Post Job Free
Sign in

Mechanical Engineer

Location:
Beaumont, TX
Salary:
50000
Posted:
October 02, 2017

Contact this candidate

Resume:

Contact

E-mail

***************@*****.***

Phone

786-***-****

IT and Numeracy

Proficient in MS office

Solidworks, CREO, CATIA

V5, Hypermesh, ANSYS

Structural, ANSYS Fluent,

Siemens (NX), Simens

PLM, AUTOCAD,SAP,

MATLAB, LabVIEW

Efficient in analytical and

numerical problem-solving

techniques.

Personal Skills

Time management

Proactive and assertive

Flexible & approachable

Skills

Leadership

Problem solving

Teamwork

Responsibilities

Organizing

Planning

Management

Scan My QR - Code

LIKHITH NALLURI

PROFILE

CAREER SPECIFICS

An energetic, motivated and highly dynamic person with more than 3 years strong working skills and a broad range of hands-on and theoretical experience ranging in mechanical engineering. Adept at providing technical support and developing new processes through ongoing work, defect resolution and enhancement solutions. Expert in completing demanding assignments within crucial timelines. Highly articulate, demonstrating excellent interpersonal skills. Strong management skills and methodical aptitude with an innate ability in decision-making, coordinating and synthesizing data.

Research Assistant January 2015-May 2017

Lamar University, Beaumont, TX

Design and built a sustainable reactor for converting atmospheric Carbon dioxide to electricity with the help of Li ion Batteries

Developed a miniaturized specimen testing technique “shear punch test (SPT)” to study the mechanical properties of wire rod to understand the effect of the residual elements

In design of the custom parts for reactor and testing setup were designed in CATIA and Solidworks

Analyze efficiency simulations, load calculations, and product test data using MATLAB and LabVIEW

Operated SEM, TEM, XRD, TGA/DSC and FTIR for various experiments

Conducted material science labs, Solidworks and AutoCAD sessions for undergraduates Mechanical Engineer April 2013 – December 2014

Energy Infratech Pvt. Ltd., Bangalore, India

Submitted a case study on the effect of volute area and vaned diffuser on the efficiency of radial impeller using Siemens (NX), ANSYS Fluent, FEA and reduced the cost of resources

Implemented DFMA (Design for Manufacturing & Assembly) ideas early in the designing of the siphon fed particle size adjustable 1 4 inch nozzle and casings.

Draw more than 35 CAD drawings and Solidworks 3D models for the steam turbine assembly line to determine the final design.

Designed product prototypes using different manufacturing methods like CNC machining, die casting, plastic injuction molding and stamping.

Worked closely with senior mechanical engineers and developed updated designs to improve the mechanical components of the system by designing cost-effective alternatives

Thoroughly review technical data sheets along with design data and always made sure quality equipments such as Pumps, Compressors, Motor, etc. are as per customer specification and Bill Of Materials are supplied.

Applied various methodologies such as DFMEA, PFMEA, DFM and ANSI Y14.5 GD&T to improve quality of parts and reduce the manufacturing cost.

Deigned using solidworks and performed CFD simulation on roller cone dogbone teeth drill bits for the Jhon energy limited client.

Performed root cause failure analysis on production and pre-production components and recommended design changes to address the issue and prevent future failures. MECHANICAL ENGINEERING INTERNSHIP

Gerdau Ameristeel, Vidor, TX, USA January 2016 – February 2017

New miniaturized specimen testing setup was designed using Solidworks, and all the designed parts were machined using CNC and water jet cutting

1500+ samples were tested with the help of MST technique to determine the tensile, yield and shear values of the 1005 to 1080 samples.

Utilized Lean & Six Sigma tools, statistical analysis, root cause analysis and engineering problem solving to support development of miniaturized testing methods in steel industry

Drafted new drawings of couplings, fixtures and mechanical seals using Solidworks and AUTOCAD for about 300+ hours

Reengineered the workbench designs and construction as part of a supportive co-op team

3D modeling (Solidworks and CAD) modeling and Finite element analysis (FEA) model were used for comparing the yield shear stress values from simulation with the experimental yield shear stress values.

Vizag Steel Plant, Andhra Pradesh, India April 2011 – June 2011

Worked on the Water-cooling of molten metal through copper dies during Continuous Casting.

Conducted test to notice how uncontrolled cooling causes the fluctuations in the temperature gradients inside the solidifying shell

Support product failure investigations of existing or new products through engineering analysis or product testing and, to achieve optimal performance and product reliability. RESEARCH

Synthesis of TiNiSn Thermoelectric Material using Mechanical alloying Lamar University January 2015 – May 2015

Study and Analysis of Shock waves on Re-entry Capsules using Fluent and determining the best design

Lamar University May 2015 – August 2015

Evaluation of Mechanical Properties of Wire Rod by Shear Punch Test Lamar University (FUNDED BY GERDAU AMERISTEEL) January 2016 – February 2017 Absorption of Carbon Dioxide from Atmosphere Using Calcium Carbonate Lamar University January 2017- May 2017

(FUNDED BY CENTER FOR ADVANCES IN WATER AND AIR QUALITY) Lamar University Beaumont, TX

Master of Engineering Science in Mechanical Engineering May 2017 GPA: 3.9/4.0

Amrita Vishwa Vidyapeetham Bangalore, India

Bachelor of Engineering in Mechanical Engineering May 2014

Able to adapt computer program solutions to improve efficiency and effectiveness, organizing records, and compiling reports.

Experience of using Computer Aided Design Systems and related software.

Experience of designing cost-effective and practical mechanical equipment modifications to help improve safety and reliability.

Experience of tolerance analysis and manufacturing drawings.

Able to adhere to engineering principles and techniques.

Ability to evaluate and test theoretical designs.

Manage technical process and resolve technical issues.

Preparing and implementing strategies streamlining existing work-flows in order to increase efficiency.

Provided a stabilizing influence and promoted an excellent environment conducive to increasing efficiency, enhancing quality and strengthening financial results.

Participated and contributed equally while working in a group for projects at work.

Understanding the entire project from every group member’s point of view, explaining my thoughts on the project to the entire group making sure all of them understand it.

Ability to get on with all levels of people and possess strong relationship building skills.

Built effective personal relationships and networks within the team, which contributed towards achieving organizational and team successes.

Able to continuously meet targets and surpass expectations.

Strong organizational, administrative and analytical skills.

Improving margins and maintaining a high-quality service to clients.

Able to develop, coordinate, delegate and plan work activities.

Knowledge of considering time constraints like safety, cost and environmental issues.

Articulate and well presented.

Quick learner, possess a broad range of experience, highly motivated, and have the ability to work in structured and unstructured environments and initiating career awareness and self-monitoring on my overall progress. Communication

Dealing professionally with a

wide range of people including

senior management, senior

engineers, executives, etc.

Employed appropriate

and often innovative solutions

to increase communication

while using time efficiently to

track progress and meet goals.

Languages: English, Hindi,

Telugu, German.

Expertise

Advanced Stress Analysis

Client liaison

Design concepts

Failure analysis

Fault location

High temperature

fatique/cyclic load testing

Manufracturing process

Mathematical modelling

Quality assurance

Root cause analysis

Simulation

Staff training

Strategic planning

Strength of Materials

Testing

Product improvement

Product Design

Process validation

Project management

Reference Available on

Request

LEADERSHIP, PROBLEM SOLVING & RESPONSIBILITY

TEAM-WORK

ORGANIZING, PLANNING & MANAGEMENT

EDUCATION

The above details are true and accurate to the best of my knowledge. Given the opportunity, I will discharge my services to the best of your satisfaction.



Contact this candidate