How does LPU train students on industry software through its teaching staff?

How does LPU train students on industry software through its teaching staff? ?

Om Shivarame , 22 Jul 2025

10 Answers

At LPU, the teaching staff really focus on getting us comfortable with industry-level software, and they do it in a way that’s pretty hands-on. Instead of just giving us theory, they actually train us using the same tools that are used in companies—like Python, AutoCAD, MATLAB, SPSS, and even cloud platforms like AWS. The faculty usually start with basic tutorials and then move on to practical tasks, so we learn by doing. They also design assignments and projects that are based on real-world problems, which helps us understand how the software is actually used in jobs. Some profs even share their own industry experience and give tips on best practices, which is super useful. Plus, they’re always around to help out during lab sessions or even outside class if we’re stuck. It’s not just about learning the software—it’s about getting trained to use it like a pro.

Hello, Through a faculty-driven approach, LPU provides students with training on industrial software, with teaching staff serving as both technical mentors and subject matter experts. Through partnerships with organizations like Google, IBM, Oracle, and Cisco, professors obtain credentials and participate in training courses. In order to guarantee that students have hands-on experience with tools like AutoCAD, SPSS, MATLAB, Python, and various cloud or ERP systems, depending on the subject, these qualified instructors then directly offer software-based content within academic courses. Step-by-step learning and problem-solving are made possible by academic supervision of lab sessions, classroom presentations, and real projects. Additionally, faculty members frequently lead seminars, short-term certification courses, and simulation-based modules to help students become more proficient with the tools. During research projects, internships, and senior projects, faculty members also assist students in exploiting these resources. Under the guidance of knowledgeable instructors, this model enables LPU students to gain practical proficiency with industry-relevant software in addition to theoretical ideas.

LPU trains students on industry software through highly qualified teaching staff who blend academic knowledge with practical expertise. Faculty members undergo regular training and certifications to stay current with industry trends. They incorporate software tools like Python, MATLAB, AutoCAD, and others into course content, offering hands-on experience through lab sessions and real-world projects. Industry-linked assignments and simulations help students apply concepts in practical settings. Guest lectures, workshops, and collaboration with tech companies further enrich learning. By aligning teaching methods with current professional standards, LPU ensures that students develop the technical skills and confidence needed to succeed in the modern workforce.

hi Lovely Professional University (LPU) prepares students with practical software skills relevant to the industry by employing a specialized and highly skilled faculty team that merges solid academic foundations with real-world experience. Faculty members consistently engage in training initiatives and obtain certifications to remain informed about changing industry trends and technologies. This continuous professional training enables them to incorporate tools such as Python, MATLAB, AutoCAD, and others effortlessly into the curriculum. Students acquire practical experience that reflects real-world applications through lab sessions, simulations, and project-based learning. Along with classroom teaching, LPU improves education via industry-related projects, workshops, and partnerships with top tech firms. These interactions familiarize students with contemporary job practices and standards. Talks from industry experts offer perspectives on software application in different fields, whereas team projects enable students to utilize their abilities in addressing real-world business challenges. By synchronizing teaching methods with current industry standards, LPU guarantees that students finish their studies with the necessary technical skills and confidence to thrive in today’s job market.

At LPU, students get trained on latest industry software by experienced and well-trained teaching staff. The faculty members are not only qualified but also get regular training from industry experts. LPU has tie-ups with top companies like Microsoft, Google, Cisco, SAP, and more, so students learn directly on the tools that are used in real companies. Teachers use live projects, case studies, and practical sessions to teach software like AutoCAD, MATLAB, Python, R, SPSS, Java, Android Studio, and many more depending on the course. The best part is that LPU doesn’t focus only on theory. Students actually get hands-on practice on the software in labs that are updated as per latest technology. The teaching staff also helps students get certifications from industry platforms like Coursera, LinkedIn Learning, and NPTEL. They guide students step-by-step in class and also clear doubts one-on-one. Even in online or hybrid mode, LPU uses smart ways to train students through virtual labs and live demos. Faculty members are very supportive and encourage students to participate in hackathons, codeathons, and software competitions. This way, LPU students don’t just study software—they use it in real scenarios and build a strong portfolio that helps in placements and internships.

