“🚗💥 Exciting collaboration alert! FMAE joined forces with Maruti Suzuki to showcase the incredible Jimny at FMAE Moto Park. The response has been phenomenal, with a record-breaking turnout! 🌟 Kudos to the entire team for making this event a massive success! 🎉 #FMAExMaruti #JimnyShowcase #RecordTurnout”
🌍 Dreaming of studying abroad? 📚✈️ Look no further! FMAE is thrilled to introduce an incredible On Job Experience platform crafted exclusively for graduate students like you. 🎓🌟 Elevate your prospects of scoring scholarships and gaining admission to top international universities for your master’s degree through practical work exposure.
🔗 Swipe up on the link in our bio and share your details with us.
Your exciting journey to a world-class education begins here! 🌟📝 #FMAEAbroad #StudyWithSuccess #GlobalEducationJourney
Contact us on 8210982844
FKDC Turns Out to Be India’s Best Student Go Kart Competition
In the realm of motorsports, the thrill of speed and the pursuit of engineering excellence converge to create a captivating spectacle. In India, a country with a rich automotive heritage, various competitions and events have emerged to nurture and showcase the talents of young engineering enthusiasts. Among these, the FKDC (Formula Kart Design Challenge) has risen to prominence as India’s best student go-kart competition, capturing the attention of motorsport enthusiasts and engineering aficionados alike.
The FKDC, initiated in 2016, was conceived with the objective of providing a platform for aspiring engineering students to apply their theoretical knowledge to practical, real-world challenges. Organized by the FMAE, the competition invites teams from colleges and universities across the nation to design, fabricate, and race their own go-karts. It is a test of technical prowess, innovation, and teamwork, all essential qualities in the field of engineering.
What sets FKDC apart from other competitions is its holistic approach. The event encompasses various stages, ensuring participants engage in a comprehensive learning experience. It begins with a design phase, where teams conceptualize and draft their go-kart designs, taking into consideration factors such as safety, performance, and manufacturability. This stage encourages students to think critically, push boundaries, and come up with innovative solutions.
Once the design phase concludes, teams move on to the fabrication stage, where they bring their designs to life. This hands-on process involves procuring materials, manufacturing components, and assembling the go-kart. Here, participants gain invaluable insights into the practical aspects of engineering, from welding and machining to suspension and aerodynamics. The fabrication stage serves as a crucible, testing the mettle of the participants and fostering a deep appreciation for the intricacies of automotive engineering.
After months of hard work, the moment of truth arrives—the racing phase. The teams gather at the designated race track, eager to put their creations to the test. The FKDC provides a level playing field, with stringent regulations ensuring fairness and safety. The race track becomes a battleground, where teams unleash the full potential of their go-karts, maneuvering through twists, turns, and straightaways, vying for victory. The competition not only assesses speed and performance but also the reliability and durability of the vehicles, rewarding the teams that have built machines capable of enduring the grueling challenges of the race.
Over the years, FKDC has witnessed a remarkable rise in popularity. The competition attracts talented young engineers from prestigious institutions, igniting a spirit of healthy rivalry and camaraderie. The event serves as a breeding ground for future automotive industry professionals, fostering a passion for innovation and pushing the boundaries of what is possible. It has become a melting pot of diverse ideas, where participants exchange knowledge, network with industry experts, and gain invaluable exposure to the world of motorsports.
The success of FKDC can be attributed to the dedicated efforts of FMAE and its commitment to nurturing engineering talent. The organization ensures that participants receive the necessary guidance and mentorship throughout the competition, bridging the gap between academia and industry. It also collaborates with prominent companies and organizations in the automotive sector, providing participants with opportunities to interact with industry leaders and gain insights into the practical applications of their skills.
Beyond the thrill of the competition, FKDC holds immense value for the participants’ personal and professional growth. The experience instills crucial qualities such as teamwork, problem-solving, and adaptability, which are vital for success in any engineering discipline. Furthermore, the competition serves as a stepping stone for those aspiring to pursue careers in motorsports, offering a glimpse into the world of professional racing and engineering.
