B.Tech

At Lovely Professional University (LPU), both B.Tech in Computer Science and Engineering (CSE) and B.Tech in Electronics and Communication Engineering (ECE) have strong placement support, but in terms of overall opportunities and average packages, B.Tech CSE generally offers better placement prospects. This is because the IT and software industry has a broader demand for computer Science graduates, including roles in software development, data science, artificial intelligence, machine learning, cloud computing, cybersecurity, and web development. Many national and multinational IT companies regularly recruit CSE students from LPU, providing higher starting salaries and a wide range of career options. B.Tech ECE at LPU is also supported by an active placement cell, with students getting opportunities in electronics, telecommunications, embedded systems, semiconductor industries, and hardware design. However, the demand and placement packages for ECE graduates tend to be slightly lower compared to CSE, mainly due to the current higher growth rate and scalability of the software and IT sector. Both branches benefit from LPU's strong industry connections, training sessions, workshops, and internships, which enhance employability. LPU also emphasizes skill development, coding competitions, hackathons, and industry-oriented projects for CSE students, which further strengthens placement outcomes. Students in both streams have access to pre-placement offers, industrial internships, and corporate mentorship programs, and those who actively participate in skill-building activities and projects often secure top positions in their respective fields. Overall, while B.Tech ECE provides solid opportunities in core electronics and communications, B.Tech CSE at LPU generally offers better placement prospects, higher salary packages, and broader career options, making it a preferred choice for students focused on employability and industry demand.

At Lovely Professional University (LPU), both B.Tech in Computer Science and Engineering (CSE) and B.Tech in Electronics and Communication Engineering (ECE) have strong placement support, but in terms of overall opportunities and average packages, B.Tech CSE generally offers better placement prospects. This is because the IT and software industry has a broader demand for computer Science graduates, including roles in software development, data science, artificial intelligence, machine learning, cloud computing, cybersecurity, and web development. Many national and multinational IT companies regularly recruit CSE students from LPU, providing higher starting salaries and a wide range of career options. B.Tech ECE at LPU is also supported by an active placement cell, with students getting opportunities in electronics, telecommunications, embedded systems, semiconductor industries, and hardware design. However, the demand and placement packages for ECE graduates tend to be slightly lower compared to CSE, mainly due to the current higher growth rate and scalability of the software and IT sector. Both branches benefit from LPU's strong industry connections, training sessions, workshops, and internships, which enhance employability. LPU also emphasizes skill development, coding competitions, hackathons, and industry-oriented projects for CSE students, which further strengthens placement outcomes. Students in both streams have access to pre-placement offers, industrial internships, and corporate mentorship programs, and those who actively participate in skill-building activities and projects often secure top positions in their respective fields. Overall, while B.Tech ECE provides solid opportunities in core electronics and communications, B.Tech CSE at LPU generally offers better placement prospects, higher salary packages, and broader career options, making it a preferred choice for students focused on employability and industry demand.

Lovely Professional University (LPU) offers a robust B.Tech programme in Mechanical Engineering, designed to equip students with a strong foundation in mechanical principles and practical skills required in diverse engineering industries. The programme covers core subjects such as Thermodynamics, Fluid Mechanics, Strength of Materials, Machine Design, Manufacturing Processes, Materials Engineering, and Robotics. Along with theoretical knowledge, LPU emphasizes hands-on learning through well-equipped laboratories, workshops, and industry-based projects, ensuring students develop practical problem-solving skills and technical expertise. The curriculum also incorporates modern engineering tools and technologies such as Computer-Aided Design (CAD), Computer-Aided Manufacturing (CAM), Finite Element Analysis (FEA), and automation systems. Students have the option to explore specializations like Automotive Engineering, Thermal Engineering, and Production Engineering, enabling them to align their learning with career goals. LPU encourages students to participate in industrial visits, internships, live projects, and national-level technical competitions, which provide exposure to real-world engineering challenges and enhance employability. The university's placement cell actively supports Mechanical Engineering students by offering guidance in resume building, interview preparation, group discussions, and soft skills training. Many students have secured positions in reputed companies across sectors like manufacturing, automotive, energy, robotics, and research, while others pursue higher studies or entrepreneurial ventures. Overall, pursuing B.Tech in Mechanical Engineering at LPU provides a balanced blend of theoretical learning, practical exposure, and industry-oriented training. The programme equips students with the technical knowledge, problem-solving abilities, and professional skills necessary to succeed in competitive engineering careers, making LPU a strong choice for aspiring mechanical engineers.

