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It is a subfield of civil engineering that is covered in engineering courses. It is concerned with the design and study of various structures such as buildings, flyovers, bridges, tunnels, and towers. In basic terms, structural engineers ensure that the structure is sturdy and can endure all weather conditions. Candidates can pursue this structural engineering course after completing Class 12th. The admission process is conducted via entrance exams that are conducted at the national and state levels. However, candidates can also take direct admission into colleges that offer seats based on merits. Entrance exams like JEE Main, BITSAT, JEE Advanced, SRMJEE, KEAM, etc are conducted to grant admission to this engineering course.
structural engineers might begin their careers as construction designers and progress to project managers. One can find work in both the commercial and public sectors like Tata Projects, Reliance, Wipro, Gammon India, etc. This course is available in both online and offline modes. The top structural engineering colleges in India where candidates take admission are IIT Madras, Delhi Technological University, IIT Roorkee, NIT Trichy, Anna University, etc. The BTech course fees in India for this programme are between INR 50, 000 to INR 8,00,000.
Read the full post to get complete details on the structural engineering course.
The focus of structural engineering, a specialty within the discipline of civil engineering, is on the system behavior of structures. It is a branch of engineering that deals with the study and design of buildings to withstand varied loads placed on them over the course of their predicted lives. If you are planning to pursue this course, go through the details given below.
Particular |
Details |
Profession |
Structural Engineering |
Eligibility Criteria |
Passed class 12th with Physics, Chemistry and Mathematics |
Entrance exam |
JEE Main, VITEEE, BITSAT, JEE Advanced, SRMJEE, KEAM |
Specialization |
Fire Engineering, Earthquake Engineering, Wind Engineering, Facade Engineering, Tower Engineering |
Top colleges in India |
|
Top colleges in abroad |
|
Average Fees In India |
INR 50, 000 to INR 8,00,000 |
Required skills |
Time management, communication, creative thinking, supervision, structural analysis |
Jobs |
Project Engineer, Planning Engineer, Assistant Engineering, Offshore Site Engineer, Quality Analyst |
Salary (Approx Estimate) |
INR 3 LPA to INR 5 LPA |
If you have a passion for building, and constructing and want to be part of projects that makes human life easier this engineering specialization is for you. Structural engineers ensure the safety of all our structures and infrastructure. If you want to assist society in addressing the most pressing issues, such as climate change and disaster aid then this is the course for you. If you want to do good for a society like create bridges to assist communities in poor countries to break free from isolation and poor kids go to school, you can pursue this pursuit.
Moreover, if you are innovative, problem-solving-oriented, and well-versed in mathematics and physics, as well as computers and modern technologies, you should pursue a structural engineering course.
Studying this engineering domain will lead you to a prospective career and provide you with the recognition that a structural engineer plays a major role in the growth and development of nations. As the population grows, so does the need for building, which implies more career prospects for structural engineers. The following are the major reasons why you should pursue a structural engineering course.
Structural engineers work on a wide range of complicated structures. These can involve both new and old structures, and engineers must collaborate with architects to bring the concept to reality. Structural engineers are in charge of designing and analyzing material handling systems, as well as researching the most cost-effective and environmentally friendly building methods. As a result, structural engineers are an essential component of the building process and must overcome any hurdles the project may face.
One of the most significant advantages of pursuing a career in structural engineering is the opportunity to create work that has a meaningful and enduring influence. Engineers help shape the world we live in by constructing new walkways, and higher structures, and restoring buildings. As a result, there are numerous chances for professional development and the acquisition of new skills. After working as a structural engineer, experts can advance to a senior position or become project managers.
Structural engineers ensure the safety of all structures and infrastructure and assist society in addressing the most pressing issues, such as climate change and disaster aid. They create bridges to assist communities in poor countries to break free from isolation. In addition, they research ways to make structures withstand earthquakes, storms, and other natural calamities.
