• Led a team in the design and development of RF systems.• Oversaw the complete design process, starting from understanding application requirements.• Translated application requirements into detailed technical specifications for RF system design.• Utilized Keysight Genesys for high-fidelity simulations, ensuring accurate and reliable RF design.• Conducted extensive simulations to optimize receiver performance and troubleshoot potential issues.• Coordinated algorithm development and employed SystemVue for RF co-simulation, achieving a seamless integration of signal processing and RF hardware.• Streamlined the design process, resulting in improved efficiency and functionality.• Designed RF layout, ensuring that components and traces were appropriately placed for optimal RF performance.• Designed RF cavities using AutoCad, optimizing shielding and minimizing interference.• Utilized Altium Designer for PCB layout.• Prepared comprehensive design documentation, including schematics, layout files, and simulation reports.• Collaborated with cross-functional teams, including hardware engineers, software developers, and thermal and structure teams, to ensure product integration and performance.• Stayed current with industry trends and emerging technologies in RF design.• Participated in training programs and workshops to enhance knowledge and skills.I supervised the complete design process, translating application requirements into detailed specifications and directing the design phase to align with these specifications. I managed the development of RF systems, leveraging advanced tools such as Keysight Genesys for high-fidelity simulations including link budget calculations. The integration of RF co-simulation with algorithms, and expertise in RF layout and cavity design ensured the delivery of high-performance RF systems.

• Course Instruction:• Delivered comprehensive lectures on GNSS receiver technology to the classes of 2020 and 2021.• Covered essential topics including satellite systems, GNSS receiver design, and data processing.• Curriculum Enhancement:• Collaborated with the department to update the curriculum to reflect advancements in GNSS technology.• Introduced contemporary case studies and real-world applications.• Student Engagement:• Facilitated interactive discussions, encouraging students to ask questions and engage with the coursematerial.• Organized hands-on exercises to reinforce theoretical concepts.• Assessment and Grading:• Designed and administered assessments, including exams and practical assignments.• Provided prompt and constructive feedback on student work.• Mentorship and Advising:• Guided students in selecting research topics and projects related to GNSS technology.As a Visiting Faculty member for the GNSS Receiver Course in 2020 and 2021, I played a pivotal role in educating and inspiring students while advancing the curriculum to reflect the latest developments in GNSS technology. My commitment to academic excellence and research contributed to the academic growth of students and the university's academic community.

Workshops and Seminars Organization:• Designed and organized educational workshops and seminars.• Managed logistics, including scheduling, materials, and venue setup.• Participant Invitations and Engagement:• Sent invitations and communicated with participants, ensuring smooth registration.• Fostered a positive learning environment and encouraged active participation.• Certificate and Record Management:• Created and distributed certificates to attendees.• Maintained attendance records and feedback surveys.• Feedback Collection and Improvement:• Gathered feedback from participants to enhance future sessions.• Collaborated with instructors to implement improvements.As a Graduate Teaching Assistant, I played a pivotal role in the department's educational activities, facilitating learning through workshops and seminars and managing participant engagement. This experience enhanced my instructional and organizational skills while contributing to a vibrant learning environment.

My work as a Graduate Research Assistant enhanced my skills in GNSS antenna design, SDR development, and data analysis, contributing to advancements in GNSS technology for environmental monitoring and reflectometry applications.• GNSS Antenna Design:• Designed, optimized, and fabricated LHCP RHCP GNSS antennas.• Conducted simulations using CST Microwave Studio.• Performed practical testing and measurements of antennas.• GNSS Reflectometry SDR Development:• Assisted in developing GNSS reflectometry SDR software.• Contributed to algorithm development, data collection, and analysis for reflectometry applications.• GNSS Lab Demonstrator:• Conducted lab demonstrations for GNSS technology.• Assisted students in practical exercises and experiments.