NURUDEEN ABUBAKAR

Led the design, development, and deployment of AI-driven automation solutions to enhance operational efficiency and optimize business processes for AndersTek Limited.

• Designed and deployed intelligent automation solutions, streamlining complex workflows and significantly enhancing operational efficiency across multiple departments.
• Leveraged AI and Machine Learning (ML) to develop self-operating systems, resulting in optimized business processes and reduced manual intervention.
• Transformed complex raw data into actionable insights, automating critical decision-making processes and improving strategic outcomes.

Managed diverse projects from conception to completion for Tribease, demonstrating strong capabilities in planning, team leadership, and risk mitigation.

• Successfully led multiple projects from initial conception through to final completion, ensuring timely delivery and stakeholder satisfaction.
• Demonstrated high proficiency in comprehensive project planning, effective team leadership, proactive risk mitigation, and diligent budget management.
• Ensured precise project alignment with strategic objectives by implementing meticulous planning, fostering effective stakeholder communication, and maintaining rigorous quality control.

Served as Vice President for NATECSS, representing telecommunication science students and contributing to academic and professional development initiatives.

• Represented over 500 telecommunication science students, advocating for their academic and professional interests within the university.
• Organized and coordinated student events and initiatives, enhancing community engagement and facilitating skill development workshops.
• Collaborated with faculty and administration to improve student resources and program offerings, fostering a supportive academic environment.

Recognized for exceptional leadership and significant contributions to the student community within the Telecommunication Science department.

Awarded for outstanding academic performance, active participation, and overall positive impact within the Telecommunication Science program.

Researched and evaluated the performance of microstrip antennas for Radio Frequency (RF) energy harvesting applications, contributing to advancements in wireless power transfer and sustainable energy solutions.