Abhimanyu Pratap Singh Email & Phone Number

Noida, Uttar Pradesh, India

Bhopal, Madhya Pradesh, India

• Constructed detailed product specifications and functional requirements that met customer needs
• Generated detailed technical drawings and 3D models using Solidworks as per our need via various CAD modules which then used to reverse engineer the components.
• Created bill of materials for each component and assembly, also created exploded view of a complex product to make it easy on manufacturing and assembly team.
• Developed a design for a manufacturing process that increased production throughput by 23%
• Researched and developed various system integration to evaluated new system to enhance performance optimization.
• Analysed and deconstructed the whole Chassis and EDT systems to identify their components and functionality for the better outcomes.

Sylmar, California

• Reviewed the MDRs and MAUDE Data various HV leads
• Wrote Design Verification Test Protocols(DVTP) for several ICDs and Pacers along with HV and LV Leads.
• Created several CO, ECR through Windchill PLM while maintaining the DHF across the devices.
• Developed and implemented a comprehensive design verification and validation plan that ensured system requirements were met according to industry standards and customer specifications
• Accomplished testing and Wrote several Design Verification Test Reports on devices adhering with the test protocols in conformance to the BS EN/ISO standards and Abbott SOPs.
• Performed several checks with regulatory authorities to investigate any out of compliance issues in our DV Entries in additon Monitors quality, completeness and timeliness of complaint investigations.

Marysville, Ohio, United States

1. Operated and maintained heavy machinery, ensuring asafe and efficient manufacturing process2. Performed in-process inspections to ensure that themanufacturing process met the required standards and specifications3. Developed a design for a manufacturing process thatincreased production throughput by 20%4. Collaborated in designing Main power harness for.

Elkton, KY

• Reduced size (33%), efficiency (25%) of agricultural row cleaning system by substituting hydraulic system with pneumatic system.
• Calculated Forces on finite elements on a structure to determine the optimum placement of a hydraulic for John Deere Planter.
• Improved system functioning of components for CNH company by structure optimization,CAD modeling (Sheet Metal).
• Assisted Senior Design Engineers to develop training and install instructions, design reviews and FMEA reports.
• Modeled multitude of components,Drawings, DXF, PDFs using Solidworks PDM, participated in Design review meetings.

Dayton, Ohio Area

• Conducted tensile stress analysis of 3D printed specimens and interpreted results by the aid of SPSS and Minitab(Statistical analysis).
• Verified anisotropy between layers of 3D printed specimens by conducting FEA ( ABAQUS ) analysis and checking conformance to ASME Y14.46-2017 standards.
• Recommended new bearing designs for gear system project by conducting analysis on its notches and programmed servo motors(Python) for multiple angles through Arduino.

Troy, OH

• Fabricated chutes for Progressive dies increasing efficiency by 12% in workflow of metal blanks to the boxes with the aid of detailed part layouts(GD & T) and AutoCAD Inventor.
• Assisted in drafting technical documents, bills of materials (BOM), 2D and 3D assembly drawings by extensive usage of the CATIA software.
• Replaced misgrip sensors of a transfer die to laser sensor by extensive usage of the SolidWorks software.
• Worked with Tier 1 clients such as HONDA to review dimensions of various parts and its conformance to quality standards.
• Increased work flow productivity by 15% with a new design for blank boxes and optimizing manufacturing processes such as welding (MIG), plasma cutting, milling and shearing.

Bhopal Area, India

• Led a team of 6 and managed all processes of design and manufacturing of belt conveyors and hydraulic components.
• Collaborated with cross functional teams to develop new hydraulic components for food industry machines such as stirrers, agitators and grinders.
• Saved project costs by $2580 by implementing virtual prototyping and product improvement techniques using continuous improvement models.
• Held weekly training sessions for factory employees on root cause analysis (DFMEA) reducing the project timeline by 15%.

Bhopal Area, India

• Performed stress analysis on multitude of products and components which housed kaplan turbines. (ANSYS)
• Eliminated defective products by checking for cracks using techniques like Dye Penetrant Testing and Ultrasonic testing.
• Assisted in drafting of a new housing for Francis Turbine using NX10.
• Managed quality assurance program including Product and Process audits,customer surveys and tabulated data through MS Word and Excel.

Master'S Degree, Mechanical Engineering, 3.46/4

Bachelor Of Engineering - Be, Mechanical Engineering, 8.13/10