INTRODUCTION
Following the successful launch of STEEL-STR-007: Design of PEB Structures – Part 1, which focused on warehouse-type PEB structures without cranes, we are pleased to introduce the next module in this series – STEEL-STR-008: Design of PEB Structures with Crane (Part 2). This unique online course is designed to address the structural design of Pre-Engineered Buildings (PEB) equipped with cranes, covering both fundamental concepts and advanced applications. The course will commence from 7-AUG-25.
The course will begin with essential theoretical concepts related to elastic stability in slender steel structures, providing a strong foundation for understanding the behavior of such systems under various loading conditions. This will be followed by an in-depth discussion on cranes, including functional requirements, types of loads, common issues in crane runway design, and the pros and cons of various detailing strategies.
Participants will then be guided through a case study for the design of a 20T crane girder, which will lead into a comprehensive case study for the design of an entire PEB structure (29.5m × 97.5m) equipped with a crane. This case study will cover every critical step in the design process, including:
- Selection of structural system, preliminary sizing of members, geometry modeling, gravity load application, wind load and earthquake load calculations, load combinations, second-order elastic analysis, design and manual verification of typical members, Connection design, Base plate and foundation design, etc.
The structural design will be carried out in accordance with IS 800:2007, utilizing STAAD Pro and RAM Connection for modeling and design.
Given the frequent queries we receive regarding the use of American codes for design in India, the course will also include a dedicated segment on ASCE 7-16, covering different risk categories, importance factors, wind and seismic load calculations, and load combinations for both LRFD and ASD. This will be followed by a detailed discussion on AISC 360-22, covering section classification, direct analysis method, effective length method, horizontal notional loads, design of slender members, member design under combined forces
As part of the learning process, participants will be encouraged to take up an exercise problem, where they can define their own structure geometry and inputs. This approach will allow for a variety of case studies, enriching peer discussions and exposure. Each participant will design the structure first as per IS 800:2007, and subsequently using ASCE 7-16 and AISC 360-22, facilitating a comparative learning experience.
This course covers a wide range of concepts—from basic principles to advanced design techniques—and offers a valuable platform to engage in discussions on current gray areas in industrial practices related to PEB design.
Download brochure of STEEL-STR-008
WHAT IS UNIQUE ABOUT THIS COURSE?
- The course is designed by the experienced engineer (Mr. Bhavin Shah) who has 25 years of experience in the field of structural engineering.
- The entire course is designed from the practical aspects which can be readily used in the real projects.
- The course is designed to have an interactive mode so that the problems / doubts of the participants can be addressed effectively.
- A WhatsApp group will be created for quick communication between the participants and the faculty. The participants will be able to share the discussion points, doubts, queries, etc. in the group. The details in the group will be collated for further discussion in the next sessions.
- All sessions will be recorded, and the recordings will be shared within a few hours of each session. If a participant misses a live session, they can watch the recording before attending the next one. After going through the recording, participants are encouraged to share their doubts or queries in the designated WhatsApp group, which will be addressed in the following session.
- If attending the live sessions is not convenient, participants have the option to complete the entire course in a self-paced mode.
- Case study of PEB structure with crane will be discussed from geometry generation to the foundation design.
- Participants will be encouraged to select an alternative PEB structure geometry and, as the course progresses, develop the model, perform analysis, and carry out the design. Their findings or any queries arising from this exercise will be discussed during the sessions.
- Recording will be available with all the participants for 180 days.
- Certificate will be issued on successful completion of the course (exercise problem with analysis and design as per IS & American code to be submitted through email: steel@sqveconsultants.com ).
- The course is designed as a process of learning together.
WHO SHOULD ATTEND?
This course will be useful for following:
- Practicing Structural Consultants
- PEB design engineers
- Owner’s consultant
- Proof checking consultants
- Senior Structural Engineers in the company
- Junior Structural Engineers in the company
- Government representatives who are involved in PEB design
- Civil/structural engineers who do not have prior exposure of steel structures and want to learn from first fundamental
- Post Graduate students in Structural Engineering
- Civil engineering students who are interested in Structural Engineering.
