engineering consultant resume example with 3+ years of experience
JessicaClaire
, , 609 Johnson Ave., 49204, Tulsa, OK100 Montgomery St. 10th Floor
H: (555) 432-1000
C:
resumesample@example.com
Date of Birth:
India:
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single:
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Summary
A highly motivated Mechanical Engineer with 3+ years of experience in design, and manufacturing. An accomplished professional with powerful problem-solving, analytical, and communication skills and a proven capability to multitask within a fiercely competitive and fast-paced environment.
Ensure line readiness for the new products. Participate in new product development and product lifecycle
Work with new product introduction(NPI) team to define product for the production, participate in design for manufacturing meetings
Work along with maintenance engineering to design and deploy new changes to the equipment.
Automate the production Headcount process using SQL
Prepared the process audit sheets by highlighting the critical quality steps to improve the impact of production audits.
Work with industrial team to ensure factory layout is optimized. Drive KPI indicators for production as well as the NPI. Ensure production and NPI work area is free of hazardous and implement best practices.
Work with engineering and production teams develop the weekly built plans.
Work with quality and process team in figuring out the root cause analysis of faulted battery packs.
Mechanical Engineer, 02/2017 - 03/2020 Lubricon India – City, STATE,
Sketched outline designs and used CAD programs to create detailed designs and specifications.
Evaluated project feasibility based on available equipment and materials and labor expenses.
Recommended design modifications to eliminate component and system malfunctions.
Implemented 3D printing techniques that led to a 10% decrease in downtime.
Reduced cycle time to 20% by identifying the problem, analyzing the process to implement an optimal solution, and study the result to standardize the solution.
Skilled PLC programmer with 3 years of experience in programming and configuring PLCs for industrial automation systems. Proficient in Siemens S7 and Allen-Bradley PLC programming languages. Strong background in troubleshooting and problem-solving.
Education and Training
Master of Engineering: Aerospace And Mechanical Engineering (GPA-3.9/4.0), Expected in 12/2022 - University of California, Irvine - Irvine, CA , GPA: Status -
Bachelor of Technology: Mechanical Engineering, Expected in - Ajay Kumar Garg Engineering College - Ghaziabad, India, GPA: Status -
Projects
Capstone Project with Advantech [June 2022-current]
Creating an intelligent system for the improvement of the quality of the livestock in aquaculture through environmental data.
Designed and optimized the Electrical enclosure chassis and cable assemblies using Solidworks.
Integrate mechanical designs with Radio frequency emitter electrical systems using COMSOL.
Performed thermal analysis of the enclosure and provide louvers and fan accordingly.
Microfluidic Channel [March- June 2022]
Developed (design and perform simulation) a microfluidic channel, using COMSOL, that can extract specifically targeted molecules by exploiting the diffusion rates and analyzing their concentration in a main body of fluid.
This device can be used to mitigate risk to consumers of public water by detecting particulates and toxins, such as lead, that are harmful in small doses. The implementation of this device is to set it and forget it.
Super-Resolution Model (Deep Learning)- [January-March 2022]
Developed the EDSR model which directly learns an end-to-end mapping between the low-resolution image and the high-resolution image. The mapping is represented as a deep convolution neural network (CNN) that takes the low-resolution image as the input and outputs the high-resolution one by taking care of the noise and degradation factors.
Trained the available DIV2K and SET-5 datasets and evaluate the results using PSNR and SSIM matrix. The results showed a better performance than the current Residual network models.
Static Structural and Fatigue Analysis of Boeing767- [Sep-Dec 2021]
Performed the static analysis,using SOLIDWORKS, of the model by using 250KN,350 KN thrust, 500 KN, and 1250 KN thrust. ( Which is 10 times higher than the actual working thrust ) and got the displacement in the turbofan blade which is in the permissible range.
Analyzed the whole model with the fatigue analysis at constant amplitude with the different thrust 250kN, 350 KN, and 500KN and compute the stress at the principal plane at P1and P3 and assumed that material does not have infinite life. Observed the life cycle by life and damage plot which comes out as 10E6.
Thermoacoustic Refrigeration System [2016]
Installed hot heat exchanger and cold heat exchanger at the ends of a closed tube. Used a loudspeaker to generate sound waves, which created interference and resonance, and adjusted frequency through a resonator.
Used sound waves and inert gas (helium, argon, and air) in a resonator tube to produce a cooling effect.
Determined with a team of 4 that temperature change comes from compression and expansion of the gas by a sound wave, as well as the heat transfer between the gas and the stack, which could be applicable in the food sector.
Certifications
Engineering Simulation: Dynamics (Issued by University of California, Irvine)-[Dec 2021]
Engineering Simulation: Linear Static Structural Analysis (Issued by University of California, Irvine)-[Dec 2021]
Data-Based Engineering Product Decision-Making (Issued by University of California, Irvine)-[Jun 2022]
Building a Skill Assessed Product Team-Making (Issued by University of California, Irvine)-[Jun 2022]
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