Lovely Professional University (LPU) offers a comprehensive B.Tech programme in Mechanical Engineering, designed to provide students with strong theoretical knowledge and practical skills required in various engineering industries. The programme covers fundamental subjects such as Thermodynamics, Fluid Mechanics, Strength of Materials, Machine Design, Manufacturing Processes, and Materials Engineering, giving students a solid foundation in core mechanical concepts. Along with theory, LPU emphasizes hands-on learning through well-equipped laboratories, workshops, and practical sessions, ensuring that students gain real-world experience in applying engineering principles. The curriculum is structured to include modern technologies and emerging trends in mechanical engineering, such as Automation, Robotics, Computer-Aided Design (CAD), and Finite Element Analysis (FEA). Students also have the opportunity to specialize in areas like Automotive Engineering, Thermal Engineering, and Production Engineering, depending on their interests and career goals. LPU encourages participation in industrial visits, internships, live projects, and technical competitions, which helps students gain exposure to industry practices and develop problem-solving, teamwork, and innovation skills. The university has a dedicated placement cell that assists Mechanical Engineering students in securing jobs with national and multinational companies. The placement support includes resume building, interview preparation, aptitude tests, and soft skills training. Students have been recruited by companies in sectors such as automotive, manufacturing, energy, and research and development. Overall, LPU's B.Tech in Mechanical Engineering offers a balanced approach, combining strong academic learning with practical experience and industry exposure. Graduates are well-prepared for careers in core engineering sectors, research, higher studies, and entrepreneurial ventures, making it a promising choice for aspiring mechanical engineers.

Lovely Professional University (LPU) does not follow a rigid, fixed cutoff like many traditional engineering colleges; instead, admissions to B.Tech in Mechanical Engineering are primarily based on a combination of academic performance and entrance test scores, especially the LPU‑NEST (LPU National Entrance and Scholarship Test). If you perform well in LPU‑NEST, you greatly improve your chances of securing a seat in Mechanical Engineering. LPU also accepts JEE Main scores in many cases, which can be used either for direct admission or for enhancing scholarship eligibility. For general admission, students typically need to have completed 10+2 with Physics, Mathematics, and one of Chemistry/Biology/Computer Science, and many programs simply require you to meet minimum eligibility criteria before participating in the entrance test or merit evaluation. Rather than a stringent numeric cutoff like government colleges, LPU uses a relative performance benchmark, where higher scores in LPU‑NEST or strong JEE Main percentiles provide a competitive advantage. Scholarships and fee benefits are often tied to performance in LPU‑NEST, which means scoring in the higher range can not only help secure a Mechanical Engineering seat early in the admission cycle but also qualify you for tuition fee reductions. Even if you don't perform at the very top, LPU's phase‑wise admissions allow seats to remain available as rounds progress, giving students multiple opportunities to secure a place. Because the “cutoff” varies each year based on the number of applicants and overall performance trends, it's helpful to prepare well for LPU‑NEST and maintain a solid board score. Doing so will maximize your chances of admission to B.Tech Mechanical Engineering at LPU, even if specific numeric cutoffs aren't publicly fixed.

Lovely Professional University's B.Tech in Mechanical Engineering with a specialisation in Automotive Engineering is designed to build a strong foundation in mechanical principles while focusing on the design, development, and production aspects of automobiles. The syllabus typically begins with core engineering fundamentals such as Mathematics, Physics, Chemistry, Engineering Mechanics, and Basic Workshop Practice in the first year to establish essential analytical and problem‑solving skills. As students progress, they study Thermodynamics, Fluid Mechanics, Strength of Materials, Machine Design, Materials Engineering, and Manufacturing Processes, which are central to understanding how mechanical systems operate. Automotive specialisation components are introduced in later semesters. These include subjects like Automobile Engineering, Automotive Engines, Vehicle Dynamics, Automotive Transmission Systems, Automotive Electronics, and Alternative Fuels and Emission Control Technologies. These courses focus on vehicle systems, engine design, powertrain components, chassis and suspension systems, and modern technologies in automotive applications. Students also learn about CAD/CAM, Computer Aided Engineering, and Automotive Manufacturing Technology to ensure they are capable of handling software tools and manufacturing processes relevant to the automotive industry. Practical exposure is a key element of the curriculum, with laboratory sessions, simulation labs, and workshops where students work on real mechanical and automotive components. The programme also includes project work, industrial training, internships, and seminars to give students hands‑on experience and exposure to current industry practices. In the final year, students typically undertake a capstone project or research project that involves solving a real‑world problem in automotive design or manufacturing. Overall, the syllabus is structured to balance theoretical knowledge, practical skills, and industry relevance, preparing graduates for careers in automotive engineering, design, manufacturing, testing, or further studies in automotive systems and allied fields.