DIYguru, in collaboration with NEAT AICTE, L&T Edutech, and EICT Academy, IIT Guwahati, is pioneering new educational models that integrate hands-on experience with cutting-edge industry knowledge. By launching B.E. integrated programs in E-Mobility, we are equipping students with the technical skills needed to excel in the rapidly growing electric vehicle sector. Our extensive partnerships ensure that students gain access to state-of-the-art hardware labs, industry internships, and real-world research opportunities. Whether in Mechanical, Electrical, Electronics, Mechatronics, or Automotive Engineering, students across multiple disciplines can now experiment, innovate, and advance their careers through comprehensive support in both academic and R&D environments.
B.E. Integrated Programs in E-Mobility with NEAT AICTE and L&T Edutech

DIYguru, in collaboration with NEAT AICTE and L&T Edutech, offers B.E. integrated programs focusing on E-Mobility. These programs are designed to prepare students across multiple engineering disciplines—such as Mechanical, Electrical, Electronics, Mechatronics, and Automotive Engineering—with an in-depth understanding of Electric Vehicle technology. Students engage with core topics like battery systems, electric powertrains, and embedded control systems, preparing them for dynamic careers in the clean energy and automotive sectors.

Partnership with EICT Academy, IIT Guwahati

DIYguru’s partnership with the Electronics and ICT (EICT) Academy, IIT Guwahati brings a new level of academic and research collaboration. This alliance supports the development of advanced research projects, faculty training, and student innovation initiatives, particularly in electronics, embedded systems, and IoT technologies for Electric Vehicles. Through this partnership, students and faculty gain access to top-tier workshops, seminars, and resources that push the boundaries of technical education and experimentation in the E-Mobility field.

Hardware Lab Support for Practical Learning

DIYguru provides state-of-the-art hardware labs in partnership with EVI Technologies, Tadpole Projects, and ALTAIR. These labs are equipped with advanced tools for EV testing, power electronics, battery management, and embedded system design, ensuring that students gain hands-on experience. These labs not only serve as centers for academic learning but also function as hubs for R&D activities and innovation. By combining hardware capabilities with ALTAIR’s simulation software, students can run both practical experiments and virtual simulations, giving them a comprehensive understanding of E-Mobility technologies.

Internship and Fellowship Opportunities for Engineering Students

DIYguru offers internship and fellowship opportunities for final-year engineering students across disciplines. Through our partnerships with industry leaders and academia, students gain real-world exposure in Electric Vehicle design, battery technologies, and powertrain systems. These programs allow students to collaborate on live projects, providing them with practical skills while enhancing their employability in high-demand sectors.

Faculty Development Programs

DIYguru is committed to empowering educators through Faculty Development Programs (FDPs), in collaboration with NEAT AICTE, EICT Academy IIT Guwahati, EVI Technologies, and ALTAIR. These programs offer faculty members training in E-Mobility technologies, embedded systems, and power electronics, ensuring they stay ahead of industry trends and can effectively impart cutting-edge knowledge to their students. Our FDPs help institutions maintain high standards of education in rapidly advancing fields.

Complete Hardware and Software Lab Set Up with EVI Technologies, Tadpole Projects, and ALTAIR

In collaboration with EVI Technologies, Tadpole Projects, and ALTAIR, DIYguru provides complete lab setups that combine both hardware and software capabilities. These labs are designed for EV testing, battery prototyping, motor testing, and embedded system development. With ALTAIR’s simulation tools integrated into the lab setups, students and faculty can conduct extensive research and practical projects, making these labs pivotal to both learning and innovation. This partnership ensures that academic institutions have the infrastructure required to stay competitive and at the forefront of technological advancements.

Multidisciplinary Approach to EV Engineering

Our B.E. integrated programs take a multidisciplinary approach, allowing students from Mechanical, Electrical, Electronics, Mechatronics, and Automotive Engineering to collaborate on projects. This collaborative environment enables students to understand how their specific disciplines contribute to the broader field of E-Mobility. Whether working on electric powertrain design, embedded control systems, or energy storage solutions, students are given a platform to develop well-rounded expertise, preparing them for the diverse challenges in the EV industry.

