Los Angeles Production Engineer

BHARGAVKUMAR GOPANI

Los Angeles, CA 747-***-**** *****************@*****.***

PROFESSIONAL SUMMARY

Results-oriented manufacture Engineer with knowledge of additive manufacture, digital twin technologies, and automation. trained in robotic programming, heat exchanger optimization, and manufacturing efficiency improvement. Knowledge of Tecnomatix, nTopology, WinCAP, and CAD programs (SolidWorks, AutoCAD, Fusion 360). shown capabilities via complicated simulations, predictive maintenance, and generative design to maximize manufacturing processes, lower cycle times, and enhance product performance. TECHNICAL SKILL

CAD Software: AutoCAD, SolidWorks, Fusion 360

Robot Programming Software: WinCAP, ABB Robot Studio Manufacturing Software: Tecnomatix

Other Software: Microsoft Word, Windows, Microsoft Excel, Microsoft PowerPoint,Omniverse,ntopology,Blender,Ansys PROFESSIONAL EXPERIENCE

Pansuriya Refrigeration Service India December 2021- July 2023 Production Engineer

● Develop a manufacturing schedule and put it into action. As a result, the production rate improved 23%.

● Assuring the product's cost-effectiveness by calculating costs, negotiating and agreeing on budgets with both clients and management, and ensuring the product's affordability

● Monitored manufacturing processes and adjusted schedules as required to guarantee that the product will save costs.

● Ensure that health and safety guidelines are followed at all times. California State University, Northridge (CSUN) CA Oct 2024 - Present GRADUATE RESEARCHER

● Research Digital Twin technology for waste management to boost efficiency and reduce downtime.

● Developed predictive maintenance models enhancing asset reliability and operational continuity.

● Created real-time simulations with NVIDIA Omniverse for improved facility planning.

● Design 3D models in Fusion 360 and AutoCAD optimizing equipment layout.

● Integrate loT sensors for data-driven maintenance and equipment health monitoring. California State University, Northridge (CSUN) CA Jan 2025 - Present GRADUATE RESEARCHER

● nTop (nTopology) heat exchanger design and optimization to improve thermal performance and heat transfer efficiency.

● Using generative design methods to create low-weight, high-performance fin constructions for use in aircraft.

● Evaluating structural integrity and heat dissipating finite element analysis (FEA) and computational fluid dynamics (CFD) simulations.

● Using additive manufacturing (AM) techniques to produce intricate shapes for higher heat conductivity.

● Including topological optimization helps to lower material consumption without sacrificing structural or thermal performance.

● Working with academics and industry professionals guarantees sensible use of innovative heat exchanger concepts. ACADEMIC PROJECT DETAILS

Analyzing & designing a manufacturing facility August 2023 – December 2023

● Two precise assemblies designed in Tecnomatix to examine production efficiency

● Examined in a simulated manufacturing environment assembly complexity, production techniques, and general performance.

● Applied an extra machine to maximize manufacturing flow and performed a cycle time study.

● Made the current manufacturing line better such that production rate rose by 20%. Programing the robot with WinCAP August 2023 – December 2023

● programmed an industrial robot to improve automation features utilizing the WinCAP program.

● Made sure that, by closely following operational criteria and offering directions, programmed features merged perfectly.

● Designed a thorough robotic program showing ingenuity and mastery of automated execution including all asked capabilities. Designing of Parallel Gripper August 2023 – December 2023

● Design of parallel gripper built for different industrial demands, emphasizing the parallel motion principle for better efficiency and consistent pressure distribution. utilizing SolidWorks software.

● Prioritized a high-quality build using strong materials and modern manufacturing procedures to ensure the gripper's lifetime, durability, and dependable operation in industrial situations.

Aquatic Remotely Operated Rover (AROR) July 2020 – July 2021

● Developed Aquatic Remotely Operated Rover (AROR), a remotely controlled underwater robot designed for efficient navigation and real-time operation.

● This rover is connected by wires that send signals between the operator and the AROR.

● We were resolved to build such an AROR to complete a certain goal including many duties. Under water surveys of the marine environment are carried out to examine and evaluate the status of marine ecosystems. EDUCATION

Master in Manufacturing Systems Engineering Cumulative CGPA: 3.88/4.0 California State University of Northridge, California August 2023 – May 2025 Relevant Coursework: Auto-CAD, SolidWorks, Engineering Graphics and Design, Robotics and Automation, Production Planning Bachelor in Mechanical Engineering Cumulative CGPA: 8.85 Uka Tarsadia University, India Jun 2017-May2021

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