As an Assistant Professor in Electrical Engineering, I have had the privilege of imparting knowledge and shaping the academic experiences of aspiring engineers. My teaching portfolio includes a diverse range of subjects, including Machine Learning, Control Systems, Data Structures and Algorithms, Microprocessor Systems, Digital Logic Design, and Industrial Process Control.Beyond teaching, I am actively involved in various academic initiatives. I am a valued member of the Curriculum Review Committee, where I play a role in shaping the educational pathways and ensuring the relevance of our programs. Additionally, I serve as a member of the Board of Studies, where I collaborate with colleagues to develop and enhance the academic offerings within the department.

As the Coordinator of Outcomes-Based Education (OBE) in the Electrical Engineering Department (EED), I have played a central role in ensuring the effective implementation and continuous improvement of our educational programs. My responsibilities encompass a wide range of activities crucial to the smooth execution of the OBE system.One of my key responsibilities is the management of electronic course folders, which serve as a repository for essential course-related documents and data. This meticulous organization is essential for tracking student progress, assessment results, and curriculum alignment.I am also responsible for the regular updating of our Self-Assessment Report, a critical document that demonstrates our commitment to excellence in education. Through data analysis and collaboration with faculty members, I ensure that our programs align with industry standards and best practices.To enhance the capabilities of our faculty members, I organize training sessions that provide valuable insights into the OBE framework, assessment methods, and pedagogical techniques. These sessions empower our educators to continually enhance the learning experience for our students.Additionally, I facilitate meetings among faculty members and knowledge domain heads to foster collaboration, share insights, and address challenges in curriculum design and delivery. This collaborative approach is essential for maintaining the high standards of education in the department.Above all, my main duty as the Coordinator of OBE is to ensure the seamless execution of the OBE system in the EED. I am dedicated to promoting a culture of continuous improvement, data-driven decision-making, and student-centered learning. Through these efforts, I contribute to the department's mission of producing well-rounded, highly skilled graduates who are prepared for success in the field of electrical engineering."

As a Student Advisor, I have had the privilege of guiding and supporting students on their academic and personal journeys. My responsibilities include providing academic counseling, helping students set and achieve their educational goals, and offering guidance on course selection and degree planning. Additionally, I have served as a mentor and advocate for students, helping them navigate challenges and connect with resources to ensure their success.

My responsibilities include organizing both inter-university and intra-unversity events that foster collaboration and knowledge exchange among students and professionals. Additionally, I have played a pivotal role in planning and executing workshops and seminars that provide valuable insights and skill-building opportunities to our members and participants.

As a Lecturer in the Electrical Engineering Department, I have had the privilege of contributing to the education and development of future engineers. In this role, I deliver engaging lectures, design curriculum, and facilitate interactive discussions to impart essential knowledge and skills in the field of electrical engineering.My responsibilities include designing and delivering courses that cover a wide range of topics, from fundamental electrical principles to advanced engineering concepts. I am committed to fostering a dynamic and inclusive learning environment that encourages student participation and critical thinking. Additionally, I mentor and advise students on their academic and career paths, helping them identify their strengths and interests within the field.Areas of expertise are Circuit Analysis, Measurement and Instrumentation, Analog and Digital Electronics, Industrial Process Control, Computer Programing and Data Structures.

As the Branch Counselor for the IEEE UCP Student Branch, I have had the privilege of serving as a mentor and advisor to a vibrant community of aspiring engineers and technologists. In this role, I oversee the management of IEEE memberships and actively participate in the planning and execution of a wide range of activities and initiatives within the IEEE platform.My responsibilities include guiding and nurturing the growth of our IEEE student community, fostering an environment that encourages innovation, collaboration, and professional development. I work closely with student leaders and members to organize events, workshops, and seminars that promote knowledge sharing and skill-building. These activities not only enhance the technical proficiency of our members but also prepare them for successful careers in the field.My role as the Branch Counselor has allowed me to witness the growth and achievements of countless students who have benefited from their involvement in IEEE. I am honored to be a part of this dynamic community and to contribute to the development of future engineers and leaders in the field of technology."

Key responsibilities were call testing, making daily and weekly reports, authentication and de- authentication of numbers.TECHNICAL SKILLSLanguages: C++, Verilog HDL.Tools: MATLAB, Electronic Workbench, RSLogix500, AutoCAD2004, Code Composer Studio, HFSS9, Texas Instruments C6713 DSP kits, Xilinx, Spartan 3 FPGA kits, ORCAD, Proteus, Lab View.; Implementation of 14 NIST tests using MATLAB 7 Environment to measure the cryptographic strength.Term ProjectsDigital System & Design: Design of RISC (Reduced Instruction Set Computer) Processor using Verilog HDL.Digital System Design: Direction and Speed control of DC Motor using FPGA.VLSI Design: Design and implementation of Full Adder using 45 nm Technology.Logic Design & Switching Theory: Electricity control of a home using motion sensor and voice sensor.Power Electronics: Speed control of DC Motor using SCR.