Collaborative Research & Development in E-Mobility

DIYguru’s partnership with NEAT AICTE, L&T Edutech, EVI Technologies, EICT Academy, IIT Guwahati, and Tadpole Projects extends to collaborative R&D initiatives. These initiatives focus on advanced topics like battery optimization, electric motor efficiency, and renewable energy integration in E-Mobility. Students and faculty alike are encouraged to participate in cutting-edge research projects, pushing the boundaries of innovation and contributing to the development of future EV technologies.

Bridging the Gap Between Academia and Industry

DIYguru’s integrated approach ensures that students and faculty are equipped with both theoretical knowledge and practical skills to meet the needs of the industry. Our internships, fellowships, live projects, and faculty development programs are designed to bridge the gap between academia and industry. We provide students and faculty with direct exposure to the latest technological trends and industry practices through partnerships with industry leaders, ensuring that they are well-prepared for careers in the fast-evolving E-Mobility sector.

How we help

DIYguru’s partnerships with NEAT AICTE and L&T Edutech provide academic institutions with the tools, curriculum, and industry connections necessary to lead in E-Mobility education. Here’s how we support educational institutions:

B.E. Integrated Curriculum

We offer a specialized, interdisciplinary curriculum for B.E. programs in E-Mobility, designed in collaboration with NEAT AICTE and L&T Edutech, ensuring alignment with both academic standards and industry demands.

State-of-the-Art Hardware Labs

Our hardware labs are fully equipped to support practical experimentation in EV technologies, enabling students to gain hands-on experience in electric motor testing, battery management systems, and power electronics.

Industry-Linked Research and Development

We promote collaborative R&D efforts within engineering departments, empowering students and faculty to engage in industry-relevant research, driving innovations in electric mobility and renewable energy.

Access to Industry Leaders

Through our partnerships, students can participate in live projects, internships, and industry workshops, gaining insights from industry leaders and learning about the latest advancements in E-Mobility.

200+
Dedicated industry experts around the globe
700+
Automotive Industry engagements over the past decade

Client results

Explore our success stories to see how we have helped academia like yours overcome challenges and achieve tangible results.

Offering comprehensive Hardware enabled training programs, upskilling, and early career development opportunities to prepare professionals for roles in the evolving automotive and transportation industries.

Providing specialized and recognized hardware integrated certifications that validate expertise in e-mobility and open up new career opportunities in the automotive industry.

Creating tailored Digital Twin solutions to optimize manufacturing processes, enhance quality control, and reduce waste, thereby improving overall operational efficiency in automotive production.

Guiding fresh graduates and young professionals through structured programs to kickstart their careers in the automotive and transportation sectors.

Offering advanced simulation tools and training to enhance the design, testing, and development of next-generation automotive technologies.

Promoting sustainable practices and green energy solutions to help automotive companies reduce their environmental footprint.

Offering resources and training in entrepreneurship, business management, and policy advocacy to support automotive leaders and innovators in navigating the industry landscape.

Engaging in collaborative projects with industry leaders to develop new technologies and solutions that address the automotive sector's most pressing challenges.

Assisting in integrating Digital Twin technology with IoT sensors and data analytics platforms to provide a comprehensive view of vehicle performance and usage patterns, leading to more informed decision-making.

Nurturing startups and innovators in the automotive and transportation industry. Providing them with the necessary training and resources, helping innovators bring new products and technologies to market, contributing to the industry's overall growth.

Collaboration with prestigious institutions like IIT Jammu, IITD, IIT Kanpur, IFACET, and L&T Edutech to launch advanced certification programs in various aspects of electric mobility.

Setting up of India’s first Hardware E-Mobility Center of Excellence with L&T's Edutechat more than 30+ centers across India. These centers serves as a hub for upskilling the workforce in EV hardware, further strengthening the industry’s capabilities.

Facilitating connections between professionals and organizations globally, providing tailored staffing solutions to ensure the automotive industry has access to a skilled workforce ready to tackle future mobility challenges.

Creating innovation labs and hosting challenges and competitions to foster innovation and problem-solving skills among aspiring automotive engineers and technologists.

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