A structural engineer's job entails a high degree of problem-solving, from enhancing buildings and guaranteeing the safety of all structures to apply cutting-edge technologies throughout construction. These experts will have the opportunity to encounter a wide range of individuals and collaborate with them to achieve project objectives. Fighting climate change is one of the most essential ways structural engineers can help address challenges.
Quick Link: M.Tech Structural Engineering Colleges in India
There are many undergraduate, postgraduate, and certificate courses available in this engineering domain. Go through the various types of structural engineering courses given below in the table.
Type |
Courses |
Certificate Programme |
Learn Building Analysis Design & AutoCAD Detailing (ETABS) |
STAAD Pro Professional Course(Steel Large Span Structures) |
|
Fundamentals of Engineering Structural Dynamics with Python |
|
Structural Engineering Abaqus Tutorials |
|
Robot Structural Analysis (RC building) |
|
Bachelor’s Programme |
BTech in Structural Engineering |
BSc in Structural Engineering |
|
Civil and Structural Engineering BEng (Hons) |
|
Bachelor of Building Installations |
|
Bachelor of Engineering (Honours) (Civil and Structural) |
|
Master’s Programme |
MSc Structural Engineering |
Master of Engineering (Civil: Structural) |
|
Master's Degree in Geotechnical Engineering and Foundations |
|
Master of Science in Structural Engineering, Civil Engineering (Tech) |
|
Master of Science in Structural and Building Products Engineering |
Note- There are many other courses also available besides the list given above.
Quick Link: B.Tech Structural Engineering Colleges in India
Candidates who want to take admission into this course should go through the eligibility criteria before applying. The eligibility criteria consist of educational qualification, subjects, minimum marks, age limit, etc. Check the structural engineering eligibility criteria given below.
Students must have passed their 10+2 or equivalent exams with a minimum combined score of 45% in mathematics, physics, and chemistry
Students with civil engineering diplomas are also eligible for this programme
The student should meet the requirements listed above as well as pass the required entrance exams
Students must have at least a 55% overall average and a bachelor's degree in civil engineering
This course is also open to students with a master's degree in environmental science
Quick Link: Direct B.Tech admission
Unlike any other engineering domain, this course also has various specializations from which candidates can choose and master in. Following are the popular structural engineering specializations.
Specialization |
Details |
Earthquake Engineering |
The primary goals of earthquake engineering are to comprehend the interaction of structures with the shaking ground, predict the repercussions of potential earthquakes, and design and construct structures that will function during an earthquake. |
Facade Engineering |
Façade engineering is the art and science of resolving aesthetic, environmental, and structural challenges in order to provide successful building enclosure. |
Fire Engineering |
The use of science and engineering concepts to protect people, property, and their environs from the damaging and destructive impacts of fire and smoke is known as fire protection engineering. |
Wind Engineering |
Wind engineering is a subset of mechanical engineering, structural engineering, meteorology, and applied physics that investigates the effects of wind in natural and constructed environments and the potential damage, discomfort, or advantages that wind may cause. |
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Both structural engineering and civil engineering are related to building, and construction, yet there is a huge difference between them. So, if you are planning to pursue any of these engineering courses, clear your mind by going through the differences between them given below.
Basis of Difference |
Structural Engineering |
Civil Engineering |
Meaning |
Engineers in structural engineering primarily focuses on the structural features of a building or other man-made structure. |
Engineers in civil engineering are responsible for the design, building, and upkeep of structures. Engineers in structural engineering primarily focus on the structural features of a building or other man-made structures. |
Type of Work |
Structural engineers also helps with design and planning. However, their primary responsibility is to ensure the structural integrity of a certain object. They investigate how various structures will support a specific element. Furthermore, they check the materials that will be utilized during the building of a certain project. |
Civil engineers are primarily concerned with the design and planning of a building. They operate with and under structural engineers at a specific job site. |
Career Options |
Project Engineer, Site Engineer, Planning Engineer, Bridge Engineer, etc are the career options available in this field. |
Architectural Engineer, Aerospace Engineer, Geotechnical Engineer, Project Site Inspectors, etc are the career options in this field of study. |
Quick Link: Top B.Tech+M.Tech Structural Engineering Colleges in India
Admission to this engineering specialization is done via entrance exams mostly. Several colleges also offer direct admission on a merit basis. Check the detailed structural engineering admission process for UG and PG courses given below.
