VMPL
New Delhi [India], June 24: As the global automotive industry landscape moves towards sustainability, DIYguru, a leader in electric vehicle (EV) education and training, is set to lead workforce readiness for the burgeoning electric vehicle market. In India.
Recent studies, including reports from McKinsey, Economic Times and India Briefing, describe rapid expansion in the electric vehicle industry, driven by significant investments and technological advancements. This intention will be driven by India's young industries and SMEs, which would serve as the backbone of technology, driving the growth of electrification among students and professionals. DIYguru is driving this change with its 'Hardware Driven Approach', in which the tripartite collaboration of DIYguru, Tadpole Projects and EVI Technology is working on the in-house manufacturing of EV systems, specifically designed to enhance the skills of students with the combination of 2W technology, retro equipment, integration for vehicle automation, charging systems and advanced 4W segment. The overall R&D development is under the supervision of Prof. B. K Panigrahi, IIT Delhi CART. This enabled the development of India's most affordable in-house developed EV lab units, which are now an integral part of all DIYguru training offerings. To achieve the goal of “pan-India electric vehicle labs” and advanced training, L&T Edutech has entered into a collaboration with DIYguru as its implementation partner. The collaboration focuses on the development of the electric mobility ecosystem in universities and institutions, both private and government level, where students will not only receive advanced training but also participate in LIVE sessions, together with the EV laboratory center of excellence , implemented and maintained on their respective institutional campuses. This initiative will allow for accessible practical training on electric vehicles, which is currently a concern in this sector. This will not only lay the foundation for achieving integrated graduation and postgraduate programs but will also provide a very strong sustainable growth ecosystem, where DIYguru and L&T Edutech would implement the laboratory systems with regular advancements.
The proposal here is to develop more advanced systems over the next 12 months, focusing on heavy vehicle drives, electric vehicle analysis and machine learning techniques, and practical electric vehicle development. The content developed for this association by DIYguru is supported by L&T Edutech in terms of quality refinement and industry synchronization. The training segments are categorized to meet the demands of the domains of Electrical, Electronics, Mechanical, Automotive and Computer Science, so that the right balance can be achieved between technical skill enhancement, research oriented and software-based.
Laboratory systems are divided into two large segments. Standard EV laboratories and advanced laboratory centers. While standard labs are specifically developed to provide the entire ecosystem in a single unit, advanced labs are implemented keeping in mind specific technical units. This provided the ability to focus on hardware implementation of advanced charging technologies, ARM Cortex-based technical embedded systems, next-generation vehicle automation and analytics, fuel cell technologies and 4-wheel drive systems.Currently , DIYguru is implementing this model in its COEs and several universities in different regions of India. The collaboration also extends to the ITI/Diploma sectors, where the hardware focuses on the repair, maintenance and service of vehicle propulsion systems and charging stations for on-site work and service profiles. The general curriculum is divided into 11 sectors, each sector targets a specific technological area. Starting from the fundamentals, the curriculum moves towards all technological areas of Mobility and diversifies training for different engineering streams. This provides a unique encapsulation of EVs into different career paths, also merging into the engineering and management segments of these domains.
PG Certification Programme: Achieving Excellence in Electric Vehicles with Customized Kits Delivered at Home As DIYguru expands its reach and resources, the institute is all set to play a pivotal role in driving India's green mobility mission. To achieve self-sustainable growth in engineering advancements among its students, DIYguru has launched 'At your home EV Kit' programme. With this program, DIYguru is developing custom built electronic and embedded kits, for electric vehicle applications, completely based on ARM Cortex to ensure industry standards and will deliver these hardware sets to every enrolled student at their doorstep. This initiative involves EVI Technologies as a technology partner and the goal is to improve electronic integration for electric vehicle applications. Students will work on STM-based simulations and develop these hardware applications themselves with the provided kits. All of this collaboration is supported by over 50 hours of LIVE sessions and trainers working with students to master control systems, vehicle automation and embedded programming, in support of supervisor-based training. The combination of engineering projects and lab access along with LIVE supervisor-based training and next-generation skill enhancement domains will not only reinforce deep understanding among students but also help professionals and students prepare for the trends. of the next generation. . This would support the continued growth of the semiconductor, software-defined vehicle and battery development solutions industries within the Indian technical market.
'With a committed vision and a strong educational framework, DIYguru is not only part of the electric vehicle revolution, but is leading the sector with innovative growth and R&D-driven solutions. DIYguru has served over 25 industries in the last 12 months from 8 different technology sectors, highlighting the incorporation of E Mobility in different industrial chains,” shared Avinash Singh, CEO and Founder, DIYguru.Ayush Sharma, Research Scientist from Germany and co-founder of DIYguru, is managing the technical implementation of these programs and stated, “The growth of electric mobility is essential for India to balance its current dependence on IT fields.” Students are forced to abandon their existing engineering domains for unrelated or less related work due to lack of confidence and lack of clarity about their major engineering careers, which undoubtedly affects the future needs of good engineers. , as India moves towards in-house R&D manufacturing. , semiconductor sectors and mobility domains. “E-mobility as an industrial sector has the potential to support this changing trend within India and bridge the gap between industries, providing a more shared cloud of skill sets for a strong engineering future.”
