Teaching a course on Object-Oriented Analysis and Design to the postgraduate students as a visiting faculty.

- Establish and implement training processes and strategies for all technical personnel- Analyze, plan and develop requirements and standards in reference to scheduled projects- Assign and oversee the daily tasks of technical personnel while ensuring all subordinates are actively working toward established milestones- Hold regular technical team meetings to determine progress and address any questions or challenges regarding projects- Determine and define clear deliverables, roles and responsibilities for staff members required for specific projects or initiatives- Research and evaluate hardware and software technology options and weigh the cost/benefit analysis when making large purchases on behalf of the company- Recruit and train exceptional employees to fulfill posted positions within the technical department- Update and maintain all production technologies ensuring proper maintenance and installation

- Establish and implement training processes and strategies for all technical personnel- Analyze, plan and develop requirements and standards in reference to scheduled projects- Assign and oversee the daily tasks of technical personnel while ensuring all subordinates are actively working toward established milestones- Hold regular technical team meetings to determine progress and address any questions or challenges regarding projects- Determine and define clear deliverables, roles and responsibilities for staff members required for specific projects or initiatives- Research and evaluate hardware and software technology options and weigh the cost/benefit analysis when making large purchases on behalf of the company- Recruit and train exceptional employees to fulfill posted positions within the technical department- Update and maintain all production technologies ensuring proper maintenance and installation

I joined this organization as a ‘Junior Software Engineer’ and left from there while working in the capacity of a ‘Principal Software Engineer & Product Lead’. • Develop software solutions by studying information needs; conferring with users; studying systems flow, data usage and work processes; investigating problem areas; following the software development lifecycle• Determine operational feasibility by evaluating analysis, problem definition, requirements, solution development and proposed solutions• Document and demonstrate solutions by developing documentation, flowcharts, layouts, diagrams, charts, code comments and clear code• Prepare and install solutions by determining and designing system specifications, standards and programming• Improve operations by conducting systems analysis; recommending changes in policies and procedures• Update job knowledge by studying state-of-the-art development tools, programming techniques and computing equipment; participating in educational opportunities; reading professional publications; maintaining personal networks; participating in professional organizations• Protect operations by keeping information confidential• Provide information by collecting, analyzing and summarizing development and service issues• Support and develop software engineers by providing advice, coaching and educational opportunities• Developing software our users need• Mentor junior and mid-level engineers• Collaborate with team to brainstorm and create new products• Grow engineering teams by interviewing, recruiting and hiring• Make informed decisions quickly and taking ownership of services and applications at scale• Work collaboratively with others to achieve goals• Be a persistent, creative problem solver• Remain cool and effective in a crisis• Stay on the leading edge of development practices• Passionate about great technologies, especially open source• Understand business needs and know how to create the tools to manage them

The research topics focus on carrying out extensive research activities in differentdisciplines, including mathematical modeling, kinematics mapping, robotics andautomation, optimization theory, cloud computing, Internet of Things (IoT), data analytics, smart grid, algorithms, programming, artificial intelligence and machine learning, to name a few.