• Designed and implemented a UAV-based thermal imaging and compaction analysis protocol to monitor asphalt paving operations.• Surveyed 12 paving sites with various mix designs and environmental conditions to validate the protocol from 2022-2024.• Published a paper on the developed UAV monitoring protocol in Transportation Research Records (Sage Journals) and submitted another paper that is in review.• Contributed to a research project on characterizing the cracking resistance of pavement materials using a vision-based crack detection system.• Demonstrated meticulousness, dedication, and quick mastery of research and experimental techniques.• Recognized as a team player with a pleasant personality and proven ability to work effectively in a large research team.

• Instructed 80+ students per semester in concrete and asphalt laboratory experiments, enhancing their practical understanding of construction materials.• Effectively communicated basic concepts, resulting in improved student performance and engagement.• Collaborated with faculty to create comprehensive lab quizzes and assessment criteria, aligning with course objectives.• Mentored students and provided academic support in civil engineering, particularly in materials science applications.

• Worked on a 2-phased key industrial project - Falcon Park 303, a $47 million, 1 million sq. ft. ground-up industrial project owned by the U.S. Capital Development Company, ensuring Phase 1 was completed on time with an obtained TCO.• Involved in the management of another $34 million ground-up industrial project and two tenant improvement projects, demonstrating strong project coordination.• Developed strong skills in continuous tracking of procurement log and material lead times, pledging efficient project management and timely delivery of materials.• Demonstrated exceptional attention to detail, proactively identifying and addressing issues before the Owner's Punch Walk, resulting in high-quality project outcomes.• Provided assistance to the owners throughout the project, ensuring their satisfaction and handling their concerns effectively.• Overcame challenges such as roofing delays and water supply issues by leveraging strong subcontractor relationships and finding innovative solutions.Utilized Procore software for seamless communication, managing project documentation, and tracking progress.• Actively sought feedback from the project team, fostering open communication and a collaborative work environment.

• Assisted Ph.D. students in collecting and transporting 5 different stockpiles from Asphalt plants in the Phoenix area.• Incorporated into 2 different projects which included sieving, batching, mixing, compacting, and coring of samples.• Cataloged the project deliverables and timeline which helped us in streamlining the project schedule.• Trained and guided 2 recruits in performing the work before completely transitioning them into the main project.

• Answered and Resolved questions putforth by students from civil engineering expertise.• Received and Maintained positive feedback from students.

• Employed on a Multi-Family residential building project of 6 units with $500,000 GMP.• Drafted floor plans with guidance from the principal architect meeting the client's requirements.• Logged meeting minutes of stakeholders during the design and pre-construction phases.• Monitored the procurement of materials and logistics before the beginning of the construction activity• Facilitated supervisor by detailing the plans and directing 20 foremen with the placement of concrete foundation.• Collaborated with the owner’s representative to successfully commission the initial stages of construction.

• Lead a group of 5 members approached a local construction company for an internship.• Scheduled calendar dates with site engineers to watch and learn to cast major elements in the building.• Successfully delivered a short group presentation.