Rajesh Kumar, Meng, E.I.T, Csm® Email & Phone Number

Edmonton, Alberta, Canada

Edmonton, Alberta, Canada

• Prepare estimates (from $1 million to $30 million) for senior management review and won tenders worth $50 million to date• Draft and submit tenders (RFT), proposals (RFP), and pre-qualification information as required and/or directed in a timely manner• Reviews proposal specifications, addendums, drawings, technical reports, and attend pre-bid meetings to determine the scope of work and the contents required for estimation • Make requests for quotes, provide, submit, and monitor bonding requirements (Bid Bond, COR & Insurance) as per the tender documents• Maintain accurate files for all estimates, including pricing, customers, and bid information from suppliers, sub-contractors• Update LEMs document by coordinating with the site superintendent as per the client’s requirement and make necessary changes if required • Experience working in office and field activities such as quantity takeoff, writing RFI, change orders, coordinating with the project’s multi-disciplinary team, and monitoring onsite works• Lead weekly estimating meetings, to review quotations, discuss best bid opportunities and advise the team of any awards or potential project awards• Utilize software such as MS Project for preliminary construction scheduling, Bluebeam for quantity take-off, and Estimating link for an estimation

Edmonton, Alberta, Canada

Courses: Advanced Structural Analysis, Dynamics of Structure, Introduction to Finite Element Analysis, Behaviour/Design of Concrete, Wood and Steel members, Fundamentals of Building Science and Solid Mechanics, Behavior, and Design of Steel Seismic Force Resisting SystemCapstone Project: Life Cycle Assessment of building structure made from concrete, steel, and timber using Athena - Impact Estimator for Building:Design Phase:• Designed three fictitious buildings (total height: 6 m, each story height: 3 m, floor area: 18 m x 18 m with 3 bays in each direction & 6 m spacing) located in Vancouver using concrete, steel, and timber as building materials• Calculated live load, dead load & snow load to design vertical load resisting system, and wind load, seismic load & base shear for designing lateral load resisting system using NBCC• For Concrete Building: Used CSA A23.3 to design a Two-way slab with panel drop, column, and RC shear wall• For Steel Building: Slab was designed in accordance with Canam-Steel catalog using P-3615 & P-3606 composite, Joists economical depth selection was determined by using Canam tool. Used Handbook of Steel Construction & CSA-S16 to design beam, column, and Concentrically Braced Frame• For Timber Building: Utilized Wood Design Manual & CSA-086 to design slab, beam, column, and shear wall. CLT was used for slab and shear wall while Glulam was used for beam and column• Utilization factor was taken into consideration to maintain uniformity in comparing the 3 structuresLife Cycle Assessment (LCA) Phase:• Calculated volume and weight of the structural elements accordingly that were obtained at the design phase• Life Cycle Assessment was done over a period of 50 years considering LCA measures such as Global Warming Potential (GWP), Fossil Fuel Depletion, Stratospheric Ozone Depletion, etc. at different life cycle stages using Athena Impact Estimator for Building to determine the most sustainable building material

Bengaluru, Karnataka, India

• Coordinated and supervised the construction of multi-million dollar elevated metro rail transit viaduct consisting of piles, pile cap, pier, pier cap, precast post-tensioned segment, and associate stations in 4 km stretch• Monitored the progress of various construction project sites and ensure 100% adherence to design specifications, quality compliance, and safety protocols• Conducted post-construction inspections to identify the defects (cracks, honeycomb, deflection, etc.) and determined effective cost-saving repair solutions• Managed a cross-functional team of 20 staff which included general contractors, subcontractors, engineers, and laborers on various construction projects• Led regular meetings with clients, technical and non-technical staff to discuss project challenges, project deliverables, and project milestones on the ongoing construction projects• Identified and resolved the technical issues and design conflicts to minimize the project delays and maintain tight schedules

Bengaluru Area, India

• Supervised the construction of a 5 story institutional building having a floor area of 31200 ft2 consisting of 18 classrooms per floor with 1 level of underground parking• Oversaw the footing and column thickening of a building using the jacketing technique due to changes in the design• Monitored the installation of prefabricated steel beam sections, finishing work including plastering, flooring, plumbing, HVAC, painting, installation of doors and windows• Surpassed client expectations by effectively coordinating the building team in completing the concreting 340 m3 of floor area 2 weeks before the deadline • Performed site inspection on regular basis and prepared supporting documents such as site assessment reports, bill of materials, daily & weekly progress reports, and progress payment

Master Of Engineering - Meng, Structural Engineering

Bachelor Of Engineering (B.E.), Civil Engineering, 80%

Bachelor’S Degree, Civil Engineering, First Class With Distinction

Pcm

10+2, Science Stream (P C M)

10Th, High School

Activities and Societies: House Captain