Hire Manufacturing Processes Designers near Andhra Pradesh, India

CATIA V5: Modeling in all modules Solid, Sheet-Metal, Surface (Plastics) and Assembly. GD&T as per ASME Y 14.5 (1994/2009/2018). Documentation as per ISO 5457.(Drafting). Customized BOM creation. Know... Read more

CATIA V5: Modeling in all modules Solid, Sheet-Metal, Surface (Plastics) and Assembly. GD&T as per ASME Y 14.5 (1994/2009/2018). Documentation as per ISO 5457.(Drafting). Customized BOM creation. Knowledge in various manufacturing processes. Familiar with Conventional Machining processes. Knowledge in various material types and properties.

Good working experience on Modelling and Detailing of Casting and Sheet-Metal parts. Good knowledge on GD&T. Good knowledge on Casting, sheet metal and manufacturing processes.

Good working experience on Modelling and Detailing of Casting and Sheet-Metal parts. Good knowledge on GD&T. Good knowledge on Casting, sheet metal and manufacturing processes.

• I am a mechanical engineering with 5+ years of experience in CREO and AutoCAD. • Creation of 3D modelling, Assemblies & Part detailing using Creo 4.0. • Conducting DFMEA (Design failure mode effect... Read more

• I am a mechanical engineering with 5+ years of experience in CREO and AutoCAD. • Creation of 3D modelling, Assemblies & Part detailing using Creo 4.0. • Conducting DFMEA (Design failure mode effect analysis) study for new product development. • Design calculations of structural members and static FEA on Creo simulation. • Design calculations for Heat sink and Thermal CAE on Creo simulation. • Knowledge of sheet metal manufacturing processes, Injection Moulding Process and Presser die acting Process. • Preparation of component manufacturing drawings, considering GD&T.

Technical Skills: Solidworks: Proficient in 3D modeling, part design, assembly design, drawing creation, and design for manufacturability (DFM) and design for assembly (DFA). Mechanical design princi... Read more

Technical Skills: Solidworks: Proficient in 3D modeling, part design, assembly design, drawing creation, and design for manufacturability (DFM) and design for assembly (DFA). Mechanical design principles: Understanding of engineering mechanics, stress analysis, tolerance analysis, and material properties. Engineering drawing: Able to create and interpret 2D engineering drawings according to industry standards. Computer-aided design (CAD) principles: Familiarity with CAD concepts, methodologies, and best practices. Visualization skills: Ability to create clear and accurate 3D models and drawings that effectively communicate design intent. Software Skills: Solidworks: Advanced user of Solidworks, including knowledge of specific modules and add-ins. 2D CAD software: Proficient in using software like AutoCAD or DraftSight for creating and editing 2D drawings. Engineering analysis software: Familiarity with software for stress analysis, tolerance analysis, and other engineering simulations. Project management software: Knowledge of project management tools like MS Project or Asana. Soft Skills: Problem-solving skills: Ability to identify and solve technical problems effectively. Communication skills: Able to clearly and concisely communicate technical information to both technical and non-technical audiences. Teamwork skills: Ability to collaborate effectively with colleagues and other stakeholders. Time management skills: Able to prioritize tasks and meet deadlines effectively. Attention to detail: Meticulous in ensuring accuracy and quality of work. Adaptability and willingness to learn: Open to new technologies and approaches to design engineering. Additional Skills: Knowledge of specific industries or applications: Expertise in designing for specific industries like medical devices, automotive, or aerospace. Experience with prototyping and manufacturing processes: Understanding of how designs are translated into physical products. Knowledge of industry standards and regulations: Awareness of relevant standards and regulations applicable to your field. Overall, based on your 1.5 years of experience, you are likely to have a strong foundation in Solidworks and other relevant CAD software, as well as the necessary engineering knowledge and soft skills to be successful in a design engineering role.