Admission to undergraduate degrees like BE/BTech in structural engineering is done via engineering entrance exams. JEE Main is the most popular national-level entrance test conducted to grant admission to the first year of a B.Tech programme.
Quick Link: B Tech colleges in India
Graduate Aptitude Test in Engineering (GATE) results are used to select candidates for postgraduate courses (M.Tech) at various universities/institutions.
In addition, numerous other state and university-level entrance exams are held to provide admission to structural engineering.
Quick link: B.Tech admission process
In India, there are several national and state-level engineering exams conducted to offer admission to various colleges and universities. Following are the major structural engineering entrance exams.
National Testing Agency conducts the Joint Entrance Exam (JEE Main) at a national level to select qualified candidates for admission to various top-tier engineering colleges in India. Candidates who pass JEE Main are eligible for admission to IITs, NITs, and other colleges that recognize JEE Main scores.
Indian Institute of Technology (IIT) Bombay conducts the JEE Advanced exam to provide admission to India’s prestigious engineering institute; IIT/ Candidates who pass JEE Main are eligible for JEE Advanced, on the basis of which they are admitted to IITs and other prestigious universities.
The Birla Institute of Technology and Science Admission Test, a national-level admission test, is administered by BITS Pilani. BITSAT is held annually to award admission to B.E., B.Pharm, M.Sc, and other courses offered at BITS campuses. On average, 3 lakh candidates take the BITSAT each year.
The Maharashtra State Common Entrance Test Cell administers the Maharashtra Common Entrance Test, often known as MHT CET, an entrance test used to shortlist students for admission to undergraduate Engineering and Pharmacy programmes at various Maharashtra colleges. In Maharashtra, around 400 colleges recognize MHT CET results for admission to their different Engineering and Pharmacy programmes.
SRM Institute of Science and Technology (SRMIST) holds the SRM Joint Engineering Entrance Examination (SRMJEEE) every year for admission to B.Tech programmes. SRMJEEE is a university-level computer-based (online) test that serves as a single entrance examination for all SRM Group colleges and universities situated in Ramapuram, Kattankulathur, NCR - Ghaziabad, NCR - Ghaziabad, NCR - Ghaziabad, Vadapalani, Amravati, and other parts
Besides these, there are other several structural engineering entrance exams like
In India, there are many engineering colleges available that offer this course at UG and PG levels. Candidates can select their college by considering various factors like college facilities, fees, course curriculum, programmes conducted. Check the top structural engineering colleges in India given below.
College Name |
|
IIT Bhubhaneshwar |
|
IIT Guwahati |
|
IIT Varanasi |
|
SRM University, Andhra Pradesh |
D Y Patil University, Pune |
Coimbatore Institute of Technology |
Chitkara University |
NIT Rourkela |
KIIT School of Engineering |
NIT Warangal |
|
BITS Pilani |
This course is also offered in various international universities across the globe. Therefore, if you are planning to pursue this course and can afford to study structural engineering course from abroad will benefit you in many ways.
The work of structural engineers is critical to the infrastructure of societies all over the world. By studying overseas, you will get an understanding of how local cultures and geography impact global infrastructure. You will be exposed to a variety of engineering methodologies, projects, and rules, which will shape you into a more experienced and adaptable engineer.
In abroad the university offers a variety of specializations in structural engineering, especially in master’s degrees, which might not be available in India. You can choose these unique specializations like a Master's Degree in Geotechnical Engineering and Foundations, a Master of Science in Structural Engineering, Civil Engineering (Technology), and make your career in it.
Securing an international degree will provide you with many career opportunities with a lucrative salary. An international degree holds more prestige around the world and recruiters give preference to candidates who have studied abroad.
