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PORTFOLIO
SOHAN SHETTY
213-952-4006
sohanshetty1991@gmail.com
1210 West Adams Blvd, #202,
Los Angeles, California
Introduction
This portfolio contains my previous work at Toyo Engineering India Pvt Ltd. I was
assigned to civil design team working on IEFCL project which was being built in Nigeria.
The project was to build a 2,300 MTPD AMMONIA/4000 MTPD UREA PLANT For
INDORAMA ELEME FERTILIZER AND CHEMICAL LIMITED IN PORT HARDCOURT,
NIGERIA.
Following are some of the assignments which were assigned to me.
1. Surge Lines foundation: This was one of the most challenging and exciting
assignment I have worked on so far. The assignment was to design foundation
for pipe which was subjected a sudden horizontal force of 79T. This
assignment required some creativity and out of the box thinking. With the help of
my Japanese colleagues we came up with this design.
(Pages 3 to 6)
2. Equipment supporting structure: The structure was 90m high used to support
large pipes for an equipment. I understood the various aspects involved in design
of a steel structure. I performed the design using STAAD and then checked the
connections using excel sheets.
(Pages 7 to 11).
3. Foundation for Start-up heater: Due to unorthodox arrangement of the
pedestal and the higher loads on the pedestal this foundation couldn’t be
designed on the conventional software which were used for equipment
foundation so I designed it using Finite element analysis on STAAD Pro.
(Pages 12 to 15).
4. Equipment foundation: I designed over 80 different type of equipment
foundations. The foundation types include open foundation
(Octagonal/Rectangular), isolated foundation with tie beam, MAT/Raft
foundation, Foundations supported on piles, tank foundation on piles. These
foundations were designed using software such foundation 3D, MAT3D and
excel sheets.
(Pages 16 to 18)
SURGE LINES FOUNDATION AND STEEL
SUPPORT DRAWING
EQUIPMENT SUPPORT STRUCTURE
(STEEL)
6RIWZDUH OLFHQVHG WR WHLO
-RE 7LWOH
&OLHQW
-RE 1R 6KHHW 1R 5HY
3DUW
5HI
% 'DWH &KG
)LOH 'DWH7LPH
  
,()
675$
$0021,$
633 $SU
-XQ 675$B5VWG
3ULQW 7LPH'DWH   3ULQW 5XQ  RI 67$$'3UR 9L 6(/(7VHULHV
/RDG 
;

=
' PRGHO
FOUNDATION DRAWING FOR START UP
HEATER USING FEA
%$ ,()/ 3URMHFW
)281'$7,21
$/8/$7,21 )25
,VVXHG $35,/   'RFXPHQW 1R
x 7KH *URXQG ZDWHU WDEOH LV EHORZ IRXQGLQJ GHSWK OHYH
 67$$' $1$/6,6
 67$$' 02'(/
' 9,(: 2) )281'$7,21 3('(67$/6
)281'$7,21 '(6,*1
$/8/$7,21 )25 67$5783
+($7(5 $%
'RFXPHQW 1R 79 5HY
7KH *URXQG ZDWHU WDEOH LV EHORZ IRXQGLQJ GHSWK OHYHO KHQFH QRW FRQVLGHUHG
)281'$7,21 3('(67$/6
5HY  3DJH  RI 
O KHQFH QRW FRQVLGHUHG
EQUIPMENT FOUNDATION DRAWING
Portfolio_Sohan_Shetty

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Portfolio_Sohan_Shetty

  • 2. Introduction This portfolio contains my previous work at Toyo Engineering India Pvt Ltd. I was assigned to civil design team working on IEFCL project which was being built in Nigeria. The project was to build a 2,300 MTPD AMMONIA/4000 MTPD UREA PLANT For INDORAMA ELEME FERTILIZER AND CHEMICAL LIMITED IN PORT HARDCOURT, NIGERIA. Following are some of the assignments which were assigned to me. 1. Surge Lines foundation: This was one of the most challenging and exciting assignment I have worked on so far. The assignment was to design foundation for pipe which was subjected a sudden horizontal force of 79T. This assignment required some creativity and out of the box thinking. With the help of my Japanese colleagues we came up with this design. (Pages 3 to 6) 2. Equipment supporting structure: The structure was 90m high used to support large pipes for an equipment. I understood the various aspects involved in design of a steel structure. I performed the design using STAAD and then checked the connections using excel sheets. (Pages 7 to 11). 3. Foundation for Start-up heater: Due to unorthodox arrangement of the pedestal and the higher loads on the pedestal this foundation couldn’t be designed on the conventional software which were used for equipment foundation so I designed it using Finite element analysis on STAAD Pro. (Pages 12 to 15). 4. Equipment foundation: I designed over 80 different type of equipment foundations. The foundation types include open foundation (Octagonal/Rectangular), isolated foundation with tie beam, MAT/Raft foundation, Foundations supported on piles, tank foundation on piles. These foundations were designed using software such foundation 3D, MAT3D and excel sheets. (Pages 16 to 18)
  • 3. SURGE LINES FOUNDATION AND STEEL SUPPORT DRAWING
  • 4.
  • 5.
  • 6.
  • 8.
  • 9.
  • 10.
  • 11. 6RIWZDUH OLFHQVHG WR WHLO -RE 7LWOH &OLHQW -RE 1R 6KHHW 1R 5HY 3DUW 5HI % 'DWH &KG )LOH 'DWH7LPH ,() 675$ $0021,$ 633 $SU -XQ 675$B5VWG 3ULQW 7LPH'DWH 3ULQW 5XQ RI 67$$'3UR 9L 6(/(7VHULHV
  • 13. FOUNDATION DRAWING FOR START UP HEATER USING FEA
  • 14.
  • 15.
  • 16. %$ ,()/ 3URMHFW )281'$7,21 $/8/$7,21 )25 ,VVXHG $35,/ 'RFXPHQW 1R x 7KH *URXQG ZDWHU WDEOH LV EHORZ IRXQGLQJ GHSWK OHYH 67$$' $1$/6,6 67$$' 02'(/ ' 9,(: 2) )281'$7,21 3('(67$/6 )281'$7,21 '(6,*1 $/8/$7,21 )25 67$5783 +($7(5 $% 'RFXPHQW 1R 79 5HY 7KH *URXQG ZDWHU WDEOH LV EHORZ IRXQGLQJ GHSWK OHYHO KHQFH QRW FRQVLGHUHG )281'$7,21 3('(67$/6 5HY 3DJH RI O KHQFH QRW FRQVLGHUHG