- Developing cutting edge project portfolio planning and optimization algorithms.- Developing artificial intelligence algorithms that can be integrated tocompany products or result into new products.- Creating and leading research programmes.

Lectures on Electronics I, Electronics II, Digital Electronics, Introduction to ElectricalEngineering (circuit theory and semiconductors), Digital Signal Processing, ElectricalMachines, Optimization, Adaptive Signal Processing, Contemporary Cryptology andComputer and Network Security.Supervised 20 MSc Theses to completion. Produced 54 international publications, 13 and 41 of which were journal and conference publications, respectively.Interest areas: Signal processing, software and embedded software, simulation, optimization,computer and network security, image processing, analogue and digital electronics.

Algorithm development on optimization and machine learning algorithms for project portfolio planning (i.e., project scheduling) for the research project titled “Agile Portfolio Planning Automationand Optimization”. Developed portfolio planning optimization algorithms using mixed integer linear programming (MILP).Technologies used:Programming languages: MATLAB, Java and JavascriptTechnologies: Spring Boot, JUnit, React, Redux and Ant Design, MongoDB, REST API,annotations and microservices.Platforms: Docker, IntelliJ IDEA.

Co-founded and worked as a senior software engineer in this start-up company specializedon camera calibration, photogrammetry and 3D modelling and produced two softwareproducts, Tgi3D Amorph and Tgi3D Photoscan (www.tgi3d.com). Being one of the towsoftware engineers in the company, designed the software infrastructure for multiple platforms(Windows, MacOS X and Linux) and multiple users (using CVS), designed and implementedthe security, licensing and database frameworks, and also developed half of the wholeproduct software code including some of the optimization algorithms. Currently handling thesoftware updates and e-commerce maintenance.During the years of 2007-2010, we completed a research project titled “Image Based 3DModelling Software” and produced a US patent titled “Direct 3-D Drawing by EmployingCamera View Constraints” (no: US8947423B2).Worked four-days full-time (per week) from February 2007 to June 2010, and two-days fulltime(per week) till June 2011 and part-time since.Technologies used:Programming languages: C++, Ruby, SQL, PHP and Unix shells (bash).Libraries: Qt, OpenSSL, OpenGL and Ruby.Platforms: gcc, autoconf, automake, makefiles, CVS, Windows, MacOS X and Linux.Databases: MySQL

Worked on numerical analysis and simulation of hyperbolic partial differential equations(PDEs) including fluid dynamics (e.g. shallow water) and structural mechanics (e.g. Mindlinplates) equations using multidimensional wave digital filters (MD-WDF) and finite elementmethods (FEM).Developed software for simulations with the MD-WDF method using Visual C++. Producedtwo final products with GUI. Performed and verified simulations also in FEMLAB.

Administration of hardware and software systems which provide DNS, web and e-mailservices to company clients. Also developed web based software for both in-house use andclient projects, such as web based administration tools and database enabled websites.Technologies used:Web servers: IIS, ApacheDatabases: Access, MySQLProgramming languages: ASP, PHP, Perl, ASP.NET, SQL, Unix shells

Supervised electronics tutorials and labs for the classes of size of 25 to 40 students.Courses and Labs: Digital Signal Processing, MATLAB, Analogue and Digital Electronics,Electronic Design, ASICS.

PHP/ASP and SQL development for in-house and client projects. Also maintaining andmonitoring Windows NT/2K and Linux networks, DNS, Mail and Web servers.

WebBox was a fast standalone web server with an 8-16MB FlashROM storage with a webbased administration interface over network. The operating system of WebBox was based onTcl. The projects included developing client programs on WebBox using Tcl and serverprograms using Java on PCs in order to provide a database interaction between the webpages hosted on WebBox and the databases on PCs.Technologies used:Databases: AccessProgramming languages: Tcl, Java, SQL, Perl, Unix shells (sh and csh).