1. Akshay Rajput
(akshayrajput16.nitc@gmail.com)
Contact No. - +917400830519
Associate Design Engineer - II
Education:
B. Tech: - CIVIL ENGINEERING, NIT-CALICUT, KERALA
Summary:
As a structural engineer, I have working experience in FEED and Detail Engineering execution in
projects based on 3rd
GEN modularization philosophy (in NWR and ETFD project). I have 3 years
of experience in designing of steel and RCC structures like steel pipe racks, equipment
supporting process structures, RCC foundations (Shallow & deep foundation), design of pile and
pile caps, revamp of structures and design drawing checking. Acquainted with load estimation as
per ASCE-07 and design of connections as per AISC.
Software: Auto-Cad-2011, STAAD, RISA-3D, Microsoft applications, ISM,
Navisworks.
Specific Experience:
Associate Design Engineer- II Flint Hills Resources
Fluor PDH1 Debottleneck Project
02/2016 – Till now Houston Chemical Plant ,USA
The Flint Hills Resources, Houston Chemical Plant, PDH-1 Expansion Project plans to increase
the capacity of the facility to be capable of processing up to 245,000 lb/h of propane feedstock
and producing up to 200,000 lb/h of polymer grade propylene (PGP) products. The Flint Hills
Resources, Houston Chemical Plant site is located in the vicinity of the Houston Ship Channel at
9822 La Porte Freeway, Houston Texas. The existing facility will be modified for the increased

2. capacity. Equipment, Electrical, Control Systems Piping and support structure will be developed.
The Control Systems will be expanded by and the expansion will contain the capacity for the
PDH-1 Expansion Project. The detailed facilities description is contained in the Process and
Engineering Design Basis document A&ED-000-25-RPT-003.The facilities of the existing plant,
including the ISBL propane feed and propylene recovery & hydrogen recovery section as well as
the OSBL Cooling Water section, will be modified to handle the increased capacity of Polymer
Grade Propylene production.
Key Responsibilities:
• Working on Equipment supporting structure and exchanger foundation.
• Preparation of Document for Pile & Foundation design.
• Study of the revamp structures and foundation.
• Extent support to Structural Designers to achieve the desired targets within the specified time
frame.
Associate Design Engineer- II Suncor Energy Oil Sands
Fluor East Tank Farm Development
04/2015 - 02/2016 Fort McMurray, Alberta, Canada
Suncor Energy constructed Plant 220 East Tank Farm (ETF) as part of the Voyageur Upgrader
(VU) Project, at Fort McMurray, Alberta, Canada. The ETF was originally designed to support the
extension of Fire bag 3 & 4 with a portion of the facility called the Hot Bitumen Terminal (HBT).
The HBT was completed and became operational in the Q2 of 2013. Fluor to provide services for
the detailed engineering stage and beyond to include Procurement, Fabrication and Construction.
The site location is in varying degrees of construction completion. Large storage tanks originally
designed for other purposes are partially constructed, some nearly complete. Interconnecting
racks, piping and cables are also in varying stages of construction, prior to cancellation and/or
safe mode.
Key Responsibilities:
• Worked on SMT (Steel module transfer) philosophy
• Preparation of Document for Pile & Foundation design.
• Preparation of detail design document for Analysis and Steel Design of Pipe Rack and
Equipment Module.
• Preparation of detail design document with Analysis and Design of Process Structures.
• Coordinating with other disciplines and Fabricator.
• Extent support to Structural Designers to achieve the desired targets within the specified time
frame.
• Checking of NWD and ISM files.
• Coordinating with prime office.
Associate Design Engineer- I North West Redwater Partnership
Fluor Sturgeon Refinery Project
08/2013 - 03/2015 Sturgeon County, Alberta, Canada
The NWR Sturgeon Refinery project is to design and construct phase one of the facility which will
convert bitumen blend into high quality marketable products. The facility will process and convert
bitumen or heavy oil into condensate, naphtha, and ultra low Sulphur gasoil to be sold separately

