Vikas Chandel Email & Phone Number

Becoming an entrepreneur in the field of technology and entertainment can be an exciting and challenging endeavor. Here are some steps you can take to pursue your goal of creating an entrepreneurship venture focused on Robotron, a technology learning and entertainment concept:Define your vision: Clearly articulate your vision for Robotron and how it combines technology learning with entertainment. Understand the unique value proposition it offers and how it differentiates itself from existing offerings.Research and market analysis: Conduct thorough market research to understand the target audience, competition, and market potential for Robotron. Identify the key trends and opportunities in the technology learning and entertainment industries.Develop a business plan: Create a comprehensive business plan that outlines your strategy, marketing approach, revenue streams, financial projections, and growth plans. This plan will serve as a roadmap for your venture and will be essential when seeking funding or partnerships.Build a prototype: Develop a working prototype or a minimum viable product (MVP) for Robotron. This will help you showcase your concept to potential investors, partners, and customers. Iteratively refine the product based on user feedback and market needs.Secure funding: Explore different funding options to support your entrepreneurial venture. This could include seeking investment from angel investors, venture capitalists, or applying for grants and government funding. Prepare a compelling pitch deck and business plan to attract potential investors.Build a team: Assemble a team with the necessary skills and expertise to bring Robotron to life. This may include software developers, designers, content creators, and business professionals. Collaborate with individuals who share your vision and are passionate about the intersection of technology and entertainment.

Working as a system engineer in the context of electric vehicles (EVs) plays a crucial role in designing,developing, and implementing the complex systems that power and control EVs.Motor+Battery +controller system design integration2W , 3W, 4 W Technology design and integration.Responsibilities of electric vehicles.1. System Architecture:2. Powertrain Development:3. Vehicle Control Systems:4. Compliance and Safety:5. Testing and Validation:6. Integration and Collaboration:7. System engineers collaborate with cross-functional teams,8. including mechanical engineers, electrical engineers, software developers, and suppliers, to integratevarious systems seamlessly. They work closely with these teams to address technical challenges, resolveissues, and optimize system performance.Duty & jobs• Product technical design and manufacturing process design• Product Cost control design. Technical machine and process line design and development.• EV design and integration solution of 2w or 3W + 4 W industry.• Programming languages• Solid work, Inventor, auto cad• CNC programming of three, four and five axis CNC machines for complex EV motor manufacturingproduction• Cutting tools selection and design of special cutting tools• Jigs and fixture design

Singapore, Singapore, Sg

World 15 top university, world know them for future technology and advance research centre who doinggreat idea and solution for Energy and future prospective TechnologyPosition & DutyResearch Engineer and components development engineer• Research on Electric vehicle power train components design development.• Li ion battery solution. Cooling pack design and development,• Electric vehicle motor design and integration.Product Engineer:1. Design Validation: Responsible for validating and testing the design of various components or systems,ensuring they meet performance and quality standards. This could involve conducting simulations,physical testing, and analyzing test data.2. Manufacturing and Production: Collaborate with manufacturing teams to ensure the manufacturabilityof the designed components, optimizing manufacturing processes, and addressing any productionrelated issues.3. Cost Optimization: As a product engineer, strive to optimize product cost without compromisingquality. He would explore alternative materials, manufacturing methods, and design improvements toachieve cost savings.4. Continuous Improvement: Continuous improvement initiatives, identifying opportunities for productenhancement, efficiency gains, and quality improvements through feedback and analysis.

Mohali, Punjab, In

Engine ring and Crank shaft manufacturing.Position & dutyMechanical Design Engineer.Tool and die design - CAD and CAM / CNC program designCAM - Cam master, Mach 3 CNC programming.Bus Body Design:1. Design and Styling: involved in the conceptualization and creation of bus body designs, consideringfactors like aesthetics, aerodynamics, ergonomics, and passenger comfort.2. Structural Integrity: would ensure that the bus body design meets structural integrity requirements,conducting structural analysis, considering material selection, and implementing safety measures towithstand various loads and stresses.3. Space Optimization: would focus on maximizing interior space utilization, considering seating layouts,luggage storage, accessibility features, and overall spatial efficiency within the constraints of the busbody design.

Bachelor Of Engineering - Be, Mechanical Engineering

Bachelor'S Degree, Mechanical Engineering

Bachelor'S Degree, Mechanical Engineering