Lovely Professional University (LPU) equips students with industry-relevant software skills through a dedicated and highly qualified faculty team that combines strong academic backgrounds with real-world expertise. Faculty members regularly participate in training programs and earn certifications to stay updated with evolving industry trends and technologies. This ongoing professional development allows them to integrate tools like Python, MATLAB, AutoCAD, and others seamlessly into the curriculum. Through lab sessions, simulations, and project-based learning, students gain hands-on experience that mirrors real-world applications. In addition to classroom instruction, LPU enhances learning through industry-linked assignments, workshops, and collaborations with leading tech companies. These engagements expose students to current workplace practices and expectations. Guest lectures by industry professionals provide insights into software use across various sectors, while collaborative projects allow students to apply their skills in solving genuine business problems. By aligning teaching strategies with contemporary industry standards, LPU ensures students graduate with the technical competence and confidence required to excel in the modern job market.

hi, LPU trains students on industry software through highly qualified teaching staff who blend academic knowledge with practical expertise. Faculty members undergo regular training and certifications to stay current with industry trends. They incorporate software tools like Python, MATLAB, AutoCAD, and others into course content, offering hands-on experience through lab sessions and real-world projects. Industry-linked assignments and simulations help students apply concepts in practical settings. Guest lectures, workshops, and collaboration with tech companies further enrich learning. By aligning teaching methods with current professional standards, LPU ensures that students develop the technical skills and confidence needed to succeed in the modern workforce.

LPU trains students on industry-relevant software through a faculty-driven model that emphasizes skill-building, application, and alignment with current professional standards. The teaching staff at LPU are carefully selected based on their academic qualifications as well as their industrial exposure, ensuring they are equipped to bridge the gap between theory and practice. Faculty members frequently undergo training programs, workshops, and certifications to stay updated on emerging software tools and platforms used in their respective fields. These trained faculty then bring their knowledge into the classroom by embedding software training directly into course modules. For example, in engineering and IT courses, faculty incorporate tools like MATLAB, AutoCAD, and Python-based environments into routine lab sessions. Similarly, for business and management students, the faculty uses real-world applications like Tally, Power BI, and CRM software in practical tasks. The teaching methodology is largely experiential, focusing on project-based assignments, industry-case simulations, and lab-based problem solving. Faculty ensure that each student gets individual hands-on practice with the software through lab hours, guided tasks, and mentoring. In many programs, students are also encouraged to complete software-based mini-projects or capstone assignments under faculty supervision. Faculty members often collaborate with industry experts and integrate guest lectures or co-teaching models to provide real-world context to software training. Some faculty even design open-ended assignments where students choose and apply tools based on the problem at hand, promoting independent learning. In addition to classroom efforts, faculty support students in pursuing software-related certifications by providing additional tutorials, preparatory materials, and mentorship. This multi-layered approach ensures students are not only familiar with professional tools but are also competent in using them confidently in industry scenarios. Through consistent support, hands-on exposure, and up-to-date faculty training, LPU effectively builds students' proficiency in industry-demanded software.

Lovely Professional University (LPU) places a strong emphasis on preparing students to meet industry demands by training them extensively on real-world software and digital tools. This is made possible through its highly skilled and industry-aware teaching staff, who are continuously upskilled to stay aligned with evolving technological trends. Faculty members at LPU receive specialized training and certifications on the latest software used in their respective fields, which they then seamlessly integrate into their teaching methods. Whether it’s Python, MATLAB, AutoCAD, SPSS, Tableau, Adobe Creative Suite, or cloud-based platforms like AWS and Azure, LPU ensures students gain hands-on experience with industry-relevant tools. Faculty guide students through software usage in labs, workshops, live demonstrations, and real-time problem-solving activities. Many faculty members bring direct industry experience, allowing them to teach not just the tool, but also how it’s applied in real-world scenarios. LPU also encourages project-based learning, where students apply software to real case studies and business problems under faculty supervision. Additionally, teaching staff organize certification programs, hackathons, and simulation-based assessments to test and enhance software skills. This structured, mentorship-driven model equips students with the technical expertise and confidence needed to thrive in modern workplaces.

LPU trains students on industry software through its teaching staff by embedding tool-based learning into academic programs across all disciplines. Faculty members are trained in relevant software and certifications, which they pass on to students through structured lectures, lab sessions, and interactive demonstrations. Professors use platforms like MATLAB, AutoCAD, Python, SPSS, and domain-specific tools to teach both foundational and advanced functions. These tools are introduced early in the curriculum and practiced regularly, helping students gain familiarity and technical confidence. In addition to classroom integration, LPU teaching staff conduct special workshops, bootcamps, and hands-on projects focused on professional software. They mentor students through real-time problem-solving tasks, capstone projects, and simulations that require active tool usage. Faculty also collaborate with industry experts for joint training modules and ensure students earn certifications that enhance their employability. This faculty-led, application-based training ensures students develop the practical skills needed to thrive in modern work environments.