The international university is globally recognized and accredited therefore, they offer top-class education to students which is relevant and updated with current times. In international universities, students are taught via modern education methods that consist of lectures, seminars, workshops, case studies, field trips, etc.
Quick Link: MTech colleges in India
If you can afford, studying at an international university is a good way to advance your career. Many students study for bachelor’s from India and opt to pursue master’s degrees from abroad. However, you can study when you want. Check some of the popular structural engineering colleges abroad given below.
College Name |
Massachusetts Institute of Technology (MIT) |
Delft University of Technology |
National University of Singapore (NUS) |
The University of California, Berkeley (UCB) |
The University of New South Wales |
University of Oxford |
ETH Zurich |
Politecnico di Torino |
Tsinghua University |
The University of Illinois at Urbana-Champaign |
The University of Sydney |
The Hong Kong Polytechnic University |
University of Cambridge |
Imperial College London |
Nanyang Technological University |
Stanford University |
EPFL |
The University of Tokyo |
University of Texas at Austin |
Georgia Institute of Technology |
The course fees depend upon various factors like the type of colleges ( government or private), college facilities, scholarships option, etc. The fees in government colleges will be lower than in private colleges. Check the structural engineering course fees in India given below
Structural Engineering Programme Level |
Fees (Approx Estimate) |
Structural Engineering Diploma Fees |
INR 10, 000 to INR 5,00,000 |
Structural Engineering Bachelor’s Fees |
INR 50, 000 to INR 8,00,000 |
Structural Engineering Masters Fees |
INR 2,00,000 to INR 7,00,000 |
Note- The fees given above are tentative and might change from college to college.
Quick Link: Scholarships offered by top IITs
This course comprises the application of disciplines to the construction of buildings that are resistant to wind and earthquakes, ensuring structural reliability in the structures. Advanced finite element analysis, structural mechanics, structural dynamics, reinforced and prestressed concrete, steel structures, towering skyscrapers, and towers are all examples of applications. It comprises the maintenance, design, planning, and execution of plans in collaboration with the civil engineering section.
The BTech Structural Engineering course curriculum has a comprehensive syllabus that encompasses both theoretical and practical areas of study throughout four semesters. An MTech Structural engineering course curriculum provides advanced knowledge about structural dynamics, Advance Concrete Technology, Environment Health, and Safety, etc, and has several practical classes and projects.
Note- The course curriculum varies from college to college.
A bachelor’s degree is 4 years long and has 8 semesters. Candidates can check the B.Tech syllabus for this course semester-wise given below.
Structural Engineering Semester 1 |
Structural Engineering Semester 2 |
Computer Analysis of Structures |
Analysis and Design of Sandwich Panels |
Tall Buildings |
Advanced Structural Design |
Computer Aided Design of Structures |
Pre- Stressed Concrete Structures |
Storage and Industrial Structures |
Bridge Engineering |
Structural Engineering Semester 3 |
Structural Engineering Semester 4 |
Design of Machine Foundation |
Theory of elasticity and plasticity |
Forensic Civil Engineering |
Matrix Computer Methods of Structural Analysis |
Structural Engineering Semester 5 |
Structural Engineering Semester 6 |
Repair and Rehabilitation of Structures |
Structural Dynamics |
Design of Earthquake Resistant Structures. |
Soil Structure Interaction |
Concrete structures |
Finite Element Analysis |
Structural Engineering Semester 7 |
Structural Engineering Semester 8 |
Maintenance and Rehabilitation of Structures Industrial structures |
Aseismic Design of Structures Bridge Engineering |
Disaster resistant structures |
Steel structures |
Internship |
Practical Report |
The subjects taught in the Structural Engineering course would reflect candidates' performance on the job.