As the years pass, FKDC continues to evolve, consistently raising the bar for excellence
The full form of FMAE is “Fraternity of Mechanical and Automotive Engineers-FMAE“. The company was founded in 2016 by the bunch of techies.
🔧 FMAE is dedicated to fostering innovation, collaboration, and knowledge-sharing among mechanical and automotive engineers. With our unwavering commitment to excellence, we aim to shape the future of engineering.
✨ What Makes FMAE Special? ✨
🚀 Innovation: At FMAE, we believe in pushing the boundaries of what’s possible. We strive to foster an environment that encourages out-of-the-box thinking, creativity, and disruptive ideas that revolutionize the automotive industry.
🤝 Collaboration: We understand the power of collaboration. Through our platform, engineers from diverse backgrounds and experiences come together to share their expertise, collaborate on projects, and collectively drive progress in the field.
📚 Knowledge-Sharing: Education is at the core of our mission. We provide a platform for engineers to expand their knowledge through workshops, webinars, conferences, and internships. Our aim is to empower the next generation of engineers with the skills they need to thrive.
🌍 Global Reach: FMAE’s impact spans across borders. We have cultivated a global network of engineering enthusiasts, allowing us to connect professionals and students from all corners of the world. Together, we work towards a common goal of advancing the automotive industry.
🎯 Our Vision:
At FMAE, we envision a world where engineering innovations reshape the automotive landscape, leading to safer, more sustainable, and efficient transportation systems. Through our initiatives, we strive to inspire, educate, and empower the engineering community to turn this vision into a reality.
🌟 Join FMAE Today! 🌟
If you are an engineering enthusiast, a student, or a professional seeking to make a mark in the automotive industry, FMAE is the perfect platform for you. Join our vibrant community of like-minded individuals and be a part of the engineering revolution!
🌐 Visit our website www.fmae.in to explore our initiatives, programs, and upcoming events.
🤝 Let’s collaborate, innovate, and drive the future of mechanical and automotive engineering together! 🚀💪
#FMAE #FraternityOfMechanicalAndAutomotiveEngineers #EngineeringEnthusiasts #Innovation #Collaboration #KnowledgeSharing #AutomotiveIndustry #EngineeringRevolution #JoinUsNow
📣 Exciting News! 🎉 FMAE is thrilled to announce our exclusive internship opportunity in M Baja and E Baja Design and Manufacturing! 🚗💨
🔎 Are you a passionate engineering student looking to gain hands-on experience in the automotive industry? Look no further! FMAE is offering a 100% certified internship program where you’ll dive deep into the world of M Baja and E Baja Design and Manufacturing. 🏎️🔧
📚 Our internship program is meticulously designed to provide you with a comprehensive understanding of vehicle design, development, and manufacturing processes. From concept creation to fabrication, testing, and competition, you’ll get an immersive experience in the entire Baja journey! 🚀
🔬 This internship offers you the chance to work closely with our expert mentors, who bring a wealth of knowledge and experience in the field. They will guide you through each step of the process, helping you enhance your technical skills and ignite your passion for automotive engineering. 💪
💯 At FMAE, we prioritize quality and excellence. Upon successful completion of the internship, you will receive a 100% certified internship certificate, validating your skills and expertise in M Baja and E Baja Design and Manufacturing. 📜
🌟 So, what are you waiting for? Take a leap forward in your engineering career and become a part of the Baja revolution! Join us for an internship that will challenge and transform you into a skilled automotive engineer. 🎓
📩 Hurry up and apply now! Limited seats are available for this incredible opportunity. Click the link in our bio to access the application form. Don’t miss your chance to drive innovation in the Baja world! 🌐
#FMAE#InternshipOpportunity#AutomotiveEngineering#MBaja#EBaja#DesignAndManufacturing#HandsOnExperience#EngineeringStudents#ApplyNow#bajarevolution
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- Powertrain and Battery:
- Select an appropriate electric motor based on your desired speed and torque requirements.
