DIYguru partnered with HL Mando to deliver a comprehensive Battery Management Systems (BMS) training program, aimed at enhancing the technical skills of HL Mando’s team. Through a well-structured training program, DIYguru effectively enhanced the BMS knowledge and practical skills of HL Mando’s team, ensuring they are equipped to meet the demands of the rapidly evolving EV market.
The training spanned a total of three months, combining online and offline sessions. Each module included 30 days of online coursework followed by 3-5 days of intensive offline workshops.
DIYguru, in collaboration with L&T Edutech, has established E-Mobility Centers of Excellence in educational institutions across India. These centers feature advanced hardware labs including the EV DriveTrain Experimental Setup & Motor Testing Workbench, EV Electrical Circuit Training Workbench, and Battery, BMS with CAN Protocols Training Workbench.
In a groundbreaking initiative, DIYguru and Tadpole Projects, incubated at IIT Delhi, developed three innovative training workbenches: the EV DriveTrain Experimental Setup & Motor Testing Workbench, the EV Electrical Circuit Training Workbench, and the Battery, BMS with CAN Protocols Training Workbench. Under the guidance of Dr. B.K. Panigrahi, these workbenches aim to enhance practical learning in EV technology for engineering and ITI/Diploma students across India, supported by AICTE and L&T Edutech. This collaboration bridges the gap between theoretical knowledge and hands-on skills, preparing students for the evolving EV industry.
DIYguru, in collaboration with EVI Technologies and under the mentorship of Dr. B.K. Panigrahi from IIT Delhi, developed an indigenous EVSE Charging Kit and Embedded Systems Kit. This initiative, supported by AICTE and L&T Edutech, aimed at providing hands-on training in EV technology to students in engineering and ITI/Diploma colleges across India. The kits cover extensive modules, including EVSE testing, battery management, motor control, and communication protocols, enhancing practical skills and fostering innovation in the rapidly evolving EV industry.
This comprehensive program covered key modules including EV basics, battery technology, electric motors, power electronics, vehicle dynamics, EV design, and maintenance.
The program targeted ITI students, particularly those in urban areas and Bangalore. The initiative aimed to transform these students into industry-ready professionals capable of contributing to the EV sector's growth.
The program catered to a diverse group of students from various engineering disciplines, enrolled through Internshala's platform. These students gained valuable insights and practical experience in EV technology, significantly enhancing their career prospects in the industry.
Objectives: To provide comprehensive knowledge of hydrogen fuel cell technology. To equip participants with practical skills for the application and maintenance of hydrogen fuel cells. To enhance the understanding of safety standards and regulatory guidelines related to hydrogen energy.