For more information, contact:
Kavita Saxena+91-8828299499
New Delhi [India], June 24: As the global automotive industry landscape moves towards sustainability, DIYguru, a leader in electric vehicle (EV) education and training, is set to lead workforce readiness for the burgeoning electric vehicle market. In India.
Recent studies, including reports from McKinsey, Economic Times and India Briefing, describe rapid expansion in the electric vehicle industry, driven by significant investments and technological advancements. This intention will be driven by India's young industries and SMEs, which would serve as the backbone of technology, driving the growth of electrification among students and professionals. DIYguru is driving this change with its 'Hardware Driven Approach', in which the tripartite collaboration of DIYguru, Tadpole Projects and EVI Technology is working on the in-house manufacturing of EV systems, specifically designed to enhance the skills of students with the combination of 2W technology, retro equipment, integration for vehicle automation, charging systems and advanced 4W segment. The overall R&D development is under the supervision of Prof. B. K Panigrahi, IIT Delhi CART. This enabled the development of India's most affordable in-house developed EV lab units, which are now an integral part of all DIYguru training offerings. To achieve the goal of “pan-India electric vehicle labs” and advanced training, L&T Edutech has entered into a collaboration with DIYguru as its implementation partner. The collaboration focuses on the development of the electric mobility ecosystem in universities and institutions, both private and government level, where students will not only receive advanced training but also participate in LIVE sessions, together with the EV laboratory center of excellence , implemented and maintained on their respective institutional campuses. This initiative will allow for accessible practical training on electric vehicles, which is currently a concern in this sector. This will not only lay the foundation for achieving integrated graduation and postgraduate programs but will also provide a very strong sustainable growth ecosystem, where DIYguru and L&T Edutech would implement the laboratory systems with regular advancements.
The proposal here is to develop more advanced systems over the next 12 months, focusing on heavy vehicle drives, electric vehicle analysis and machine learning techniques, and practical electric vehicle development. The content developed for this association by DIYguru is supported by L&T Edutech in terms of quality refinement and industry synchronization. The training segments are categorized to meet the demands of the domains of Electrical, Electronics, Mechanical, Automotive and Computer Science, so that the right balance can be achieved between technical skill enhancement, research oriented and software-based.
Laboratory systems are divided into two large segments. Standard EV laboratories and advanced laboratory centers. While standard labs are specifically developed to provide the entire ecosystem in a single unit, advanced labs are implemented keeping in mind specific technical units. This provided the ability to focus on hardware implementation of advanced charging technologies, ARM Cortex-based technical embedded systems, next-generation vehicle automation and analytics, fuel cell technologies and 4-wheel drive systems.Currently , DIYguru is implementing this model in its COEs and several universities in different regions of India. The collaboration also extends to the ITI/Diploma sectors, where the hardware focuses on the repair, maintenance and service of vehicle propulsion systems and charging stations for on-site work and service profiles. The general curriculum is divided into 11 sectors, each sector targets a specific technological area. Starting from the fundamentals, the curriculum moves towards all technological areas of Mobility and diversifies training for different engineering streams. This provides a unique encapsulation of EVs into different career paths, also merging into the engineering and management segments of these domains.
PG Certification Programme: Achieving Excellence in Electric Vehicles with Customized Kits Delivered at Home As DIYguru expands its reach and resources, the institute is all set to play a pivotal role in driving India's green mobility mission. To achieve self-sustainable growth in engineering advancements among its students, DIYguru has launched 'At your home EV Kit' programme. With this program, DIYguru is developing custom built electronic and embedded kits, for electric vehicle applications, completely based on ARM Cortex to ensure industry standards and will deliver these hardware sets to every enrolled student at their doorstep. This initiative involves EVI Technologies as a technology partner and the goal is to improve electronic integration for electric vehicle applications. Students will work on STM-based simulations and develop these hardware applications themselves with the provided kits. All of this collaboration is supported by over 50 hours of LIVE sessions and trainers working with students to master control systems, vehicle automation and embedded programming, in support of supervisor-based training. The combination of engineering projects and lab access along with LIVE supervisor-based training and next-generation skill enhancement domains will not only reinforce deep understanding among students but also help professionals and students prepare for the trends. of the next generation. . This would support the continued growth of the semiconductor, software-defined vehicle and battery development solutions industries within the Indian technical market.
'With a committed vision and a strong educational framework, DIYguru is not only part of the electric vehicle revolution, but is leading the sector with innovative growth and R&D-driven solutions. DIYguru has served over 25 industries in the last 12 months from 8 different technology sectors, highlighting the incorporation of E Mobility in different industrial chains,” shared Avinash Singh, CEO and Founder, DIYguru.Ayush Sharma, Research Scientist from Germany and co-founder of DIYguru, is managing the technical implementation of these programs and stated, “The growth of electric mobility is essential for India to balance its current dependence on IT fields.” Students are forced to abandon their existing engineering domains for unrelated or less related work due to lack of confidence and lack of clarity about their major engineering careers, which undoubtedly affects the future needs of good engineers. , as India moves towards in-house R&D manufacturing. , semiconductor sectors and mobility domains. “E-mobility as an industrial sector has the potential to support this changing trend within India and bridge the gap between industries, providing a more shared cloud of skill sets for a strong engineering future.”
For more information, contact:
Kavita Saxena+91-8828299499