- Choose a high-quality battery pack with sufficient capacity and voltage to provide adequate range and performance.
- Ensure the battery pack is safely integrated into the go-kart’s frame and adequately protected from impacts or external damage.
- Implement a reliable and efficient motor controller to regulate the power output and control the speed.
- Safety Considerations:
- Follow electrical safety standards and guidelines during the wiring and installation process.
- Incorporate safety features such as a fuse or circuit breaker to protect against electrical faults.
- Install a battery management system (BMS) to monitor battery health, temperature, and prevent overcharging or discharging.
- Implement a robust emergency shut-off system or kill switch for immediate power disconnection in case of emergencies.
- Frame and Chassis:
- Design or select a frame and chassis that can accommodate the weight and size of the electric components.
- Ensure the frame provides sufficient structural integrity and rigidity to handle the increased weight of the electric system.
- Consider the positioning and placement of the battery pack and motor to achieve proper weight distribution and balance.
- Charging System:
- Incorporate a charging port and charging system that is compatible with the battery pack and can handle the required charging current.
- Follow proper charging procedures and guidelines to maximize the battery’s lifespan and ensure safe charging.
- Controls and Instrumentation:
- Install a throttle control mechanism that provides smooth and precise control over the motor’s power output.
- Include a battery level indicator or voltage meter to monitor the battery’s charge level.
- Consider adding additional instrumentation such as a speedometer or odometer for tracking performance metrics.
- Cooling and Heat Management:
- Electric motors and batteries generate heat, so ensure proper cooling and heat dissipation mechanisms are in place.
- Incorporate cooling fans or heat sinks to prevent overheating and maintain optimal operating temperatures.
- Suspension and Brakes:
- Choose a suspension system that can handle the additional weight of the electric components.
- Install effective brakes that can handle the increased speed and weight of the electric go-kart.
- Wiring and Electrical Connections:
- Use high-quality wiring, connectors, and terminals to ensure reliable electrical connections.
- Properly insulate and protect wiring to prevent damage and ensure safety.
- Testing and Fine-tuning:
- Thoroughly test the electric go-kart’s performance, including speed, acceleration, range, and braking.
- Make necessary adjustments to optimize performance, battery life, and safety.
Remember, when working with electricity, it is crucial to prioritize safety. Consult relevant electrical codes, guidelines, and local regulations. If you’re unsure about any aspect, consider seeking guidance from an experienced electric vehicle builder or consulting with an electrical engineer.
📣 Exciting News from FMAE! 🚀🔌
🔋 Powering the Future: Electric Vehicle Design & Development Course for School Students! 🔌🚗
🎉 FMAE is thrilled to announce our latest initiative to revolutionize the internship and training ecosystem, bringing cutting-edge opportunities to young minds! Introducing our all-new course, designed exclusively for school students interested in the dynamic world of electric vehicles! 🌟
🔌🚀 In collaboration with industry experts and leading educators, FMAE’s Electric Vehicle Design & Development Course offers an incredible platform for school students to gain hands-on experience in the rapidly growing field of electric mobility. Our goal is to equip them with the necessary skills and knowledge to adapt to the highly evolving technology and embrace the industrial revolution head-on! 💪💡
📚 What Will the Course Offer? 📚
✅ Comprehensive Introduction to Electric Vehicles: We’ll dive deep into the fundamental concepts of electric vehicles, exploring their history, components, and cutting-edge advancements. Students will develop a solid foundation to understand the intricacies of this transformative technology.
✅ Design and Engineering: Our course will cover the principles of vehicle design and engineering specific to electric vehicles. From aerodynamics to battery systems, students will learn how to optimize performance, efficiency, and safety.
✅ Hands-on Prototyping: Practical experience is essential for true learning. Students will have the opportunity to get their hands dirty, working on real-world projects, designing and building their very own electric vehicle prototypes.
