Civil Engineering

LPU is the best choice for your B.Tech journey! The eligibility criteria for admission require you to have passed 10+2 with at least 60% aggregate marks in subjects like Physics, Mathematics, and English (or equivalent), along with qualifying the LPU NEST exam. Appearing for LPU NEST not only makes the admission process smoother but also opens up exciting scholarship opportunities. While you can also take admission without LPU NEST, applying through it is a great way to increase your chances of getting scholarships and securing your spot at LPU. The admission process is simple and requires you to have your original academic documents ready. Overall, LPU offers a hassle-free, rewarding experience with top-notch education and ample opportunities for success!

Hi there, Placements for Civil Engineering students at Lovely Professional University (LPU) are very strong, with numerous opportunities available in both core engineering sectors and construction-related industries. LPU's School of Civil Engineering has built a good reputation for producing graduates who are well-prepared for the job market.Key Highlights of Civil Engineering Placements at LPU:Top Recruiters – Leading companies like L&T, Shapoorji Pallonji, Tata Projects, UltraTech Cement, and Hindustan Construction Company (HCC) visit LPU for recruitment.High Placement Rate – LPU has achieved impressive placement records, with students getting offers in both public and private sector companies, as well as consulting and construction firms.Salary Packages – The average salary for Civil Engineering graduates ranges from ?4 LPA to ?10 LPA, with higher packages being offered by top-tier companies.Industry Collaborations – The department has strong ties with the construction and infrastructure industries, providing students with exposure to live projects, internships, and pre-placement opportunities.Campus Recruitment Drives – Numerous placement drives and recruitment fairs happen throughout the year, providing Civil Engineering students a chance to network with recruiters.LPU also offers skills development workshops, industry tours, and faculty mentoring to enhance employability. The combination of practical knowledge, industry linkages, and a dedicated placement cell ensures good placement prospects for Civil Engineering students.Hope this helps!

The table given below provides the key differences between both the courses, for your better understanding:ParametersCivil EngineeringArchitectureBasic focusCivil engineers plan, build, and maintain a lot of infrastructure projects, including roads, bridges, dams, tunnels, water systems, and wastewater systems. Architects handle the design creation and planning of buildings.Types of projectsRoads, bridges, dams, tunnels, water systems, wastewater systems, etc.Residential, commercial, industrial, institutional, and other types of buildingsBasic fundamentalsCivil engineers typically need to focus more on math and Science training than architects.Architects typically focus more on art and design training.Level of involvement in constructionOversees all phases of construction and Civil engineers are more concerned with the structural integrity and functionality of their projects. Typically involved in the pre-construction phases, but may also be involved in construction supervision. Moreover, Architects are more concerned with the aesthetics and livability of their projects.Educational requirementsBTech/BE Civil Engineering from an accredited universityBArch  (Bachelor's in Architecture)  from an accredited universityJobs in IndiaCivil engineers, structural engineers, transportation engineers, environmental engineers, water resources engineers, etc.Architects, landscape architects, interior architects, urban designers, among others.

Some of the key advantages of pursuing Civil Engineering courses after 12th are mentioned below:• Civil Engineers are always in demand because of rapid urbanization and increasing technological advancements which further fuel infrastructural needs.• The construction sector is continuously evolving and never out of demand, hence the need for civil engineers is more with the chances of layoffs being less likely to emerge.• Civil Engineers leave a lasting impact on the society with their involvement in the construction of roads, buildings, airports, etc., where project planning may take up several years and technical expertise.• This field offers people with immense learning opportunities owing to everyday technological innovations and increase in individual demands which requires creativity and an innovative mindset.• Civil engineers hold a valuable and respected position in the society for their contribution towards improvement of communities through structural advancements.

The design, construction, and maintenance of the physically-built and naturally-made environment, including public works such as roads, bridges, canals, dams, airports, sewage systems, pipelines, building structural elements, and trains, fall under the broad category of Civil Engineering field. To address potential issues and build secure and effective structures, civil engineers use their expertise in Maths, Science, Computers, and Engineering. They work on many different types of projects, ranging from little bridges to enormous buildings.So as the way of thinking changes, universities are bringing up a new generation of civil engineers who can meet the challenges of the environment initially. This involves incorporating sustainable practices (utilizing green building materials and energy-efficient designs) in order to minimize the environmental impact of a building construction. It is also highlighting issues relating to the environment, at its very core is ensuring that construction projects have as little impact on the environment as possible.Our world is actually built on the accomplishments of this field. Building shelters to protect oneself from the weather and using tree trunks as makeshift bridges to cross rivers in the past, everything falls under the umbrella of the Civil Engg. discipline. Our ancestors did not indulge in any such calculations, but they were basically using the principles of Civil Engineering courses to find solutions to their problems.