Azizul Hakim Shakil

Thesis Topic – “Automated Secure Application Deployment in Kubernetes with SCONE.” • Designed the system based on the REST (Client-Server) architecture • Implemented a fully automated secure tool with the Intel SGX SCONE • Deployed confidential services in Kubernetes using Helm charts • Evaluated the system with different languages (Python, NodeJS, Rscript, Lua) • Improved the system by ~24% with precompiled secure services • Experienced with TDD (Test Driven Development)

• Deploying HW/SW integrated test automation system for competitive analysis of audio & video conference engine (GoToMeeting) • Creating test plans and organizing group tests to ensure product quality • Building test systems to recreate customer’s audio & video issues • Analyzing Audio Issue Reports (AIR) from telemetry data • Generating reports by analyzing customer’s logs using Splunk • Identify, document and track quality issues and defects • Worked together in Agile Scrum-based Quality Assurance team

• Analyzed and profiled the system (Black CAT) performance • Developed data structures and modules based on the REST (Client-Server) architecture • Implemented parallel programming to achieve faster processing • Improved speed-up of the system ~22% • Experienced with pair-programming, worked together in Agile Scrum-based team • Highly maintained the TDD (Test Driven Development) approach

• Implemented necessary modules to locate the nearest ATM branches • Optimized the searching algorithm based on the GPS location • Working closely with other developers, and UX designers

• Experienced in configuring different networks topology with CISCO packet tracer networking simulation tool • Implemented static and dynamic IP allocation, VLAN and Inter VLAN routing, WLAN, DHCP, HTTP, DNS, RIP routing protocol, and Subnetting

- Supported 40 students in lab tasks and projects. Discussed assignment specifications.

The degree program focuses on a future career in the very broad field of distributed systems and their applications. Advanced courses: • Component-Based Software Engineering • Foundation of Concurrent & Distributed Systems • Application Development for Mobile & Ubiquitous Computing

- Advanced Topic in Programming (Java EE) - Advanced Database Management System - Embedded Programming (Android)