BIBIAN AMITO

• Conducting research on AI/ML applications for wireless communication and antenna optimization.
• Investigated intelligent approaches to enhance wireless network performance and efficiency.
• Supporting simulation-driven research workflows and technical experimentation.
• Enhanced research quality by implementing rigorous data collection and analysis methods.
• Conducted thorough background research on relevant topics to provide context for current studies and inform future investigations.
• Contributed to grant proposal writing that secured funding for essential research projects.
• Engaged with the public through science communication efforts, increasing awareness and understanding of research.

• Supported RF department in site planning, network optimization, and wireless infrastructure improvements to enhance overall service quality.
• Participated in radio network performance analysis and optimization to enhance connectivity, coverage, and network efficiency.
• Contributed to planning and technical support for MTN Uganda’s 5.5G pilot and next-generation wireless network initiatives to advance technology deployment.
• Worked alongside engineering teams involved in the deployment and modernization of telecom infrastructure supporting high-speed connectivity and digital transformation.

Key Exposure:

• RF Site Planning
• Network Optimization
• 5G / 5.5G Technologies
• Telecommunications Infrastructure
• Wireless Systems Engineering

• Collaborated within technical teams to support scalable and reliable systems.
• Worked with deployment pipelines and software workflows.
• Strengthened problem-solving and collaboration skills in telecommunications environments, facilitating effective engineering solutions.
• Learned new materials, processes, and programs quickly.
• Fostered collaboration among trainees, enhancing teamwork and problem-solving capabilities.
• Interacted with customers under supervision to support operational objectives.
• Developed strong working relationships with trainees, fostering a supportive learning environment.

• Supported students in computing and technology coursework and practical sessions, enhancing their understanding and application of concepts.
• Supported technical learning environments and guided students in problem-solving activities.
• Contributed to academic mentorship and laboratory assistance.
• Graded assignments and tests, delivering constructive feedback to facilitate student improvement.
• Supported classroom activities, tutoring, and reviewing work.
• Worked with the teacher to optimize learning plans based on student test grades and evaluations.
• Completed daily reports on attendance and disciplinary performance.

• Leading research and development of digital healthcare innovations focused on Sickle Cell Disease support.
• Lead innovation discussions involving telehealth systems and clean-energy-powered technology solutions.
• Participating in the development of wearable and digital health technology concepts.
• Coordinating interdisciplinary collaboration between technical, healthcare, and community teams.
• Growing the customer base through targeted outreach and networking events.
• Streamlining operational processes for improved efficiency and cost reduction.
• Establishing foundational processes for business operations.
• Developing marketing materials and campaigns to boost brand awareness and customer engagement.
• Developed strong partnerships with other businesses to allow for collaboration and more significant opportunities for growth.
• Established a successful business by identifying market needs and developing innovative solutions.
• Implemented efficient operational processes to optimize productivity and resource allocation.
• Created organization's mission and vision statements for use by employees.