Associate Consultant @ Lumenci

starting February 2023

Managed a key client's code review project, achieving 100% of milestones, improving code integrity, and enhancing efficiency in the development process.
Conducted specialized technical analysis for patent infringement lawsuits, collaborating with expert witnesses to validate findings and enhance assessment credibility.
Optimized B2B client requirements, aligning technology development with intellectual property strategies for Fortune 50 Companies.
Led extensive technical research and code reviews on large repositories, informing strategic decisions and optimizations for software systems.
Applied industry-standard tools to reverse-engineer functionalities for wireless and medical devices, contributing to a deeper understanding of technology implementations and assisting clients in navigating technical challenges.

Sep. 2021 - Dec. 2022

Developed MATLAB algorithms for statistical analysis, resulting in a 15% improvement in sensing quality for IoT devices.
Applied information theory principles to achieve 97.6% sensor consistency in smart agricultural technology, enhancing data collection reliability.
Designed and implemented advanced algorithms using information theory metrics, reducing sensor measurement uncertainty by 22% in IoT applications.
Research Program: The Internet Of Things For Precision Agriculture (IoT4Ag), advised by Dr. Shijia Pan at the Pervasive Autonomous Networked Systems Lab.

Software Engineer Intern @ Sweep Inc

Jan. 2022 - May 2022

Led a team of software engineers to develop an optimized production scheduler, resulting in a 20% increase in production efficiency.
Implemented a scheduling algorithm that successfully reduced labor costs by 15% by considering various inputs from manufacturing sites, such as worker schedules, skills, and inventory.
Utilized data structures, such as Graphs and Trees, to efficiently represent input data and solution spaces, resulting in a 25% reduction in computational time during scheduling.
Managed project timelines, milestones, and deliverables, ensuring on-time project completion within scope and budget constraints.

Research Scientist @ OnRobot A/S

Feb. 2017 - Feb. 2021

Engineered and implemented Design of Experiments (DoE) for R&D manufacturing processes, resulting in 250% improvement in product performance, adhesion, and endurance.
Developed, documented, and instituted Standard Operating Procedures (SOPs) for manufacturing, testing, and new employee training, achieving a boost in product quality yield from 50% to 90%, while doubling the production rate.
Executed a comprehensive Freedom to Operate (FTO) investigation for electrostatic technology against existing patents, ensuring compliance and safeguarding intellectual property; concurrently, contributed technical expertise to collaborative research programs such as the NASA Gecko Gripper program (NASA-JPL SBIR Phase I & II) and NSF SBIR Phase IB.