Created a detailed 2d and 3d technical drawings of transmission structures. Troubleshoot and resolve routine problems and assist senior engineers in resolving more complex engineering activities. Managed tooling and equipment of presses, assembly, leak and test machines and other systems. Worked with design groups to develop the structural design of products using design software and analysis software. Led and applied the lean concept and methodology after practical, hands-on external training in the kaizen, statistical process control, continuous improvement and design for six sigma to acquire a status of a model line.
Managed team in the implementation of the kaizen concept to improve productivity, man-hour, quality, safety, and 5s by setting a daily metric board meeting in an atmosphere of team spirit. Utilized hands-on, and interactive system to improve line balance with the assembly team and to enhance involvement modified a stop and go assembly line concept of a continuous flow to expose and address assembly line related issues and improve overall productivity.
Description : Performed all aspects of engineering and procurement of a 3. Performed hydraulic calculations, pipe stress analysis, development of technical specifications, drawing review, equipment sizing and selection, review of vendor quotes, and generating technical reports. Provided quality control and checking of specifications and calculations. Performed pipe stress analysis with detailed recommendations and solutions.
Developed PSV audits providing recommendations and solutions for deficiency mitigation. Performed a debottlenecking study on an offshore facility to increase capacity. Lead the design review process and work with engineering staff to apply lessons learned into new designs. Description : Research, planning, and designing mechanical and electro-mechanical sub-systems like fuel, lube oil, cleaning, fire heat, and gas detection and suppression, air filter, hydraulic and acoustic and ventilation systems for gas turbine packages.
Interpreting customer specifications and modify the standard design of the package to meet customer project specific requirements. Suggesting and specifying instruments suitable for customer specified applications and designs. Recommending design modifications to eliminate machine or system malfunctions develop and create cad solid models utilizing Unigraphics nx7. Creating a bill of materials, prepare and revise piping and instrumentation drawings PID , electrical schematic drawings in plan and nx7.
Creating a system level end product documents drawings for customer interfacing. Reviewing and monitoring engineering, design and manufacturing issues identified during the assembly of the package. Research, analyzing, designing and developing various concepts of DLE and Non-DLE fuel systems and determined feasibility of designs based on parameters like fit-up, weight, cost analysis, volume, pressure drop, and performance.
Designing sub-systems for two on-shore, two off-shore, and one FPSO gas turbine package. Mechanical Engineer I Resume Summary : 7 years of experience as a Mechanical Engineer with Fluid Mechanics and Project Management skills successfully gathering and analyzing data, interpreting results, and making recommendations to improve processes and maximize system efficiencies, while coordinating and collaborating within a team environment.
Description : Experience with leading and overseeing 4 teams of employees, per project, who were tasked with maintaining operational system parameters and ensuring on-location organization. Planned, scheduled, organized, and performed effective operations and processes to achieve daily system goals, as defined by the customer.
Leveraged analytical proprietary cad software and hydraulic calculations to identify and implement opportunities for maximum system efficiency owned logistics management, including transport and delivery, with a goal to maintain the right quantity of product each day ensuring full utilization of product at project close. Collaborated with internal and external operators, field supervisor and technical professional teams on problem management and resolution.
Conducted multiple drilling fluid quality, mechanical and chemical tests, generated reports from results, and analyzed the results to determine if current treatments and processes were sufficient or needed to change based on defined parameters. Provided engineering technical guidance by training, mentoring and coaching new hires and operator employees on job specific tasks and computer software.
Devised an efficient end-to-end drilling fluid product mixing operation utilizing knowledge, data, and engineering principles to implement real-time and projected goals to maintain fluid test parameters. Presented and participated in monthly powerpoint presentations on health, safety, environmental, and quality performance for the North America mid-continent region.
Complied and ensured processes contributed to all mandated health, safety, and environmental government regulations. Corporate engineering processes, product life cycle PLM , agile, eco, adcn, variation, deviation, submittal, check, approval, bom, quality control, prototype redline. Coordination, approval, supervision, system development involving costumer, vendors, subcontractor's activities. Ability to manage multiple projects simultaneously and creating core design concept reflecting installs, removal, retrofit, mods, functionality, DFM, DFA.
