DANISH INAMDAR
E: *********@*****.*** Ph:+1-682-***-****
Summary:
Results-driven Process/Manufacturing Engineer with extensive experience in medical device manufacturing process development and optimization. Proven expertise in:
• Process validation and compliance (IO/OQ/PQ, GMP, GDP, FDA, ISO)
• Troubleshooting and resolving production issues
• Automation integration and process improvement
• Risk analysis and mitigation (TMV, change analysis)
• Quality management systems (QMS, ERP, Six Sigma)
Skilled in:
• Process development (dispensing, tipping, printing)
• Root cause analysis and corrective actions
• Specification preparation and reporting
• Maintaining QMS and ensuring regulatory compliance
With a strong technical background and problem-solving skills, I drive excellence in medical device manufacturing through process optimization, quality improvement, and regulatory compliance.
DePuy Synthese Johnson and Johnson, Warsaw, IN May 2021 – Feb 2025
Manufacturing Engineer
• Optimized medical device manufacturing processes, collaborating with cross-functional teams to enhance quality and regulatory compliance.
• Developed and implemented IO/OQ/PQ procedures, change controls, and DQ documentation to ensure adherence to GMP and GDP guidelines.
• Managed process development initiatives using QMS and ERP software to streamline workflows and improve efficiency.
• Implemented TPLC, including TMV, change analysis, and risk analysis, to ensure regulatory compliance.
• Troubleshot and resolved production floor issues, enhancing manufacturing efficiency and product quality.
• Assisted in deviation investigation, problem resolution, and SOP correction to ensure compliance with cGMP and CFR regulations.
• Developed and maintained validation methodology to meet regulatory requirements and industry standards.
• Supported portfolio management across suppliers, improving supplier reliability and reducing manufacturing costs.
• Developed project timelines and tasks, building collaboration across cross-functional resources.
• Prioritized a portfolio of projects, allocating resources to meet business needs.
• Led three product transfers at suppliers, completing them in a timely manner.
• Utilized Windchill to manage change requests, routing inspection sheets, and routers (processed approximately 80 change requests).
• Experienced with Oracle Agile, including DCR and DRO routing.
• Proficient knowledge of process flows, control plans, and drawings.
• Created MPIs (Manufacturing Process Instructions).
• Experienced with B2B processes.
Foxconn, Fort Worth, TX Nov 2020 – May 2021
Industrial Engineer Intern
• Applied industrial engineering principles to improve process efficiency and productivity in a production environment.
• Analyzed and validated systems and equipment to identify areas for improvement.
• Collaborated with multidisciplinary teams to implement process changes and provided training to Production and QA departments.
• Developed and maintained documentation, including SOPs and rework instructions.
• Improved process efficiency by 25% through data-driven analysis and implementation of lean principles.
• Reduced production downtime by 25% through root cause analysis and corrective actions.
• Conducted root cause analysis for production failures, identifying key areas for improvement.
• Implemented corrective actions, resulting in a reduction of failures by 50%.
Precision Electors & Services Pvt Ltd, India Nov 2016 - Apr 2018
Mechanical Engineer
• Operated and maintained equipment to generate electricity, including boilers, turbines, gauges, controls, pumps, and fans.
• Performed routine cleaning, lubrication, and maintenance to prevent equipment failures and excessive wear.
• Monitored readings and observations to detect equipment problems, taking corrective action as needed.
• Adjusted controls to meet requested electrical power levels, starting and stopping generation equipment as required.
• Collaborated with cross-functional teams and external organizations to coordinate regional electrical generation.
Academic Projects
• Image Classification using CNN (Python, NumPy, TensorFlow)
- Developed a CNN model to classify images into 15 classes, achieving 93.7% accuracy.
- Implemented data preprocessing, normalization, and cross-entropy loss calculation.
• Multiple Linear Regression (SAS)
- Predicted university admission chances using CGPA, GRE score, TOEFL score, and university ratings.
- Provided insights for students to optimize their application process.
• Optimization and Prediction of Weld Bead Geometry (Laser Welding)
- Tested and optimized tensile and yield strength of dissimilar metal weld joints.
Skills
• Quality Management:
- Six Sigma Green and Black Belt certifications
- Lean, Ishikawa, 3P-Cummins, 5 Why analysis
• Software:
- MINITAB (Root cause analysis, Trend analysis)
- MS Excel, CAD Software (SOLIDWORKS, ANSYS, CREO, AUTO CAD)
- Microsoft Project, Windchill, Agile, Adaptiv, B2B, Planisware
• Programming:
- Python (TensorFlow, NumPy), SQL, MATLAB
Education
• Master of Industrial Engineering, University of Texas, Arlington
• Bachelor of Mechanical Engineering, University of Pune, India