During this tenure, I lead the charge in IT and Cyber Security management, taking proactive steps to combat phishing and overseeing comprehensive employee training programs. I’m responsible for drafting and enforcing our company's technological policies, including disaster recovery protocols to safeguard against both physical and digital threats.I spearhead physical security initiatives by conducting thorough risk assessments and managing crisis responses, ensuring our company’s assets remain well-protected. My role also extends to marketing and business development, where I actively participate in exhibitions, engage with clients, and showcase our products to drive growth.When it comes to M&A activities, I dive into market analysis, identify promising acquisition targets, and evaluate potential companies for strategic expansion. I’m also hands-on with the regular evaluation, upgrade, and maintenance of our security systems, conducting frequent training and drills to prepare our team for any office security incidents.Some of my key accomplishments include:- Enhancing our approval processes and system updates by developing an advanced visitor management system integrated with the Microsoft E5 platform.- Designing and implementing a specialized application for managing exhibitions, which has streamlined tracking, guest recognition, and meeting summaries for the marketing team.- Leading our compliance efforts with CMMC 2.0 standards by conducting self-assessments, identifying gaps, and creating actionable plans to meet Level 2 requirements.- Delivering impactful presentations on compliance technologies during our bi-annual Compliance Day events, educating participants from both parent and subsidiary companies.- Revamping our company website and creating automated tracking systems for licenses and agreements, which have significantly improved our operational efficiency.

In this period, I have been pursuing a Ph.D. in Geophysics in collaboration with the University of Waterloo in Canada. As a part of research, I also collaborated with a professor from the non-destructive testing laboratory. During this period, the COVID-19 pandemic broke out. The attached link shows the impact of the lockdown combined with the creativity of an engineer...

As a R&D Team Leader and System Engineer, I supervised a high-performing team responsible for planning, developing, and producing sophisticated RF systems and subsystems, with a particular focus on VLF frequencies, including both transmission and sensing technologies. My role involved orchestrating hundreds of laboratory and field experiments, taking them from the initial design phase through to execution, and then authoring comprehensive reports that detailed our findings and analysis.I facilitated global customer support and training, providing operational guidance and support to clients around the world. This included managing international field experiments, overseeing product delivery, and ensuring seamless integration and operational effectiveness. I also conducted extensive literature reviews, assessed various commercial simulation tools, and selected the optimal tools to ensure project success.Some of my key accomplishments include:- Engineering and managing a state-of-the-art simulation laboratory, where I utilized advanced commercial electromagnetic simulation tools alongside GPU-accelerated, multi-core processing computers.- Leading a research and development initiative that tackled a national strategic challenge, overseeing the creation and delivery of a pioneering product from inception to completion.- Establishing a cutting-edge simulation lab that integrated high-performance computing resources, and providing essential training on model construction and calculations to U.S.-based teams.- Collaborating closely with cross-disciplinary engineers to evaluate new concepts, perform simulations, optimize systems, build and test various antennas, and execute experiments using advanced laboratory equipment.

As an EMC/EMI Engineer, I directed the EMC/EMI design efforts for electronic circuits and multidisciplinary systems, concentrating on minimizing interference and optimizing overall performance. Moreover, I executed complex electromagnetic analytical and numerical analyses using tools like FEKO, WIPL-D, and CST to tackle high-complexity wave propagation challenges. My work involved planning and conducting detailed EMC measurements, including assessments of conducted and radiated emissions, to ensure that our designs met stringent EMC specifications.I provided technical support to international clients, leveraging my extensive EMC knowledge to address project-specific challenges and ensure successful outcomes. In addition to this, I authored in-depth reports and performed rigorous numerical and analytical calculations using specialized simulation tools to meet our EMC requirements.Some of my key accomplishments include:• Engineering antennas and microwave circuits using advanced design and simulation techniques to guarantee optimal functionality and performance.• Reducing electromagnetic interference and enhancing system reliability by developing comprehensive design guidelines for filtering, grounding, and PCB layout.• Implementing international standards such as MIL-STD-461, FCC, IEC, and CISPR into our design and testing processes, ensuring global compliance and adherence to best practices.• Resolving EMC issues in existing systems by collaborating with cross-functional teams and providing expert guidance on EMC principles and solutions.