Hands-on testing skills, ability, creativity to align theoretical and practical design data in final product testing. Description : Designing sheet metal and machined parts and assemblies in SolidWorks for microwave GHz-THz devices with medical, energy, and communications applications.
Research novel processes and fabrication techniques through academic and professional literature review. Evaluating electrostatic, thermal, and structural performance using finite element analysis and calculations. Developing potting encapsulation, braze, and leak check processes for electron beam device assemblies. Validating prototype assemblies through the design of experiment, execution, and documentation of testing. Compiling data outputs of experimental probes via Labview vi coding and perform statistical analysis.
Developing iso compliant quality system, including engineering change and CAPA procedures. Inspecting incoming parts and assemblies using Zeiss Contura scanning CMM and analyzing nonconformities. Communicating project requirements and areas for improvement in design review meetings with vendors. You may be involved with more than one sub-area or be a technical specialist in just one part of the development and production process.
Next on the highlight list is the industry that you find yourself in. These are roughly segregated into automotive, computers and electronics, manufacturing, automation, power generation, infrastructure, medical devices, mining, gas and exploration, consumer goods, transport aerospace, and energy conservation to name but a few. Each phase of engineering is important to a future hiring manager to validate if you can complete a project successfully. Next to follow is the scope of the projects you have worked on.
Because the projects mechanical engineers engage in are so diverse, include some specific information about some of the most representative jobs you have completed while in each position. Think facts and figures here and provide project dollar values, time frames, sizing square meters and environment underwater, underground, feet above ground.
Also, mention if you were part industry disruptive innovation projects like the first underwater public transport system or first desalination plant in Africa. Mechanical engineers rely heavily on computer technologies and applications to create designs, facilitate simulations, and conduct testing and validations.
Make an impact by summarizing the tools and technologies you are familiar with in a table format such as the one below. A career summary is a tool that serves a very specific purpose: to instantly communicate your potential value and proven capabilities to a prospective hiring manager.
Considering that you are a Mechanical Engineer approach the compilation of your summary like you would approach a project…. Meticulously organized junior Mechanical Engineer with a head for data assimilation and research methodologies to spearhead innovative product design and development. Skilled in machine and firmware coding with a strong theoretical foundation in engineering mechanics of adhesive bonding, brazing, soldering, and welding materials.
Currently pursuing the Fundamentals of Engineering Exam. Technically orientated Mechanical Engineer with over six years experience in reliability and maintenance activities within a cleanroom environment. Highly adept with mechanic supporting sanitation systems and equipment.
Accomplished, project-focused Mechanical Engineer with more than twelve years of experience in program and project management from prototype to commercialization and a guru in Stage-Gate. The career progression of a Mechanical Engineer is depicted by various stages which provides standardization to job titles and experience levels.
A Mechanical Engineering resume can get very technical, and you do not want to overwhelm recruiters and hiring managers with so much detail that the most significant features of your experience get lost in terminologies. An accomplishment section will help to draw their attention to your potential value add regarding the position.
Candidates are sometimes confused about what to include in an accomplishment section. In short, brag, boast and sell yourself by including the projects you are most proud of, where you were commended for your contribution by your superiors, and of course where you added value to the bottom line by either saving costs or making money. There are two golden rules to adhere to relevance and quantification. Your accomplishments listed should be aligned to your field of expertise, and you need to prove these statements with facts, figures, and numerical values.
There is a wide variety of educational options for Mechanical Engineers, as we have discussed at the beginning of our resume guide. Regardless of the discipline choice, all aspiring Mechanical Engineers have to adhere to specific requirements and regulations regarding education, accreditation and licensing.
Date of commencement and completion of qualification followed by qualification name, the institution attended, location, and state. Technical aptitude or hard skills as recruiters call them are developed via education, training, and experience gained.
Soft skills or interpersonal traits are required to perform your role successfully. A great approach to specifying hard skills and soft skill is to present a matrix in your resume, including your most prominent technical competencies and personality traits. Also, remember to incorporate these skills into your career summary and accomplishment statements to set a professional tone throughout your resume document.
Mechanical Engineer — Resume 0. Mechanical Engineer — Resume 1. Mechanical Engineer — Resume 2.