Camilo Granda, Masc., Eit Email & Phone Number

Vancouver, BC, CA

Vancouver, British Columbia, Canada

• Managed projects exceeding $15M as the prime consultant in the rehabilitation and restoration of existing buildings, repair of damaged buildings, small building additions, as well as structural design of building.
• Conducted structural condition assessments in residential, commercial and industrial buildings, developing recommendations and repair/upgrade strategies meeting the client's budget and requirements.
• Designed innovative structural solutions using steel, aluminum,and concrete to address unexpected site conditions, optimizing efficiency and adaptability during the construction process while ensuring project.
• Leveraged mentoring and leadership skills to supervise student interns, nurturing their professional growth and developing their knowledge of industry practices.

• Structural & Earthquake Engineering
• Collaborated with Glotman Simpson in the design of a cantilever, coupled wall, and headers of a 30-storey reinforced concrete shear wall building following CSA A23.3-14 clauses.
• Built a 3D full nonlinear (gravity-force system & seismic-force system) building model in LS-Dyna using multi-layer shells, fibres, and lumped plasticity elements as a tool to estimate the behaviour of tall tower.
• Developed prediction equations to compute the flexural stiffness modifiers of gravity-frame components to estimate their seismic demands.

Quito

• Summarized a literature review about the existing mechanical models for torsion and the current torsion design methods available in the following design codes: ACI 318-14, CSA-A23.3-04, AASHTO-LRFD-17, EN.
• Designed an inverted tee bent cap of a three-span bridge. Bending moment, shear, and torsional moment effects were considered following the guidelines of the ACI 318-14, CSA-A23.3-04, AASHTO-LRFD-17, and EN.
• Journal Publication: Granda C., and Lantsoght E. 2018. Overview of Torsion Design Methods, ACI Special Publication: Examples for the design of reinforced and prestressed concrete members under torsion. In review
• Journal Publication: Granda C., and Lantsoght E. 2018. Torsion Design Example: Inverted Tee Bent Cap, ACI Special Publication: Examples for the design of reinforced and prestressed concrete members under torsion. In.

El Coca, Ecuador

• Developed the technical and benefit/cost analysis of the construction of a new warehouse for the Artificial Lift segment to reduce in 50% the time to repair equipment, decrease expenses in $200,000.00 and eliminate.
• Organized two training workshops about electric submersible pumps to teach to Schlumberger’s customers the right operation of the equipment and to demonstrate its multiple benefits.
• Supported the daily deliveries of three sets of equipment for the oil rigs to keep a continuous production of the oilfields

Bachelor Of Science In Engineering - Bs, Civil Engineering

Bachelor Of Science In Engineering - Bs, Civil Engineering, Exchange Student During The 2016-2017 Academic Year

Activities and Societies: Fall 2016 member of the Institute of Transportation Engineering, Student Chapter at Northern Arizona University