Infrastructure Engineering

Infrastructure engineering focuses on designing, building, deploying and maintaining IT infrastructure. Infrastructure engineering is a specialized domain in the engineering department which is closely related to Civil engineering. BTech Infrastructure Engineering, commonly known as Civil Infrastructure Engineering, is an essential course in the structural and civil engineering fields. The course focuses on planning and constructing robust and contemporary structures such as buildings and highways to ensure overall civil infrastructure development.

The average duration of BTech Infrastructure engineering is for 4 years divided into 8 semesters. Admission to the course requires a minimum of 10+2 with a minimum of 60% aggregate marks from a recognised university. Candidates must also have studied compulsory subjects as Physics, Chemistry, Mathematics and English language. Some of the exam scores that are required to get admission include JEE Mains, MHT CET and SRMJEEE. In India, the average yearly price for studying this course ranges from Rs 45,000 to 2,50,000. 

The average yearly income provided to BTech Infrastructure Engineering graduates is between Rs 4,00,000 and Rs 5,50,000. Among the numerous job profiles available are Infrastructure Engineer, Structural Engineer, Structural Design Engineer, and Civil Engineer. These candidates can apply for positions in both the public and private sectors.

The table below shows the Mining Engineering overview, from which candidates can deduce the topics that will be covered in the next parts. Candidates willing to pursue this course can take insights from the given data.

Candidates who have an affinity for systems and infrastructure and also enjoy the technical component of it would enjoy studying Infrastructure Engineering. This particular domain of engineering requires artistic skills such as Drawing and visualization of spaces and systems. The engineering course also has subjects such as Workshop, Computer systems, Environmental engineering etc, hence candidates who have interest in such subjects can pursue this course as they will be able to ace it.

The eligibility criteria of Infrastructure Engineering are the requirements that candidates must satisfy in order to be admitted to the course. This is done to assess whether the persons listed below are eligible for the course. The qualifying criteria for each course level are shown below. Before submitting an application to the chosen university or institute, individuals should ensure that they satisfy the eligibility requirements.

Infrastructure engineering has been gaining more traction in recent years with the increase in demand for modern built systems. With the increasing need for modern infrastructure engineers, the course has become sought after. People with this degree have several work prospects. There is a lot of potential for growth and advancement in this sector, from entry level to the top of the career ladder.

Career Opportunities

There are multiple career paths such as Project planning & Managing, SCM Logistics, Site Engineer, Planning engineer etc. There are multiple career opportunities in both the private and public sector.

High salary

Infrastructure Engineer salaries in India range from Rs 2.6 Lakhs to Rs 16.4 Lakhs per year, with an annual pay of Rs 5.1 Lakhs being the average.

Further Education

If candidates wish to pursue further education, they have multiple options available to them such as M.E or Mtech in Infrastructure engineering. There are also multiple institutes providing postgraduate diplomas of the same. 

Some of the best institutes in India offer Infrastructure engineering in undergraduate and postgraduate levels. To seek admissions in these institutions; candidates should check the eligibility criteria and start their preparation for admission. It is advisable to appear for some common exams like JEE Mains, MHT CET, SRMJEEE etc depending on the institute that has been selected and their eligibility requirements. It is also advisable for candidates to sharpen their skills and get basic knowledge as certain institutes might conduct personal interviews and counselling. 

Candidates who wish to pursue Infrastructure engineering have multiple options available to them. They can choose the right course according to their preference and qualifications. 

Diploma in Infrastructure Engineering

• PG Diploma in Infrastructure Engineering & Management
• Diploma in Engineering Infrastructure
• Diploma in Design of Infrastructure products

Undergraduation in Infrastructure Engineering

Bachelor of Technology in Infrastructure Engineering: BTech is a full-time undergraduate degree programme that begins after the 12th grade. BTech Infrastructure Engineering is a four-year degree that focuses on the design, construction, and maintenance of complex systems and structures.

Postgraduation in Infrastructure Engineering

Master of Technology in Infrastructure Engineering: Mtech is a two year full time post graduate programme. Mtech in Infrastructure Engineering and Management focuses on large building design, township design, road and bridge design, transportation engineering, and other infrastructure projects.

Candidates can pursue Infrastructure engineering in multiple modes such as Online, Offline and distance learning. There are several options available in India and abroad for candidates to choose from. The best available options are listed below in the table and candidates can choose them according to their preference.

Infrastructure Engineering Online Course

The table below shows the list of available options to pursue the course in online mode. There are courses offered by reputed universities and online learning platforms such as Coursera and Udemy. 

Admissions to Infrastructure engineering programmes are dependent on the candidate’s qualifications and their score/rank secured in entrance examination. Admissions to certain institutes is also done based on Merit. Hence we can conclude by saying that admissions is done through Merit-based and Entrance-based, the details regarding the same have been mentioned below.

