The document summarizes an internship presentation at Phenix Construction Technologies. It includes: - An introduction to the company covering its global footprint, manufacturing capabilities, and departments visited during the internship. - A description of the processes in engineering, design, detailing, production, quality assurance, and their applications. - Details of the methodologies and software learned and used, including AutoCAD, TEKLA, Excel, and STAAD Pro. - An overview of practical jobs completed during the internship involving proposal drawings, general arrangement drawings, and equipment. - Conclusions about the knowledge gained regarding pre-engineered building design, drawings, fabrication and erection.

1. INTERNSHIP PRESENTATION
(Company Name: PHENIX CONSTRCTION TECHNOLOGIES, Ahmedabad)
Presented
By
S. SAI SRAVANTH (19L31A03A7)
S. NITESWARA SAI (19L31A03G4)
M. VAMSI ANUDEEP (19L31A03H5)
JOY ALRIC KUJUR (19L31A03I4)
***
Under the Mentoring of
Department of Mechanical Engineering
Vignan’s Institute of Information Technology(A)
Beside VSEZ, Duvvada, Visakhapatnam – 530049
2023
Mr. R. Sundar Ramam
(Associate Professor)
Dept. of Mechanical Engg, VIIT.
&
Mr. Ashok Makwana
(Sr. Manager - Detailing),
Phenix Construction Technologies

2. Introduction to company
1.1 Brief profile of the Internship company:
Phenix Construction Technologies is a trusted name in offering total envelope
solutions for pre-engineered buildings and structural steel projects. synonymous
with precision solutions, systems thinking and execution excellence - Phenix takes
pride in its diversification.
• Global footprint.
• Thorough working knowledge of AISC, MBMA, AISI & ASCE-07.
• AISC accredited state-of-the-art manufacturing facility.
• 80,000 ton production capacity.
• In-house design & engineering from U.S. recognized institutions.
2

3. Introduction to company
1.2 Organizational structure with flow chart (Eg: CEO,
Directors, Managers, Supervisors & Technicians):
2
Chairman
(Girish Patel)
MD
(Chirag Patel)
Engineering Head –
AHMD.
(Ramchandra Hedge)
Sr. Manager –
Detailing
(Ashok Makwana)
Sr. Manager – Design
(Aditya)
MD
(Malav Patel)
CEO
(Pankaj Naresh)
Engineering Head –
HYD
(Sandeep Pal)

4. Introduction to company
1.3 Departments Visited (Design/Manufacturing/Quality
assurance etc):
Engineering Team
1. Design
2. Detailing
3. Estimation
Production Team
1. PMG (Production Management Group)
2. PPC (Production, Planning & Control)
3. QA (Quality & Assurance)
4. QC (Quality Control)
2

5. 5

6. Introduction to company
1.4 Observations on Processes in all departments (Design
/Manufacturing/Quality assurance etc) :
Engineering Team
Engineering team has Design, Detailing and Estimation Teams. Where,
Proposal sketches are the sketches proposed by the Design team to the client.
They are the first step for any project to proceed further, i.e., estimation and
drafting of GAD after approval.
Now, In reference to the Proposal Sketches GAD are made by the
Detailing Team on every small Detail consisted in the Project. Now, they are
sent for Clients approval.
After the Client’s approval, the Estimator gives the tonnage of the project.
PMTO from the Projection Team procures the steel required for the
Production.
Now, Shop Drawings are Extracted using TEKLA software.
Production Team
PMTO assigns the Production work according the steel procured and the
Shop Drawings.
2

7. Introduction to company
1.5 Applications of processes:
• Commercial
• Automotive
• Engineering
• Heavy Industries
• Height Rise Buildings
• Maritime Buildings
• Medical
• Manufacturing
• Metro
• Oil & Gas Petro Chemicals
• Energy
• Textile
• Sports
• Ware House & Logistics
2

8. Introduction to company
1.6 Advantages of Pre-Engineered Buildings (PEB):
• They are cost-effective. A basic cost-saving example is the
use of a standard seam roof.
• They offer time savings.
• They are versatile and offer architectural options.
• They are quality and durable structures.
• They are low-maintenance.
• They are sustainable.
2

9. Methodologies/Processes Learned
2.1 Methodologies/processes learned:
• Auto CAD
• TEKLA
• Excel (Estimation)
• STAAD Pro
• Production
2

10. Methodologies/Processes Learned
2.2 Software’s practiced:
 Auto CAD:
For Making Proposal Drawings, Design Sketches and GAD’s.
 TEKLA:
For building the Model of the Project and Extracting the Shop
Drawings.
 Excel (Estimation):
For extracting of Tonnage of Steel used in the Project from
GAD’s.
2

11. Results & Discussions
3.1 Jobs (Practicals) done using softwares :
Designing Team (Proposal Drawings):-
 203-3230 (Ms Esteem Auto Pvt. Ltd.)
 203-3234 (J-CURVE FOOD SOLUTIONS)
 204-0442 (AXTEL)
 203-3241 (ASTRAL LTD)
 203-3236 (ROMSONS MEDWORLD PVT. LTD.)
 204-0425 (ADANI - MT BUILDING)
Detailing Team (GAD’s):-
 J-1316 (WAREHOUSEEXCELSOURCE INTERNATIONAL
PVT.LTD)
 GIRDER Extension of Fly-Over S.V. road, GOREGAON(WEST)
 J-1326 NUBERG
 J-1330 S.M.P.GODOWN
2

12. Results & Discussions
3.2 Jobs (Practical) done using equipment:
 116J-1174-Relcon - 8 Spans.
i) A18-A19
ii) A31-A32
iii) A35-A36
iv) A36-A37
v) A40-A41
vi) A41-A42
vii) A42-A43
viii) A43-A4
 174J-1316-EXCELSOURCE INTERNATIONAL PVT LTD (EXPORT).
 PROJECT-3:- 3215J-1322-TOYOTA FORMS
 PROJECT-4:- SPEEDWAY-3 TEXAS.
 PROJECT-5:- 385J-ADARSH CHEMICALS.
 PROJECT-6:- MCGM-199 KARIPPA FLYOVER.
 PROJECT-7:- KUTCH COPPER LTD (SHEETING MES).
 PROJECT-8:- L&T HYDROCARBON (3 BUILDINGS SHEETING MES)i) FGEC
(BUILDING -A)ii) DECOKE (BUILDING -B)iii) WAO (BUILDING -C)
 PROJECT-9:- 201J-1810-SPECO BORIVALI (4 SPANS)i) P4-P5 (80Mtrs)ii) P5-P6
(170Mtrs)iii) P6-P7 (170Mtrs)iv) P7-P8 (80Mtrs)
 PROJECTS-10:- MCGM-20-1 BRIGDE WIDENING - MITHI RIVER.
2

13. Conclusion & Future scope
4.1 Conclusions:
We’ve gained a lot of knowledge in this PEB Industry regarding the
design, drawings, fabrication, erection of such buildings. We also acquired
knowledge and experience about different types of softwares being used and
the procedures involved in the making of a Pre-Engineered Building.
We came across new terminologies used in this industry. We
understood the concepts of design used for base plate, bolt length
calculations, splice plate calculations, stiffeners, sag rods, purlins and girts
weights and stretch widths, bracings.
2

14. Conclusion & Future scope
4.2 Future scope:
2
From the past two decades this industry seem to be
growing exponentially due to the feasibility and longer
sustainability of Pre-Engineered Buildings the industry will
continue to grow giving us further opportunities.