COURSE FACULTY
Mr. Bhavin Shah (Founder & CEO, SQVe Consultants) is passionate about Engineering profession with two decades of experience. He is having a dream for enhancing the engineering profession in different organisations. He completed graduation in Civil Engineering and Masters in Structures from Sardar Patel University. He is having unique experience of working in the specialized firm of civil / structural consultancy which grew as multidisciplinary firm (VMS), large multidisciplinary firm (L&T Chiyoda Ltd.) and owner based engineering set up (Adani Infra (I) Ltd.). He worked in different organisations at different levels, starting from junior design engineer to CEO. He is Founder & CEO of SQVe Consultants.
METHODOLOGY
- The entire course is designed in the ONLINE mode.
- The course will have approximate 54+ contact hours.
- During nearly one month of a time, the interaction can be done with faculty and the participants using WhatsApp.
- Participants will be given the exercises to further strengthen their learning.
- The participants will be encouraged to share their real project problems during the course. We will discuss possible solutions for the same.
- Participants will have ample opportunities for raising their doubts / queries related to the subject.
- The online sessions will be conducted using ZOOM software.
- The course is designed as a process of learning together.
COURSE SCHEDULE
| Start Date | 7-AUG-2025 |
| End Date | 29-AUG-2025 |
| Total contact hours | 54+ contact hours (~27 hrs. online+ ~27 hrs. for assignments) (Sessions will be arranged on Monday to Friday from 8:30 PM to 10:00 PM IST.) ## |
| Details of each session | Please download brochure of the course for details of each session. |
All the sessions will be recorded and recording of each session along with the course material will be shared within few hours at our online portal. If one has opted for self paced course or someone miss out the live session then he/she can go through the recording before attending the next session. The participants can share the queries in the WhatsApp group, after going through the recording which will be addressed in the next session. The recordings and course material can be accessed for 180 days.
FEES FOR THE COURSE**
| For participant from India | Cost per participant shall be 12,750 INR (inclusive of 18% GST). |
| For students pursuing Post graduation or Graduation from India | Cost per participant shall be 10,200 INR (inclusive of 18% GST). |
| For participant outside of India | Cost per participant shall be 185 USD. |
**Important notes:
1. Payment in installments:
Participants have the option to pay the total applicable fees in six monthly installments. In this case, the total fee amount will increase by approximately 3%. For example, if the total applicable fee is ₹12,750, the monthly installment will be ₹2,189 (i.e., ₹2,189 × 6 = ₹13,134).
To avail this facility, please share your name, email address, WhatsApp number and city through WhatsApp: +91 7567963971 or at steel@sqveconsultants.com. We will create a subscription plan through Razorpay with an auto-pay feature.
2. Discount offered:
If you have attended our previous course STEEL-STR-007 then you will be eligible for 20% discount (maximum) on the above-mentioned fees. Please connect with us at email address for payment details: steel@sqveconsultants.com
To avail discounted fees for student, the participant shall have official email address of the institute. Please connect with us at email address for more details: steel@sqveconsultants.com
For continuous learner: If you have attended earlier one course of SQVe Consultants than 5% of discount will be offered. For prior two courses, 10% of discount will be offered. For three or more prior courses, 15% of discount will be offered. To avail the discount, please connect us at steel@sqveconsultants.com. We will arrange to send an invoice / payment link considering the discount for online payment.
Group participation from a company or institute is encouraged to get the discounts on this course. For more details, pl contact us at the email address: steel@sqveconsultants.com
HOW TO REGISTER FOR THE COURSE?
Please click on the following button “Register Now” and you will be directed to the payment page. Your registration will be confirmed after receipt of the payment at portal.
Kindly note that there are limited seats.
Important notes:
- Discounts and installment options are not automated on the online portal. If you wish to avail a discount or opt for the installment payment facility, please contact us at steel@sqveconsultants.com. We will generate a custom payment link for you accordingly.
- The payment gateway on the above-mentioned portal is configured only for participants from India. Interested international participants are requested to contact us at steel@sqveconsultants.com. A payment invoice will be shared via PayPal to facilitate online payment.
- Kindly note that there are limited seats.
Feedback of the few participants from the previous online courses:
Your any queries/ doubts related to the course may be addressed to the email address: steel@sqveconsultants.com
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