Merit-Based Admissions

• The candidate’s performance in qualifying exams is one of the contributing factors for admissions
• For BTech, Candidates must have passed 10+2 with minimum 50% aggregate marks
• A valid scorecard from the entrance examination is also required
• Shortlisted candidates might be called for a personal interview or asked to submit a portfolio

Entrance-Based Admissions

Candidates can apply for admission to Infrastructure Engineering in Top Engineering Colleges in India by taking a variety of national level entrance exams post completion of the 10+2 studies. Some colleges also provide entrance exams to students seeking admission to specific engineering programmes.

• Candidates must take the entrance exam and earn a satisfactory score/rank in order to be admitted
• JEE Main is a widely recognised and accepted score for admissions 
• Candidates may also sit for state or institute-level admission tests such as SRMJEE, MHT CET, BITSAT, and others
• The selected pupils will get counselling sessions on the designated day and venue

Some of the entrance exams by which candidates can get admission to premier colleges are given below. Before applying, it is best to review the eligibility requirements for the various tests.

• JEE Main
• GATE
• MHT CET
• SRMJEEE
• UPSEE and more

Candidates can check the following table to get an idea of the top universities in India that provide Infrastructure engineering programmes. Some of these institutes are highly ranked for their superior quality of education and providing hands-on experience and training. Candidates can check the list of colleges along with their location and approximate tuition fees. 

As the demand for Infrastructure engineers grows, more opportunities for Infrastructure engineers are developing. As businesses strive to be more inclusive, the need for increased diversity in the workforce becomes increasingly important.

This trend is especially strong in the engineering business, where there is a scarcity of varied personnel. Many countries have a high demand for modern engineering of buildings, corporate spaces and city developments. Some of the countries that have a high demand and job opportunities are Norway, USA, Australia, Canada, Germany, France, United Kingdom and Netherlands. 

Infrastructure Engineering Abroad Top Colleges 

Candidates have several possibilities to study Infrastructure  Engineering at some of the world's top institutes. The table below is a list of the top engineering universities in the world, along with their locations.

Infrastructure Engineering course fee varies depending upon the type and level of course. Candidates who are pursuing a regular degree have to pay anywhere between Rs 45,000 to Rs 2,50,000 per annum. Whereas for diploma and certificate courses, the fee can range between Rs 25,000 to 1,00,00 depending upon the institute type. 

An Infrastructure Engineer is a one-of-a-kind job that has emerged with rising popularity. An Infrastructure Engineer is in charge of planning, managing, and maintaining the infrastructure of a building, a public institution, or a whole city. The term "infrastructure" refers to the mechanisms that enable a community to function. Road and highway networks, water and sewage systems, electricity, trains, telecommunications, and gas lines are all included.

Infrastructure engineers utilize their knowledge to guarantee that all of the systems in a community communicate with one another. Public facilities such as hospitals, schools, and libraries may hire Infrastructure Engineers. They can also work for the government at the local, county, state, or national levels.

• Sharp analytical skills: An Infrastructure Engineer's job includes identifying and determining the source of problems in their employer's or client's network infrastructure. This necessitates comprehension of how devices interact with one another, as well as the technology that enables this connection
• Innovation to create repair strategy: The Infrastructure Engineer must plan and execute a repair strategy once problems have been identified. They next put these fixes to the test to check that the problem has been resolved entirely
• Documenting and reporting skills: It is the Infrastructure Engineer's job to document any infrastructure concerns as well as the steps taken to remedy such issues
• Training and presentation skills: The Infrastructure Engineer is in charge of training their coworkers on new implementations. They are also in charge of identifying and resolving any technical difficulties that arise with specific devices
• Proficiency with network hardware: Infrastructure engineers are required to be up to date with the latest technologies and hardware that is being used for construction and designing
• Attention to detail: Every minute component of a design and development is important for the overall success of any project, hence it is important for Infrastructure engineers to have an eye for details

The infrastructure engineering course can be extensive and the curriculum is created with certain objectives in mind. Hence let us take a comprehensive look at the curriculum objective and outcome

Infrastructure Engineering Course Objectives

• To educate students on the most recent technological elements of infrastructure projects and to offer them possibilities to pursue advanced topics in their field of study
• Through internationally challenging education, students will be prepared to thrive in the programme and to prosper in industry and technical professions
• Developing candidates to design infrastructure projects that are safe, affordable, and sustainable. Broadening and deepening their talents in experimental research methodologies, data analysis, and deriving applicable findings for academic writing and presentation
• Instilling a professional and ethical mindset, good communication skills, collaboration skills, managerial abilities, a multidisciplinary approach, and the capacity to link engineering concerns to a larger societal context in students

Infrastructure Engineering Curriculum Outcomes

After completing the programme, the student will be able to

• Civil Infrastructure Projects need the design, analysis, and evaluation of systems
• Evaluate the relevant technology concerns critically
• Using contemporary technology, do experimental and/or analytical work and analyze outcomes
• Methods of mathematics and science
• Form relevant research problems and critically evaluate their own and others' research in comparison to others
• Write simply and efficiently so that their work may be used practically

The syllabus for Infrastructure Engineering can be intensive and contains many subjects and topics that are similar to civil engineering and architecture courses but there are many differences. The common subjects are Physics, Chemistry, Mathematics, English, Basic Engineering and Workshops. Given below are some of the common subjects to have a better understanding of how the course would be. 