Storage and Industrial Structures
Analysis and Design of Sandwich Panels
Forensic Civil Engineering
Design of Machine Foundation
Prestressed Concrete Structures
Design of Earthquake Resistant Structures
Computer-Aided Design of Structures
Computer Analysis of Structures
A master’s degree programme is 2 years long and consists of 4 semesters. Check the MTech syllabus for this engineering course given below.
Semester 1 |
Semester 2 |
Advanced Design of Steel Structures |
Advance Concrete Technology |
Advance RCC Design |
Environment Health and Safety |
Structural Dynamics |
RCC Bridge Design |
Green Building Methodology |
Structural Engineering Lab |
Advanced Structural Analysis |
Theory of Elasticity and Plasticity |
Advanced Mathematics |
Earthquake Resistant Design of Structures |
Computer-Aided Sad |
Advanced Design Lab |
Semester 3 |
Semester 4 |
Seminar |
Seminar |
Dissertation-1 |
Dissertation-2 |
Structural engineer concepts are then combined with the architects and service engineers to create an outstanding structure. The main job of structural engineers is to make sure that the building is made as per the safety standards, consider the stability, strength, and stiffness of these constructions and follows the criteria of the government. The following are the major reasons why structural engineering has a scope in India.
Earlier, the buildings in India are not made as per safety standards, therefore many buildings, bridges, roads, and dams in India are going through the renovation process, which subsequently increases the demand for structural engineers
The scope of this course in India is massive as India is a developing country, therefore, several qualified structural engineers are required who will work and aid in the development of the country. As there is an ever-increasing need for the construction of new structures. New methods would assist to reduce costs and increase job opportunities in India.
As technology advances, the environment suffers the most. As a result, new approaches should be created in such a way that they benefit the environment by lowering energy usage. Many construction companies in India are adopting the going green technique, and to work on these projects well educated and trained structural engineers are needed.
Both of these two are novel approaches to decreasing trash created by the Indian industry. - Modular construction methods aid in the construction process. To work with these techniques and at the same time construct structural engineers are needed as they construct in a safe manner, as evidenced by seismic activity in earthquake-prone zones.
A structural engineer in India can earn between INR 4 LPA to INR 8 LPA. Candidates pursuing this degree get opportunities to work in top companies like TATA, Reliance Limited, TCS, etc hire structural engineers in India.
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A fresher structural engineer's salary in India is between INR 3 LPA to INR 5 LPA. However, after the experience, they can earn up to an annual salary of INR 8 LPA to INR 12 LPA. The salary is depended upon various factors like the type of recruiter, employment type, candidates, experience, and skills. Check the structural engineering salary in India for various job profiles given below.
Job Profile |
Salary (Approx Estimate) |
Planning Engineer |
INR 5 LPA to INR 22 LPA |
Assistant Engineer |
INR 2 LPA to INR 6 LPA |
Offshore Construction Engineer |
INR 4.5 LPA to INR 22 LPA |
Project Engineer |
INR 3 LPA to INR 9 LPA |
Quality Analyst |
INR 3.5 LPA to INR 8 LPA |
Site Engineer |
INR 2 LPA to INR 5 LPA |
Having the correct set of skills will enable structural engineering professionals to flourish in their careers. Along with expertise in academics, a candidate must have certain interpersonal skills to earn a lucrative salary. Following are the skills required for structural engineering
Coming up with new ideas that are both efficient and cost-effective will is an important skill that a structural engineer must pertain as it benefits the firm in a variety of ways. Students enrolled in this course are encouraged to think creatively and come up with innovative ideas.
Candidate must be an expert in analyzing the building and its pieces structurally so that future flaws in these structures be avoided. Analyze the detailed structure of the building using computer-aided design and analysis.
Supervision entails paying close attention to the construction process to ensure that each part is properly positioned.
Managing a full team of workers is a difficult endeavor because each member has their own particular viewpoint. As a result, bringing the team together and working together is an important ability that a structural engineer must have.
As a structure engineer, candidates should be proficient in examining the many processes in the construction process to ensure that the structures are stress-free and resistant to weather fluctuations.
