At DIYguru, we believe in empowering students to turn their passion into a thriving career. One such inspiring story is that of Mohammad Abdul Razaq, who, with dedication and the right guidance, has carved a successful career path in the fast-growing electric vehicle (EV) and renewable energy solutions industry. His journey is a testament to the importance of continuously upgrading skills and aligning education with industry needs.
Discovering a Passion: From Mechanical Engineering to EV Technology
After completing his B-Tech in Mechanical Engineering in 2022, Mohammad Abdul Razaq was eager to dive into the rapidly evolving field of electric vehicles. His interest in design and technology led him to search for programs that could provide the specialized knowledge he needed to excel in this sector. His search ended when he discovered DIYguru’s Nanodegree Program—a comprehensive course designed to equip students with essential skills in EV technology.
“I’ve always been passionate about design, and I knew that focusing on electric vehicle technology would open up new opportunities for me. Finding DIYguru’s program was a turning point. It promised not only theoretical knowledge but also hands-on experience in areas I was eager to explore,” Abdul shared.
Diving into the DIYguru Experience: Learning and Applying Key Skills
Abdul’s journey with DIYguru began with enthusiasm and a clear goal: to master the skills needed to make a mark in the EV industry. The EV Technology Nanodegree Program covered a wide range of topics, from E-Bike Designing using SolidWorks to EV Modelling in MATLAB & Simulink. Here’s how Abdul leveraged these skills to shape his career:
- E-Bike Designing Using SolidWorks: One of the highlights of Abdul’s training was learning how to design e-bikes using SolidWorks. This skill involved creating detailed 3D models and simulations, which provided Abdul with a solid understanding of how to translate theoretical designs into functional prototypes. The hands-on projects he worked on helped him refine his technical abilities and gain confidence in his design skills.
- Ansys Workbench: Abdul’s experience with Ansys Workbench was crucial for understanding the stress analysis and optimization of components. This tool allowed him to perform simulations and analyze the performance of various designs under different conditions, which is essential for developing reliable and efficient EV components.
- EV Power-Train in MATLAB & Simulink: Working on the EV Power-Train simulations in MATLAB & Simulink gave Abdul valuable insights into how electric vehicle powertrains are designed and optimized. He learned to model and simulate powertrain components, which are critical for ensuring that EVs operate efficiently and effectively.
- EV Modelling Using MATLAB & Simulink: Abdul’s training in EV modelling involved creating simulations of entire electric vehicles. This experience was instrumental in understanding the integration of different systems within an EV, from energy storage to propulsion. It provided him with the skills needed to develop and test innovative solutions for real-world applications.
- CATIA: Although CATIA was not the primary focus of his coursework, Abdul also gained exposure to this powerful design tool, which further broadened his expertise in mechanical design and simulation.
Gaining Practical Experience: Internship
Abdul’s six-month internship awas a pivotal experience that allowed him to apply the skills he had acquired. As an intern, he worked on various projects related to EV technology, including the design and simulation of e-bikes and powertrain components. This hands-on experience was invaluable for solidifying his technical knowledge and gaining practical insights into the industry.
“Internship program was incredibly hands-on. It allowed me to work on real-world projects and see the direct application of what I learned. The experience I gained during this time was crucial for my professional development,” Abdul said.
Building a Career: From Design Engineer to R&D Specialist
Upon completing his internship, Abdul transitioned to a full-time role as a Design Engineer at CLN Energy Pvt Ltd. In this position, he worked on various projects involving SolidWorks, MATLAB, Simulink, and Ansys. His role involved designing and optimizing energy-efficient systems, where the skills he gained at DIYguru proved instrumental.
“Working at CLN Energy was where I saw the practical impact of what I learned at DIYguru. The tools and methods I mastered during my internship helped me tackle complex design challenges and contribute effectively to my team,” Abdul recalled.
His success at CLN Energy paved the way for his current role as an R&D Design Engineer at INVERTED Energy Pvt Ltd. In this position, Abdul is involved in high-level research and development work, focusing on designing and optimizing energy storage systems and battery technologies for electric vehicles. His work is crucial in advancing sustainable mobility solutions and driving innovation in the EV sector.
The DIYguru Advantage: How the Nanodegree Program Shaped My Success
Reflecting on his journey, Abdul is unequivocal about the impact of DIYguru’s EV Technology Nanodegree Program on his career. The program provided him with not only the technical skills but also the practical experience needed to excel in the EV industry. The hands-on projects and industry-relevant training were key factors in his successful transition from a graduate to a thriving professional.
“The EV Technology Nanodegree at DIYguru was more than just a course; it was a comprehensive training program that prepared me for the real world. The skills I gained, from e-bike designing to power-train simulation, were fundamental in shaping my career,” Abdul said.
The program also provided Abdul with valuable networking opportunities and connections with industry professionals, which helped him navigate his career path and seize new opportunities.
Advice for Aspiring Engineers: Emphasize Continuous Learning
Abdul’s advice to aspiring engineers is to embrace continuous learning and practical experience. In the fast-paced fields of electric vehicles and renewable energy, staying updated with the latest technologies and trends is crucial for success.
“In today’s dynamic industries, it’s essential to keep learning and honing your skills. Programs like DIYguru’s EV Technology Nanodegree can provide the knowledge and experience needed to stay ahead and make a meaningful impact,” Abdul remarked.
Looking Ahead: Abdul’s Vision for the Future
As Abdul continues to grow in his role as an R&D Design Engineer, he is excited about the future of renewable energy and electric vehicles. His goal is to keep innovating and contributing to projects that drive sustainability and technological advancement.
Conclusion: A Testimonial to DIYguru’s Impact
Mohammad Abdul Razaq’s journey from a mechanical engineering graduate to a key player in the electric vehicle industry highlights the transformative impact of DIYguru’s EV Technology Nanodegree Program. His success story underscores the value of specialized training, practical experience, and continuous learning in achieving career goals. DIYguru is proud to have played a role in Abdul’s journey and looks forward to empowering more students to achieve their career aspirations.