• Advanced Concrete Structure Design
• Accounting Principles
• Transportation Engineering Advancement
• Innovative Foundation Design
• Offshore Structure Design and Construction
• Steel Structures Advanced Design
• Finite Element Method (FEM)
• Structure Seismic Design and Earthquake Engineering
• Bridge Construction
• River Hydrology and Flood Control
• Hydrology of Groundwater
• Analysis of Slope Stability
• Engineering of Traffic
• Transportation Planning
• IRC Codes for Flexible and Rigid Pavement Design

B.Tech in Infrastructure Engineering graduates have a wide range of work opportunities in both the public and commercial sectors. In terms of job opening, there is a high need for qualified engineers due to the rise of the real estate industry in India. Aside from the building sector, the water and transportation systems require ongoing repair and upgrading. As a result, competent and talented engineers will always be in demand.

Scope of Infrastructure Engineering in Government Sector

BE/BTech graduates have several job options in Infrastructure Engineering, including possibilities in both the private and governmental sectors. Most notably, there is an enormous scope in the government sector, where you may work in the following government jobs:

• Indian Railways
• Town Planning
• IOC
• PWD
• BHEL
• Armed Forces
• NHAI
• Electricity boards
• ONGC

Scope of Infrastructure Engineering in Private Sector

The private sector of India has many job opportunities for Infrastructure engineers in the private sector of India. Infrastructure engineers interested in working in the private sector could apply to organizations that have openings for positions such as planning and design officer, site engineer, construction manager, and so on. Some of the top private companies in India that hire Infrastructure engineers are

• Larsen & Turbo
• Hindustan Construction Company
• Gammon India
• DLF Limited
• GMR group
• Essar Group
• Akme Projects
• Conart Engineers
• Arun Excello Group of Companies

The table below illustrates the typical salary for a competent Infrastructure Engineer. Candidates are encouraged to research the average pay for the many vocations that match their choices.

A satisfying profession as an infrastructure engineer allows you to design contemporary constructions such as roads, schools, bridges, hospitals, office buildings, and residential flats. Infrastructure engineers must possess a unique set of talents in order to plan and create novel structures and buildings. Developing these abilities might help you determine whether this job is a good fit for your interests and credentials.

• Proficiency in Mathematics & Physics: Knowledge in mathematics and physics is required in order to detect and handle any difficulties. To comprehend and compute construction specs, you must use sophisticated formulae
• Technical Skills: This role necessitates an awareness of design methodologies as well as prior experience generating models and charts. Employers prefer people who have hands-on expertise planning, designing, and creating building or infrastructure arrangements using computer-aided software (CAD)
• Project Management: An Infrastructure engineer's job responsibilities include monitoring the completion of a project from inception to end. They collaborate with architects, contractors, engineers, and other building experts to keep the project on track
• Problem-Solving: An Infrastructure engineer handles a variety of difficulties during the project's planning, design, and implementation phases. They may encounter significant technical issues relating to building design, client demand, or planning constraints. Their problem-solving abilities enable them to identify effective solutions and assure project continuation
• Communication Skills: Verbal communication abilities are among the most sought-after engineering talents. Excellent communication skills are required for communicating ideas and construction procedures to other professions such as construction workers and architects. Employers frequently seek employees who can properly communicate their strategy and building design to others

An infrastructure engineer has various employment options and works on a variety of construction projects such as motorways, trains, skyscrapers, urban installations, agricultural storages, and so on. An infrastructure engineer can find work in both the corporate and public sectors.

There are various benefits to starting a career in infrastructure engineering. The branch of engineering is perfect for those who enjoy travelling, tackling complicated challenges, assembling aesthetical foundations, and contributing to the network. Candidates can pursue a higher level of study as there are several options to consider.

Structural Engineer

Structural engineers plan, design, and supervise the construction of new buildings and bridges, as well as renovations and expansions to existing properties or other structures.

Construction Engineers / Project Site Inspectors

Scheduling construction activities at each stage and collaborating with designers to ensure an efficient and faultless end. Building and construction inspectors verify that construction complies with local and national building rules and ordinances, zoning regulations, and contract requirements.

Structural Design Engineer

Buildings, bridges, and other structures are designed by structural engineers. They use computer-aided design technologies to create 2D and 3D models (e.g. AutoCAD). They measure loads and push to ensure structural integrity.

Architectural Engineer

An architectural engineer's principal role is to concentrate on the engineering features of a structure. A person in this profession develops a building's mechanical and structural systems, as well as addressing issues with its electrical and lighting systems.

Construction Project Manager

Construction Project Managers oversee all aspects of a construction project. They are in charge of assigning work to workers and ensuring that the project is completed on schedule and correctly.

Analyst

Compiling and evaluating data in order to interpret appropriate measures in the best interests of the firm. An Analyst in the field of Infrastructure must conduct analysis and provide detailed reports on how to improve the design and construction.