chandanm
Automotive and Household Injection Mold Design and Product Design using Siemens NX
Mumbai,
India
Global rank:
83,373
/
96,199
Skill pts: 0
2D & 3D CAD Design
2D AutoCAD 2018
3D Modeling
3D Models
Autodesk PowerMill 2021
Automotive Design
Blow Molding Design PET
CAD Design
Concept Development
Engineering Design
Home Appliances Design
Manufacturing Engineering
Microcontrollers
Mold Design
Product Design
Product Development
Siemens UGNX
Simulation
Tooling Design
About
Automotive Mold Design Expertise:
3D Modeling: Proficient in creating detailed 3D models of automotive molds, including complex geometries required for various parts like bumpers, dashboards, and interior components.
Mold Flow Analysis: Understanding of mold flow simulation to optimize the design for material flow, cooling efficiency, and part quality.
Tooling Design: Skilled in designing tooling components, including core and cavity inserts, mold bases, and ejection systems to ensure high-quality manufacturing.
Product Design Skills:
Concept Development: Ability to develop and refine product concepts, from initial sketches to detailed 3D models, ensuring functionality and manufacturability.
Design for Manufacturability (DFM): Expertise in applying principles of DFM to create designs that are cost-effective and easy to manufacture.Integration with Engineering Analysis: Proficient in integrating product designs with engineering analyses, such as stress tests and thermal simulations, to ensure performance and durability.
Siemens NX Proficiency:Advanced CAD Tools: Expertise in using Siemens NX’s advanced CAD tools for creating and modifying complex parts and assemblies.
Parametric Design: Skilled in creating parametric models that allow for easy adjustments and iterations.
Assemblies and Tolerances: Ability to manage complex assemblies and apply accurate tolerances to ensure fit and function.
Accomplishments:Successful Projects: Contributed to the successful design and production of automotive components, leading to improved part performance and reduced manufacturing costs.
Innovation in Design: Implemented innovative design solutions that addressed specific challenges in mold design and product development.Collaboration: Worked effectively with cross-functional teams, including engineers, manufacturers, and designers, to ensure cohesive product development and successful project outcomes.
Diploma In Plastic Mold Technology
University Name:-CIPET
Year of Diploma:-2015
Bachelor of Technology in Automobile Engineering
University Name:- IIMTS
Year of Graduation:- 2024
Projects:Automated Vehicle Parking System:Designed and developed an automated parking system using sensors and microcontrollers.Implemented algorithms for space detection and vehicle positioning.Electric Vehicle (EV) Design and Simulation:Created a comprehensive design for a prototype EV including battery management and drivetrain systems.Utilized simulation software to model performance and efficiency.Hybrid Powertrain Development:Developed a hybrid powertrain system integrating internal combustion engine with electric motor.Conducted performance tests and efficiency analysis.Advanced Suspension System:Designed an advanced suspension system aimed at improving vehicle stability and comfort.Tested various configurations for optimized performance.
Accomplishments:Published Research Paper:Authored a research paper on "Innovations in Hybrid Vehicle Technology" published in a peer-reviewed journal.Industrial Internship:Completed an internship with Shridevi Tool Engineers PVT. LTD., contributing to mold Development and Design , gaining practical experience in automobile design and manufacturing.Engineering Design Competition:In a national engineering design competition with a project on Dashboard .Certification:Earned certification in Siemens NX
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3D Modeling: Proficient in creating detailed 3D models of automotive molds, including complex geometries required for various parts like bumpers, dashboards, and interior components.
Mold Flow Analysis: Understanding of mold flow simulation to optimize the design for material flow, cooling efficiency, and part quality.
Tooling Design: Skilled in designing tooling components, including core and cavity inserts, mold bases, and ejection systems to ensure high-quality manufacturing.
Product Design Skills:
Concept Development: Ability to develop and refine product concepts, from initial sketches to detailed 3D models, ensuring functionality and manufacturability.
Design for Manufacturability (DFM): Expertise in applying principles of DFM to create designs that are cost-effective and easy to manufacture.Integration with Engineering Analysis: Proficient in integrating product designs with engineering analyses, such as stress tests and thermal simulations, to ensure performance and durability.
Siemens NX Proficiency:Advanced CAD Tools: Expertise in using Siemens NX’s advanced CAD tools for creating and modifying complex parts and assemblies.
Parametric Design: Skilled in creating parametric models that allow for easy adjustments and iterations.
Assemblies and Tolerances: Ability to manage complex assemblies and apply accurate tolerances to ensure fit and function.
Accomplishments:Successful Projects: Contributed to the successful design and production of automotive components, leading to improved part performance and reduced manufacturing costs.
Innovation in Design: Implemented innovative design solutions that addressed specific challenges in mold design and product development.Collaboration: Worked effectively with cross-functional teams, including engineers, manufacturers, and designers, to ensure cohesive product development and successful project outcomes.
Diploma In Plastic Mold Technology
University Name:-CIPET
Year of Diploma:-2015
Bachelor of Technology in Automobile Engineering
University Name:- IIMTS
Year of Graduation:- 2024
Projects:Automated Vehicle Parking System:Designed and developed an automated parking system using sensors and microcontrollers.Implemented algorithms for space detection and vehicle positioning.Electric Vehicle (EV) Design and Simulation:Created a comprehensive design for a prototype EV including battery management and drivetrain systems.Utilized simulation software to model performance and efficiency.Hybrid Powertrain Development:Developed a hybrid powertrain system integrating internal combustion engine with electric motor.Conducted performance tests and efficiency analysis.Advanced Suspension System:Designed an advanced suspension system aimed at improving vehicle stability and comfort.Tested various configurations for optimized performance.
Accomplishments:Published Research Paper:Authored a research paper on "Innovations in Hybrid Vehicle Technology" published in a peer-reviewed journal.Industrial Internship:Completed an internship with Shridevi Tool Engineers PVT. LTD., contributing to mold Development and Design , gaining practical experience in automobile design and manufacturing.Engineering Design Competition:In a national engineering design competition with a project on Dashboard .Certification:Earned certification in Siemens NX
Experience
- Design and Development Manager Sridevi Tool Engineers PVT LTD · Full-time Aug 2015 – Jul 2024 8 yrs 11 mos Mumbai, MH, India As a Junior Design Engineer in Automotive Mold Design, 2D drafting and Detailing
- Mold Manufacturing and Development Topaz Multi Industries SA · Full-time Dec 2019 – Dec 2023 4 yrs Conakry, Conakry, Guinea As a Manager of Injection Mold Design and Product Design and Development
- Asst Manager Design and Development TTB TOOLING · Full-time Sep 2018 – Oct 2019 1 yrs 1 mos Pune, MH, India As a Assistant Manager of Design and Development , Customer Handling and Product Development
Education
- IIMTS B-TECH, Automobile engineering, A 2021 – 2024
- CIPET Haldia Diploma, In Plastic Mold Technology, A 2012 – 2015
Stats
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Joined: August 1, 2024
Last seen: August 1, 2024
Area of Expertise
Languages
English Professional working proficiency
French Professional working proficiency
Hindi Full professional proficiency
Location
Mumbai, India