Design of Hydropower Structures

L&T EduTech, founded in 2021 by Larsen & Toubro in Mumbai, is an industry-led education initiative delivering application-focused, hybrid learning for engineering and technology disciplines. Designed to bridge the gap between academic theory and industrial practice, the platform leverages L&T’s sectoral expertise to design programs that reflect current workplace requirements. It targets aspiring professionals who want practical skills and role-specific capabilities.

Programs emphasize domain knowledge across construction, manufacturing, power, automobile, electronics, IT and BFSI, integrated with 21st-century competencies and life skills. Courses combine online modules, assessments and industry projects to develop job-ready talent. Alignment with national education priorities and a focus on assessments and credentialing make the offering attractive to learners seeking measurable outcomes and upskilling pathways.

Students benefit from industry mentoring, applied projects and exposure to L&T’s operational contexts, improving employability in a competitive market. The hybrid model supports working professionals and international learners who need flexible, practice-oriented study. For those aiming to convert technical knowledge into workplace impact, L&T EduTech provides structured, industry-relevant learning and clear pathways to applied careers.

The Design of Hydropower Structures program is for students interested in learning about hydropower. It's a non-degree program that lasts several weeks and is taught in English.

This program teaches students about designing structures for hydropower, including dams and power plants. Students will develop skills in engineering and learn about hands-on techniques for designing and building hydropower structures.

After completing this program, students can work as Hydropower Engineers, Dam Designers, or Renewable Energy Technicians. They can also work in industries like energy, construction, or government agencies that focus on sustainable energy.