✅ Industry Insights and Guest Lectures: We believe in bridging the gap between academia and industry. Throughout the course, students will interact with experts and professionals from the electric vehicle sector, gaining invaluable insights and networking opportunities.
✅ Experiential Learning: Field visits to renowned electric vehicle manufacturers, research labs, and renewable energy facilities will expose students to the latest technological advancements, fostering a holistic learning experience.
🌟 Benefits of the Electric Vehicle Course 🌟
🚀 By enrolling in FMAE’s Electric Vehicle Design & Development Course, school students will enjoy a plethora of benefits, including:
✅ Unmatched Career Readiness: Stay ahead of the curve and be prepared for the future job market. Acquire the skills sought after by leading electric vehicle manufacturers and emerging startups.
✅ Enhanced Problem-Solving Abilities: Develop critical thinking and problem-solving skills as you tackle real-world challenges faced by the electric vehicle industry.
✅ Networking Opportunities: Connect with like-minded individuals, industry professionals, and mentors who can guide you on your journey towards becoming an electric mobility expert.
✅ Future-Proof Your Knowledge: Equip yourself with expertise in an industry set to revolutionize transportation and contribute to a sustainable future.
📢 Don’t miss out on this incredible opportunity to be a part of the electric vehicle revolution from an early stage! Join us at FMAE and let’s power the future together! 🔋🌍
🔗 More details coming soon.
#FMAE #ElectricVehicleCourse #PoweringTheFuture #ElectricMobility #Education #Innovation #IndustrialRevolution #EVDesignAndDevelopment #SustainableFuture
We are thrilled to extend an invitation to your college to host our upcoming Summer Industrial Internship Program on Electric Bike Manufacturing. Our internship program will provide your students with hands-on experience in the field of sustainable transportation and green technology.
This specific industrial training of an Electric Bike Manufacturing covers;
⚡️Introduction to Electric Bikes: This module will provide an overview of electric bikes, including their history, the current state of the market, and future prospects.
⚡️Electric Bike Components: This module will cover the components that make up an electric bike, including the motor, battery, controller, and display.
⚡️Electric Bike Design: This module will cover the design principles for electric bikes, including frame design, suspension, and other components.
⚡️Electric Bike Assembly: This module will cover the assembly process for electric bikes, including how to assemble the various components, testing, and quality control.
⚡️Electric Bike Maintenance and Repair: This module will cover maintenance and repair techniques for electric bikes, including how to troubleshoot common problems and how to perform regular maintenance tasks.
⚡️Electric Bike Regulations and Standards: This module will cover the regulations and standards that govern the manufacture and sale of electric bikes, including safety standards and legal requirements.
⚡️Electric Bike Business and Marketing(Overview): This module will cover the business and marketing aspects of electric bike manufacturing, including market research, sales strategies, and distribution channels.
⚡️Sustainable Manufacturing Practices: This module will cover sustainable manufacturing practices, including how to minimize waste and reduce the environmental impact of electric bike manufacturing.
⚡️Industry Trends and Innovations: This module will cover the latest trends and innovations in the electric bike industry, including emerging technologies, new materials, and design trends.
⚡️Hands-on Training: In addition to classroom instruction, many Electric Bike Manufacturing programs also include hands-on training and workshops, where students will have the opportunity to build and test electric bikes under the guidance of experienced professionals.
PLACEMENT RECORDS
One of the key highlights of FMAE’s training program is our impressive placement record. Participants who complete their training are continuously placed into core sector jobs in the electric vehicle industry. In fact, their recent placement record includes more than 18 participants who got placed in Drive Tech Intelligence for Citroën projects, and they have ongoing placements every month.
Additionally, FMAE participants are also working in some of the major MNCs in automobile companies like Mercedes-Benz Research and Development India, CSIR- National Aerospace Laboratories (NAL), Brahmastra Aerospace and Defence Pvt. Ltd, Tech Mahindra Ltd, Computer Numerical Control Machinist, Frankair, and more.
