Project Manager

• Nov 2020 - Present

Project Engineer

• May 2018 - Nov 2020

• Designed a 22,700 sq. m. 15-story Residential Tower + 13,750 sq. m. 7-story Retail/Garage with flat plate post tensioned two-way slab system in downtown Dallas• Modelled, analysed, designed and provided construction administration for a 7-story garage with 913 parking spaces with one-way post tension beam and slab system and a 4-story medical office structural steel building in Arlington, TX• Engineered and providing construction administration service for an additional 3 buildings (84,700 GSF) for an existing DISD project including a 21,000 GSF storm shelter (ICC-500) • Designed Storm shelters for Type-V tornadoes, various fire stations in Texas, steel + wood framing churches, various K-12 schools, ornamental stairs, commercial building renovation projects, structural steel casino, timber retail spaces, post-tensioned slab on grade

Structural Engineer

• Aug 2017 - May 2018

• Project: Santa Monica High School – 3 Story structures with 2 story semi subterranean structure o Steel Gravity Frame Modelling, Analysis and Design for superstructure in RAM o Seismic Analysis for Lateral Frame in ETABS – Base shear, Torsional irregularity etc. o Concrete building frame, retaining and basement Wall, Special Structural Wall and its foundation, base plate, wall and spread footing, grade beam for subterranean levels • Project: Antelope Valley College – 2 Story structures with BRBs as lateral system o Spread and combined footing for Gravity and Lateral columns, Diaphragm design, OCBF Design • Miscellaneous Design – ETABS Modelling of a 1968 masonry school building for R&R purposes, light-well wall, Roof screen wall, helipad design, Vibration check, PV Panel Framing, Parapet Framing, Stair design, Equipment Framing and anchorage, elevator guiderail design. • Providing Construction services for an 8-story housing project with Post tensioned slabs • Knowledgeable in AISC-360,341, ACI-14, ASCE 7-10, AWS D1.1-10, AISI, CBC.

Structural Engineering Intern

• Jun 2016 - Jan 2017

Established in 1999, Structural Solutions Inc. is a structural engineering firms providing both ARCHITECTURAL ENGINEERING AND CONNECTION ENGINEERING DESIGN services. Working as a structural engineering Intern through rigorous application of fundamental structural engineering principles and material sciences. I acquired a holistic understanding and foresight to better apply structural design. My eight months of work experience involved ✓ DESIGN OF SHEAR AND MOMENT CONNECTIONS FOR CONVENTIONAL FRAMING SYSTEMS using 13th/14th edition of AISC specifications. The shear connections design encompassed various connection configurations covered in chapter J and K of the specification. ✓ DESIGN OF VERTICAL BRACING CONNECTIONS FOR LATERAL LOAD RESISTING SYSTEMS STEMS using Design Guide 29 for various structures including Radford Army Ammunition Plant-Virginia, Our Lady of Walsingham among others. ✓ DESIGN OF STEEL STAIRCASE and HANDRAILS using NAAMM design guides for structures such as, UT Aspen, Tyndall at Roberston Hill-Austin, High Density Storage at UT Austin. ✓ ARCHITECTURAL ENGINEERING for unique situations such as one involving hanging Piano upside down from ceiling, Shade Canopy at Parmer Event Center, Austin, Football Stadium at Abilene Christian University. ✓ EXAMPLES of projects for connection engineering include buildings serving as retail and commercial facilities, educational and religious institutions such as Ohio State University at Marion, Arlington Central Library and City Council, Offices at Kimball Park, Children’s Service Center in Pennsylvania.

Structural Engineer

• Aug 2011 - Sep 2013

I worked in L&T-MHPS Boilers Private Limited which is a 51:49 JOINT VENTURE between LARSEN & TOUBRO Limited (L&T), India and MITSUBISHI HITACHI POWER SYSTEMS (MHPS), Japan. It is engaged in the business of design, engineering, manufacturing, selling and maintenance and servicing of SUPERCRITICAL BOILERS AND PULVERISERS in India. I worked in the capacity of a STRUCTURAL ENGINEER for the load bearing STEEL STRUCTURE OF SUPER CRITICAL BOILERS for thermal power plants having capacities ranging from 660 MWe to 1000 MWe My job responsibilities included the following ✓ DESIGNED THE STEEL LOAD BEARING STRUCTURE of super-critical boilers for thermal power plants using STAAD.PRO and TEKLA for 3X660MWe Mahagenco Thermal Power Station, Koradi, India and 2X660MWe JPVL Thermal Power Station, Nigrie, India. ✓ OPTIMIZED the structure FOR PRE-BID ENGINEERING DESIGN of 11X660MWe NTPC (National thermal power plant). ✓ Performed SEISMIC ANALYSIS AND DESIGN for 2X660MWe JPVL Thermal Power Station, Nigrie, India. ✓ SUPERVISED ON-SITE RECTIFICATION WORK on behalf of design team to offset the increased residual stresses in steel members created by gas cutting. ✓ ANSWERED TECHNICAL QUERIES related to fabrication and erection errors for 3X660MWe Mahagenco Thermal Power Station. ✓ EXAMINED STRUCTURE DURING HYRDRO TEST as part of design team for 3X660MWe Mahagenco Thermal Power Station. ✓ AUTOMATED DESIGN AND DETAILING PROCESS of primary structure, an unprecedented work in our organization. The design forces of members was extracted from STAAD into excel sheets using VB macros. Strength and serviceability were then checked by dynamic iteration to obtain instantaneous pass or fail result. Final member dimensions extracted by VB macros were fed as AutoCad commands to give the complete detailing product. ✓ Department REDUCED 2 MONTHS OF THE 42 MONTHS OF PROJECT TIME and saved cost on material used. This process is now included in the chain of operation for every project.

Summer Internship in 'Disaster Management and Mitigation'

• Jun 2010 - Jul 2010