NEWTON KELVIN OLLENGO

• Designed and maintained firmware for robotic control and real-time signal processing
• Enhanced design efficiency by 25% through strategic PCB design collaboration for 3 surgical platforms.
• Led root-cause analysis of system bugs and optimized low-level drivers for stability and precision
• Maintained technical documentation and release notes for cross-team and regulatory use

• Reduced development time by 30% by optimizing embedded C/C++ firmware for 3 surgical trainers and diagnostic platforms.
• Increased software feature deployment by {25%} through improving modular codebase.
• Assisted in custom board bring-up and electrical debugging using oscilloscopes and logic analyzers

• Improved system reliability by 25% through developing firmware for 6 biomedical sensor networks.
• Increased project efficiency by 30% by developing firmware logic for 5 multi-disciplinary team experiments.

• Improved educational platform functionality, increasing IoT-based system efficiency by 15% by developing embedded systems.
• Implemented peripheral drivers and validated communication protocols on custom boards
• Highlight your accomplishments, using numbers if possible.

Electrical and Electronic Skills met pedagogical skills

• Degree Awarded with First Class Honors
• 4.0 GPA
• Thesis Statement: Water Level and Quality Monitoring System using Message Queuing