It’s also noteworthy that your participants are working in various fields in the electric vehicle industry, including research and development, aerospace, defense, and manufacturing. This demonstrates the versatility of the training program offered by FMAE and how it prepares participants for a broad range of roles within the electric vehicle industry.
Having such a successful placement record is a testament to the dedication of FMAE in providing high-quality Skill Based training in Electric Vehicles.
After completing the Electric Bike Manufacturing training offered by FMAE, participants can enjoy a range of benefits, including:
- Career opportunities: With the electric vehicle industry rapidly growing, there is an increasing demand for skilled professionals in this field. Participants who complete the training will have a competitive edge when it comes to finding employment opportunities in the electric bike manufacturing industry.
- Industry knowledge: The training program provides participants with a comprehensive understanding of electric bike manufacturing, including the latest trends and technologies. This knowledge can be applied to a wide range of roles within the electric vehicle industry, providing participants with a broad skill set.
- Practical experience: The training program is designed to be hands-on and practical, allowing participants to apply what they have learned in real-life scenarios. This experience is valuable for participants looking to gain practical skills in the electric bike manufacturing industry.
- Entrepreneurial opportunities: Participants who complete the training can also use their knowledge to start their own electric bike manufacturing business. With the electric vehicle market on the rise, there are ample opportunities for entrepreneurs to enter this industry.
- Sustainability: By learning about electric bike manufacturing, participants contribute to the development of sustainable transportation solutions. This is a rewarding way to make a positive impact on the environment and contribute to a better future for generations to come.
In summary, completing the Electric Bike Manufacturing training offered by FMAE provides participants with a competitive edge when it comes to finding employment opportunities in the electric vehicle industry. It also provides them with valuable industry knowledge, practical experience, entrepreneurial opportunities, and the ability to contribute to sustainability.
The complete training is divided into 2 parts;
- Online (Focused more on Designing)
- Offline (Focused more on Manufacturing)
The online part is made accessible to all the registered participants before they come for the manufacturing sessions at our centre, this is done to bring them to a common benchmark to understand the course.
The Offline part which is focused in manufacturing will be completely hands on wherein the participant will involve to manufacture the compete electric bike under our expert guidance.
Day Wise Schedule for Online Lectures (Recorded);
| Day 1 | Introduction of Electric Bike and Geometry |
| Day 2 | 2-Wheeler Vehicle Dynamics. |
| Day 3 | Basics of Software Designing |
| Day 4 | Calculations related to Electric Drivetrain |
| Day 5 | Electrical Connections and Assembly |
| Day 6 | Braking System Designing and Calculations |
| Day 7 | Steering and Suspension Designing |
| Day 8 | Frame and Bodyworks Designing |
Day Wise Schedule for Offline Lectures (Recorded);
| Day 1 | Introduction to all the specs of bike and electric drive train with software basics |
| Day 2 | Designing and Simulation of Chassis and Swing Arm. |
| Day 3 | Electric Drive train, Jigs Manufacturing and Rake Angle Assembly |
| Day 4 | Frame Manufacturing |
| Day 5 | Frame Manufacturing and Swing Arm Manufacturing. |
| Day 6 | Mountings for the all the tractive system and diagnose. |
| Day 7 | Accumulator Container Mounting and Testing. |
FMAE presents Bharat Solar Vehicle Challenge, a competition between University Student teams from all over INDIA.
The goal for students is to apply all their knowledge acquired during their university studies in a real industrial project, by designing, developing, and manufacturing a highly efficient Solar Car, which will be evaluated and tested at FMAE MOTO PARK, HYDERABAD. There are two categories in which the prototypes will be evaluated.
BSVC itself represents a challenge to the students, which have to prove their creativity and innovation skills to directly apply their engineering abilities against other teams from universities all over India. As BSVC is being organized by FMAE which is having a team of organizing design challenges from the past 10 years throughout the nation. With such strong support and a highly experienced team will provide you with all the assistance you need.
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