• Organized and taught in weekly sessions to reinforce key concepts with a focus on challenging topics.• Held office hours and provided individualized support for students with course materials and homework problems. • Graded assignments, quizzes and exams, and provided constructive feedback on students' work.• Attended weekly meetings with faculty to develop and implement effective teaching strategies.

Earthquake Engineering II • Performed Probabilistic Seismic Hazard Analysis (PSHA). • Modeled 6-story moment frame and performed nonlinear static and dynamic analyses.• Developed fragility curves from test data for reduced beam section (RBS) beam-to-column connections in a steel special moment frame.• Conducted evaluation of existing structures including Tier 1,2, and 3, and performing seismic retrofits using ASCE 41 guidelines.Seismic Design for Structural Systems • Conducted structural analysis, calculated flexural, shear and axial load demand, and performed detailed design of beams, columns, walls. • Analyzed seismic response and ensured compliance with seismic design objectives as per ASCE 7-22 standards.• Structural systems included reinforced concrete MRF/Shear Walls, steel MRF/CBF/EBF/BRB.Earthquake Engineering I (Analysis of Torsional Irregular Building, Auckland, New Zealand: Comparative Analysis of Seismic Design Provisions: NZS 1170.5:2004 vs. ASCE 7-22)• Modeled 11-story moment frame hotel building with asymmetrical plan arrangement in SAP 2000 (accidental torsion accounted).• Conducted ELF analysis including production of elastic site spectra, horizontal design coefficients, deflections using NZS 1170.5:2004.• Calculated interstory drifts, stability limits and torsional irregularity ratios to verify adherence to code limits.Advanced Structural Systems• Calculated the minimum floor thickness considering factors such as serviceability, two-way shear strength, and seismic criteria.• Designed reinforcements to transfer chord, collector and diaphragm shear forces.

• Connected with local EERI Regional Chapter to coordinate events, projects, and networking opportunities.• Invited earthquake professionals to speak on campus about earthquake-related topics.• Organized outreach activities to K-12 students by giving them tours and demos at the laboratory.

Seismic Evaluation and Feasibility of Alterations of Existing Building, Salt Lake City, Utah• Modeled 28-story pre-Northridge moment frame office building with podium in ETABS.• Conducted Tier 1 and Tier 2 lateral and gravity structural analyses including review of existing structural and architectural drawings.• Performed feasibility study of alterations including window wall re-cladding, podium structure expansion, mechanical systems relocation.• Calculated facade, floor, and roof loadings, including precast panels, MEP, floorings/partitions, occupancy loads.• Participated in interdisciplinary design meetings to integrate structural requirements with architectural concepts.• Produced existing building evaluation reports, and calculation book for evaluation of feasibility studies.• Ensured compliance with ASCE 41-17, ASCE 7-22, ACI 318-19, AISC 360-16, AISC 341-16, IBC and IEBC with Utah Amendments 2021.

• Production of engineering plans, technical reports, and barriers specification for roadway design, Maintenance of Traffic (MOT) plans, and specifications for the design of railroad drainage facilities and storm sewers. • Assisted bridge engineers with calculations on bridge structures and substructures for the implementation of the drainage system design.• Conducted analyses to develop design options, prepared design reports and special provisions based on AASHTO and MDOT standards.• Performed guardrail calculations and design for the highway, multiple bridges and interchanges based on MDOT design criteria and standards.• Provided cost estimation report of the roadway using MDOT price reports and project quantity spreadsheet (PQS).• Reviewed plotted plan set to ensure the designs were developed in accordance with relevant ODOT guidelines.Projects: FRA-670-0.18 Bridge Rehabilitation, Columbus, Ohio (District 6)Conrail Railroad Bridges over I-94 Project, Detroit, Wayne County, MichiganI-69 Reconstruction Design-Build Project, Calhoun and Eaton Counties, MichiganM-53 from 18 Mile Road to 27 Mile Road Resurfacing Project, Macomb County, Michigan

• Assisted in proposals, stormwater management reports, engineering estimates and site plans.• Worked on the development of permitting exhibits and permit applications.• Performed engineering calculations and provided detailed design plan set updates of land development projects in Civil 3D, stormwater and utility design in MIDS/ HydroCAD.• Attended meetings and discussed reviews of incoming deliverables and project schedules with clients and sub-consultants.Projects: VA National Cemetery Projects, Residential Site DevelopmentVA Medical Center-St Louis, Missouri (John Cochran Division)Ohio Western Reserve National CemeteryFort Sam Houston National CemeteryParkwood Knolls Residential Area

MnDOT Trunk Highway 14 Expansion Design-Build Project (State Project # 2001-42)• Assisted in generating construction plans, typical sections, alignments, roadway layouts, geometric designs and tabulations for the project.• Assisted in concrete pavement, guardrail, grading profile, superelevation and drainage design in the models in Microstation.• Designed intersection/vertical/horizontal sight distance graphics using the information provided from DOT standards manual.• Determined the type of highway curves and the corresponding design speed, verified road stationing and driveway dimensions.• Coordinated with the traffic and drainage groups to ensure that all plan sections were cohesive with roadway plans.• Communicated with sub-consultants regarding the design decisions, addressed and implemented their suggestions.

Alternatives Study for a Pedestrian Bridge over I-94 in Rogers, Minnesota • Analyzed three alternate bridge locations with the consideration of load-carrying capacity and safety margins associated with each location.• Designed a layout for a steel bridge and a concrete girder bridge based on AASHTO standards, and involved in bridge structures visual inspections for cracks, corrosion and other safety-related problems.• Considered right of way, utility conflicts, structural aesthetics, pedestrian travel times and sustainability.• Performed pier cap calculations for concrete bridge design using the AASHTO LRFD Bridge Design Manual.• Generated cost estimation for each bridge location consisting of the value of materials, construction, and maintenance.• Prepared a report for the City Council that compared the various locations, bridge types, budget and included the final recommendation.

• Measured grain size distribution of field data collected in Owens Valley, California, using MATLAB and MS Excel. • Reviewed research articles on the interrelated problems between debris flow hazards, behaviors and dynamics. • Performed laboratory experiments on debris flow using different matrix properties.• Attended weekly group meetings that involved brainstorming research questions, study designs and methodology.

• Supervised two freshmen throughout their first year by giving advice about university majors and courses.• Provided individualized guidance that contributed to their success in pursuing their semester goals.• Enhanced their university experience by helping them with familiarizing undergraduate student lifestyle.

• Inspected drainages at 7 state highways (59 miles) and estimated cost of water resources needs for 5 state highways.• Scoped numerous state projects that include 13 mile stretch of US 61. • Demonstrated water delineations and modeled for Trunk Highway 96 flooding at Twin Lakes (Lake Elmo) in HydroCAD.• Completed preliminary design of siphon structure to draw down lake levels in Microstation/GEOPAK. • Succeeded in a modeling project on Trunk Highway 52 that includes hydraulic and hydrologic. • Assisted in field investigations for level 1 and 2 wetland delineations and soil coloring on I-35.• Produced quality mapping in for and conducted thorough field investigations to scope future road construction projects.

• Involved in the concrete mix designs development and built a concrete canoe.• Earth Day Clean Up with American Water Works Association (AWWA)• River Awareness Bake Sale

• Held coffee preparation demonstrations and assisted customers with selections of various coffee blends, teas, hot and cold espresso beverages, smoothies, and bakery items.• Greeting customers, provided information for specials and promotions.• Opened/closed store and maintained store cleanliness.• Maintained cafe cleanliness at all times, including cleaning tables, maintaining condiment bar, and removing trash.