3. or reblended and sold as a light sweet crude oil.
Key Responsibilities:
• Preliminary design of Utility Pipe Rack for MTO.
• Preparation of Document for Pile & Foundation design.
• Preparation of detail design document for Analysis and Steel Design of Equipment Module
(BD1-103) and Pipe Racks.
• Preparation of detail design document with Analysis and Design of Process Structures.
• Analysis and Design of Foundations for Static & Dynamic Equipment.
• Coordinating with other disciplines and Fabricator.
• Extent support to Structural Designers to achieve the desired targets within the specified time
frame.
• Checking of Design Drawings.
• Preparation of EWPs.
GRADUATE ENGINEER TRAINEE
Fluor
7/2013 Gurgaon, India
Undergone Fluor New Delhi in house training of 1 month comprising,
a) Basic structural Engineering, concrete design concepts, ACI318-08 concepts, wind load FD
practice, vertical vessel and PIP 03350, horizontal vessel and PIP 03360.
b) Structural Steel design and Detailing of Beams, Columns and Bracing, Design and Detailing of
Connection Using ASCE 7-10
c) Design of Isolated foundation for Vertical Vessel as per ACI 318-08.
d) Design of Pile Foundation for Horizontal Vessel/Heat Exchanger as per ACI 318-08.
e) Steel design concepts and overview of ASCE 7-10 (LRFD 13th edition), Steel code overview
(Black Book- LRFD 13th edition), Pipe rack presentation, RISA 3D (version 10.0) presentation,
Special seismic design and detailing.
f) Steel and Foundation Design for Pipe rack, size 20’x80’x38’high, with 4 levels.
i) Detailed Load calculations including Wind as per ASCE 7-10.
ii) Structural Steel design and Detailing of Beams, Columns and Bracing as per AISC 13thLRFD
iii) Static Load check, Drift and Deflection check.
iv) Design of Moment Connection, Shear Connection and Base Plate.
v) Ductile Design of Anchor Bolt as per ACI 318-08 Appendix D.
vi) Design of Pile Foundation as per ACI 318-08.
g) Virtual Project on Process structure, with 3 level, supporting 2 horizontal vessels.
i) Detailed Load Calculations including Wind and Earthquake as per ASCE 7-10.
ii) Structural Steel design and Detailing of Beams, Columns and Bracing as per AISC
13thLRFD
iii) Static Load check, Drift and Deflection check.
iv) Design of Connections which includes Moment, Shear and Bracing Connections.

4. v) Design of Base Plate and Anchor Bolt.
vi) Design of Pedestal and Pile Foundation as per ACI 318-08.
Educational Profile
Civil Engineering
National Institute Of Technology, Calicut
Course School /
College Name
Board / University
Name
Academic
Year Percentage/CGPAName
Graduation
(B.Tech)
Sem-1 2009-10 6.05/10
Sem-2 2009-10 7.33/10
Sem-3 NIT Calicut – 2013 NIT Calicut 2010-11 7.7/10
Sem-4 2010-11 7.05/10
Sem-5 2011-12 7.94/10
Sem-6 2011-12 7.35/10
Sem-7 2012-13 7.59/10
Sem-8 2012-13 7.55/10
Standard XII K.V. No.1 BHOPAL C.B.S.E. 2008 79.40%
Standard X K.V. No.1 BHOPAL C.B.S.E. 2006 85.60%
Co-Curricular Activities
 Rashtrapati Award in Bharat Scouts and Guides. 
 Two times K.V.S. Nationals in basketball. Gold medal in year 2007. 
 Attended 17th
youth parliament regional level. 
 Went for trecking camp at Yamnotri and awarded Best Himalayan Explorer. 
Personal Profile:
Full Name AKSHAY RAJPUT
Permanent Address B-6 (S-1), KAMLANAGAR KOTRA SULTANABAD, BHOPAL-462013 (M.P.)
Languages Hindi, English
Hobbies and Interests PLAYING BASKETBALL, LISTNING MUSIC & TRACKING
Languages:
Reading Proficiency Speaking Proficiency Writing Proficiency
English Fluent Fluent Fluent
Hindi Fluent Fluent Fluent
DECLARATION
I hereby declare that the above stated facts are true, to the best of my knowledge and belief.
AKSHAY RAJPUT
31/Aug/2016