Monica Neba

• Collaborated with a cross-functional team to develop content strategies focused on operational efficiency, onboarding processes, and workflow improvement—translating complex concepts into actionable communication.
• Researched and applied systems thinking to create articles and social media campaigns related to process design and standard operating procedures (SOPs), key areas relevant to engineering workflows.
• Gained experience in structured documentation, user onboarding, and adoption methods—reinforcing best practices in communication and process optimization.
• Strengthened collaboration and communication skills by coordinating across different time zones and incorporating detailed feedback in iterative project cycles.

• Enhanced a Sweeney axon model by integrating Hodgkin-Huxley-based potassium channel dynamics.
• Developed MATLAB-based simulations to visualize how potassium currents affect action potential propagation.
• Evaluated changes in threshold current, repolarization timing, and wave propagation under varying internodal distances.
• Synthesized insights on how combined sodium, potassium, and leak channels influence overall neuron behavior.

• Delivered high-volume print services to faculty, staff, and students under tight academic deadlines.
• Operated complex printing machinery with accuracy and attention to detail, ensuring quality and consistency.
• Provided customer service for walk-in requests, and handled a variety of technical formatting issues.
• Contributed to improved workflow efficiency and helped onboard new staff.
• Maintained inventory of paper and printing materials for daily operations.
• Followed safety protocols while handling equipment and materials in the workspace.

• Designed and implemented ladder logic code for programmable system simulating automated fluid management with PLC.
• Integrated sensors, pumps, and relays to monitor water levels and control inlet/outlet valves.
• Constructed fully functional class-demo-ready system featuring clear safety and reset protocols.

Troubleshot maintenance issues while documenting operational limitations and improvements for student reference.

• Executed hands-on tasks in biomedical engineering labs to support physically disabled students.
• Graded homework and lab reports for circuit analysis courses, providing constructive feedback.
• Bridged communication between students and instructors, enhancing access to academic resources.
• Assisted with circuit design principles and lab preparation to deepen student understanding.

• Led experimental design to measure PWV before and after handgrip exercises using plethysmography and ECG signals.
• Used LabScribe software and iWorx hardware for data acquisition, ensuring clean and reproducible signals.
• Analyzed physiological responses to exercise and explored gender-specific cardiovascular responses.
• Prepared detailed documentation of electrode placement, signal filtering, timing measurement, and hypothesis testing.

• Provided one-on-one tutoring sessions in various subjects.
• Assessed student needs and created personalized learning plans.
• Collaborated with faculty to support student academic progress.
• Monitored student performance and provided constructive feedback.
• Conducted group study sessions to foster collaborative learning.

• Maintained accurate records of all collected data throughout the duration of the project.
• Conducted extensive literature reviews on plant lignin production and its role in global carbon cycles.
• Prepared materials for planned experiments and documented initial conditions.
• Contributed to hypothesis formation, research planning, and the creation of visual data summaries.
• Participated in team discussions to troubleshoot challenges, and propose experimental improvements.
• Prepared regulatory documentation and presentations and highlighted findings to support project leads.