•Lead a team of 8 engineers in the research and development department, resulting in the successful completion of all project deliverables on time and within budget.• Designed and developed a remote controller from scratch and modified existing ones to meet company needs, which reduced response time by 40% and improved the system’s reliability by 60%. • Reduced downtime and maintenance costs by 25% through the implementation of removing redundant relays and improving the overall design and documentation of all electrical panel components and systems. • Presented research findings and recommendations to upper management, resulting in the funding of new project: using GPR, multispectral camera, AI, Automation Control.

• Experience with prototyping and testing to ensure proper function and reliability of designed systems.• Proficiency in computer-aided design (CAD) software and PCB simulation tools.• Ability to work effectively in a team environment and contribute to the development of new products and technologies.

• Innovated and engineered a dynamic assessment algorithm that determines student proficiency in skills / sub‑skills using minimal questions, improving test efficiency and adaptability to individual learning paths.• Innovated a system for propagating assessments to predict root skills effectively, enhancing the adaptability and accuracy of skill mapping technologies.• Executed simulations and analyses across various statistical models including Bayesian Knowledge Tracing, Item Response Theory, Multidimensional ELO Rating System, and Multi‑Armed Bandit Algorithm.• Designed OpenAI Assistant architecture and fine‑tuned multiple AI models, leveraging transformer architectures and embeddings to develop a sophisticated question and answer generation system.

• Analyzed user interactions and architected an AI assistant framework to assess question relevance and difficulty. Designed a classification system for user queries by topic, enhancing response accuracy.• Leading the development of topic heat maps and resource feedback analysis to refine data needs and improve user satisfaction in the TaxGPT project.

• Assisting the Professor: Actively collaborated with the course professor in planning and delivering curriculum, ensuring the material was both challenging and accessible for master’s level students.• Curriculum Development: Contributed to the development of course materials, including lectures, assignments, and hands-on projects, focusing on contemporary AI technologies and methodologies.• Student Engagement: Conducted regular tutorial sessions and office hours, offering personalized guidance and support to students. Facilitated discussions and group activities to deepen understanding and foster a collaborative learning environment.• Project Supervision: Supervised and mentored students in their capstone projects, emphasizing the practical application of AI in real-world scenarios. Provided feedback and evaluation to enhance learning outcomes.• Research and Technology Integration: Kept abreast of the latest developments in AI and analytics, integrating cutting-edge tools and research findings into the coursework.

• Engineered modern web applications with JavaScript, VueJs, Bootstrap.• Designed and developed a book management system for a local library, including features such as cataloging, check‑in/check‑out.

• Use real-world examples to help students see the relevance and practical applications of math in their daily lives.• Help students develop problem-solving skills and encourage them to persevere through challenges.• Support and encourage students to strive for mastery of math concepts rather than just memorizing formulas.• Use a variety of resources, such as textbooks, online resources, and manipulatives, to support student learning.

• Delivered deep learning model with given objective and constraints for semantic segmentation on aerial and satellite imagery for GIS platform, resulting in 90% fidelity. • Implemented a model for removing noise, such as clouds and variable gamma, by using multiple filters.

• Proficiency in computer-aided design (CAD) software, such as AutoCAD and SolidWorks.• Ability to work effectively in a team environment and communicate design ideas and technical information clearly to both technical and non-technical stakeholders.• Strong problem-solving and critical thinking skills, with the ability to analyze and troubleshoot mechanical systems.• Continual learning and staying up-to-date on industry trends and advancements in mechanical design.