software as a Service (SaaS) business.Primary responsibilities:* Define and lead strategic technical initiatives as part of the Siemens DISW transition to SaaS* Lead an expert team of specialists with skills across SaaS solution architecture, program management, and organizational change* Support domain experts across Siemens DISW delivering SaaS solutions for our customers

Working across business segments in Siemens Digital Industries Software to help our industry-leading teams revolutionize their products and transform our business.

Primary Responsibilities:* Design, develop, and deliver innovative, cloud-connected engineering solutions* Provide technical leadership across a global development organization of agile teams* Promote and implement "DevOps" and Continuous Delivery (CD) best practices* Provide subject matter expertise in cloud computing and cloud-enabled architectureTools and Technologies:* Extensive use of multiple AWS services, with emphasis on EC2, ECS, and DynamoDB* Containerized infrastructure and development tooling with Docker* Back-end development with Node.js* Front-end development with Vue.js* Infrastructure as code with AWS CloudFormation

Primary Responsibilities:* Design, develop, and deliver cloud-hosted Web applications and platforms for developer productivity* Develop services, frameworks and tools to enable continuous delivery and DevOps* Contribute to open-source tool development (see http://finraos.github.io)Tools and Technologies:* Programming in Java, Javascript, Groovy (incl. Grails), Ruby, Bash* CI/CD with Jenkins, Git, Maven, Gradle, Puppet, Docker* Extensive use of AWS services: EC2, S3, IAM, CloudFormation, and others* Test automation with JUnit, WebDriver, JMeter

I worked as a teaching assistant and instructor for courses in computer science. Overall, I worked in 3 different courses offered by the department:CMSC 330, Organization of Programming Languages - An overview of programming languages and their features from theoretical contexts (e.g., Automata, Lambda Calculus, Operational Semantics) with programming projects in Ruby, OCaml, and Java. I was also the Instructor for this course in Summer 2011.CMSC 433, Programming Languages Technologies and Paradigms - Software engineering course with emphasis on software design and multi-threaded programming, with programming projects in Java (including Google Web Toolkit) and Erlang.CMSC 435, Software Engineering - Software engineering capstone course built around delivery of a semester-long project in Java.

Primary Responsibilities:* Develop models of real-world tasks in virtual environments driven by cognitive models* Extend the ACT-R cognitive architecture to support spatial, kinesthetic, and proprioceptive reasoning* Assist with experiments for validating models, including human data collectionTools and Technologies:* ACT-R extensions and cognitive models in LISP (including CLOS)* Model 3D environments in Virtools* 3D modeling extensions in C++, including shader development with the Virtools API* 3D motion capture