Still a student. Offering my services as a highly skilled individual in 3D printing, software development and robotic integration.

• Self-hosted service management.
• Implementation of precise automated quoting software for various techical services.
• Server architecture development and maintenance.

Collaborated with doctoral students to implement software testing routines for complex genetic trait analysis software.

• Implemented several python tests in complex software.
• Proposed a tree-based dynamic programming approach to reduce processing time to transform sets of haplotypes.
• Discovered new python technologies and gained basic research experience.

International hackathon focused on space and aerospace innovation.

• Conceptualized a comprehensive waste recycling pipeline for space environments.
• Authored a white paper detailing technical viability and process flow.
• Leveraged open patents from ESA, Airbus, and CNES to ensure compliance with international space regulations.

36-hour hackathon developing high-tech solutions for major industry brands.

• Engineered a machine vision solution for aviation catering verification.
• Trained a custom AI model for precise food product categorization.
• Designed and deployed an employee-facing dashboard for real-time quality control and error correction.

World Championship robotics event.

• Provided technical mentorship to a top-tier international team.
• Diagnosed and resolved critical CAN bus failures for partner teams under time constraints.
• Supervised four technical leads in the calibration and operation of a semi-autonomous robot.

International regional robotics competition.

• Mentored three technical leads in real-time problem solving and crisis management.
• Facilitated the transition to a student-led technical structure.
• Established communication protocols to ensure operational consistency.

Regional robotics competition.

• Guided the team to win the 'Engineering Inspiration' award, securing championship qualification.
• Structured mentorship strategies to foster knowledge transfer.
• Focused on enabling student autonomy and technical proficiency.

National collegiate programming contest.

• Collaborated in a three-person team to solve complex algorithmic problems.
• Implemented solutions using advanced data structures (graphs, trees) and algorithms.
• Achieved the 79th national ranking among collegiate competitors. An effort, nonetheless.

Off-season robotics competition.

• Mentored a new technical lead, fostering a project-management approach.
• Coordinated team workflows to transition from individual contribution to technical leadership.

World Championship robotics event.

• Analyzed advanced robotics systems and implemented robust diagnostic and logging protocols.
• Enhanced system reliability and safety standards through rigorous debugging in a high-stakes environment.

Regional robotics competition.

• Secured the 'Engineering Inspiration' award through demonstrated technical excellence and community outreach.
• Optimized system consistency to ensure reliable performance under competitive pressure.

Regional robotics competition.

• Engineered a real-time scoring system using analytical geometry and computer vision.
• Achieved consistent on-field performance through advanced autonomous processing.
• Applied complex robotics principles to enhance competitive strategy.

Off-season invitational.

• Executed rapid code refactoring and subsystem modifications.
• Led the team to playoffs with a streamlined chassis design, demonstrating adaptive engineering and problem-solving resilience.

International regional competition.

• Analyzed high-performance robotics strategies from top-tier international teams.
• Integrated advanced technical concepts into future design iterations.

Regional robotics competition.

• Managed technical setbacks through constructive failure analysis.
• Leveraged experience to build resilience and improve future system robustness.

Off-season competition.

• Managed full-stack programming and electronics integration under strict time limits.
• Delivered reliable technical solutions through rapid improvisation and troubleshooting.

Selective leadership development program.

• Cultivated skills in teamwork, critical thinking, and personnel management.
• Applied leadership methodologies to guide teams effectively in high-pressure environments.

Regional robotics competition.

• Initiated involvement in competitive engineering and automated systems.
• Established a foundation in robotics principles and team-based technical collaboration.