Led the company AI strategy by mapping high-impact use cases and constraints, combining data analysis, usability research, and market insights to prioritize product opportunities and clarify build versus buy decisions.
Improved finance and operations efficiency by identifying automation opportunities, defining success metrics, and establishing instrumentation plans with clear KPIs for pilots and rollouts.
Built real-time performance dashboards using SQL and Python, delivered executive visibility into key trends, and enabled evidence-based decisions.
Authored implementation playbooks and technical documentation, reduced onboarding time, and improved cross team consistency and knowledge sharing.
Delivered technical support to clients by diagnosing hardware and software issues, ensuring high customer satisfaction and system reliability.
Managed DNS, DHCP, and TCP/IP configurations to support seamless IT operations, directly contributing to consistent product and service delivery.
Collaborated with cross-functional IT teams to develop automation scripts, streamlining internal workflows and enhancing user experience.
Maintained Active Directory and implemented security updates, documenting system changes to support transparency and minimize service disruptions.
Conducted case studies analyzing robotic components using the Core Product Model and Product Life Management to assess manufacturability and lifecycle performance.
Modeled CAD components for the ABB IRB 1200-7/0.7 robot and evaluated additive vs conventional manufacturing using an interactive MATLAB tool.
Built MATLAB simulations to compare cost, material efficiency, and production time, enabling data-driven decisions through real-time interactive inputs.
Utilized SQL to manage component data and authored a detailed technical report with CAD models and analysis to support stakeholder evaluation.
Developed and verified software code, evaluated cloud infrastructure, and proposed a feature for A/B testing to enhance user engagement.
Implemented an IoT-based temperature warning system using Arduino, demonstrating expertise in embedded systems and real-time monitoring.
Participated in sprint retrospectives, contributing to discussions on improving cross-functional collaboration in a startup environment.
Applied software engineering principles in a simulated setting, reinforcing problem-solving, teamwork, and agile development skills.
Installed and calibrated high-precision laser systems, ensuring compliance with stringent quality and performance specifications.
Conducted system testing and quality assurance, diagnosing and resolving issues to optimize laser system reliability.
Assisted in product development, contributing to the design and integration of innovative laser technologies for industrial applications.
Documented system parameters and testing procedures, providing comprehensive technical reports to enhance manufacturing processes.
Completed an intensive leadership training program focused on communication, problem-solving, and decision-making in engineering environments.
Engaged in hands-on workshops and collaborative projects, developing leadership skills applicable to technical and cross-disciplinary teams.
Received mentorship from industry professionals in top technology companies, gaining insights into best practices in engineering and innovation.
Applied leadership principles in team-based projects, improving coordination, strategic planning, and problem-resolution skills.
Provided technical support for students and faculty, troubleshooting hardware and software issues to ensure seamless technology use in an educational setting.
Assisted in the deployment and maintenance of IT assets, including networked devices, software systems, and classroom technology.
Documented IT issues and resolutions, creating a knowledge base to improve system efficiency and reduce recurring problems.
Supported IT infrastructure upgrades, contributing to the implementation of new software solutions that enhanced educational accessibility and digital learning.