Apart from these, a candidate must also have proficiency in the following skills
Time management
Ability to manage a budget
Excellent aptitude in mathematics, information technology, and science
Communication skills
Construction processes, regulatory regulations, and health and safety knowledge are all required
Coordination
Team building
Quick Link: Which is better B.Tech or BSc
Candidates pursuing this degree get various career options to choose from. After completing their education candidates get the following structural engineering job opportunities in various government and private sectors.
Job Profile |
Job Description |
Planning Engineer |
They build the projects at the lowest possible cost. They create and finish these tasks on time. They investigate costs, staff performance, ensuring that safety is maintained at all times, and crew health. They may also deliver presentations featuring the data and its interpretations on occasion. |
Assistant Engineer |
They work on a variety of engineering projects, all of which are reported to the Senior Engineers. They work in a variety of settings such as civil, chemical, electrical, and manufacturing. Their responsibilities also include planning, developing, and assessing processes and products. When the staff requires assistance, provide it. |
Project Engineer |
He or she is in charge of the disciplines that will be followed until the project is completed. They are in charge of the engineering aspect of the design. They investigate project planning, developing a criterion list, organizing reviews, and ensuring correct plan implementation. |
Site Engineer |
They are employed on building projects. They use their talents and knowledge to advise the workers and ensure the project's success. They work out agreements with merchants and suppliers. They also inspect the product's quality. |
Graduates of structural and civil engineering can pursue a career in structural engineering. Graduates from other professions can also pursue careers in this field, however, it may take more time to become acquainted with this vocation. Structural engineers are crucial in the creation and growth of our cities and communities. Apart from these candidates also get the following structural engineering job options.
Quality Analysts
Bridge Engineer
Offshore Construction Engineer
Structural Engineer
Division Head
Supervisory Engineer
Structural Consultant
Offshore Design Engineer
Director of Public Works
Construction Engineer
Quick Link: Top 14 Tips to Become a Successful Engineer
The daily work and responsibilities of a structural engineer include-
Examining the qualities of construction materials such as steel, concrete, and glass, among others
Making the framework, drawings, and requirements for diverse constructions such as buildings, bridges, and towers
Determine structural component stresses, pressures, and strains
Inspecting dangerous structures and advising on how to enhance their safety.
Making certain that the project follows all legal criteria, health and safety laws, and environmental restrictions
Using computer technology and computer-aided design (CAD)
Quick Link: Why pursue MTech after BTech
The top organizations that hire structural engineers are:
Larsen and Toubro
DLF
Tata Projects
Unitech
Afcons Infrastructure Ltd
Arcadis
Godrej Properties Ltd
Technip
Mott MacDonald
Gammon India
Shobha Developers Ltd.
Petrofac
Shapoorji Pallonji
Tata Consultancy
Aker Solutions
Engineering Contracting Company (ECC)
Gammon India Ltd
KK Engineers
Vintech Consultants
Flour Corporation
Reliance Construction
Atkins
TATA Projects
Jacobs
Hindustan Construction Company (HCC)
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We hope that this post on strcutrual engineering course was helpful and informative to you.
Engineering of Structures: Tension and Compression: Dartmouth College, Seismology to Earthquake Engineering: École Polytechnique, Autodesk Certified Professional: Revit for Structural Design Exam Prep: Autodesk, etc are some of the best structural engineering course that candidates pursue.
To become a structural engineer you can pursue bachelor’s degree in B.Tech structural engineering which is a 4 year long course.
Structural engineering is a vital discipline concerned with the design and construction of safe and stable structures. This civil engineering speciality is best suited to those with good math, scientific, critical thinking, analytical, and problem-solving abilities.
It might be because you have read a lot of books, broken down concepts, and visualized them in the actual world; but, this applies to any other subject as well. If you start exploring structural engineering wonderland, assignment deadlines and tight syllabuses will never stop you.
The essential core subjects for structural engineering are material strength or solid mechanics, static and dynamic structural analysis, material science, and numerical analysis.
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