• Gender: Male
• Age: 35
• Designation: Executive
• Highest Education Level: Masters - Degree
• Notice Period: 30  Days
• Work Experience: 13.3 Year(s)

Education

M.Tech in Advanced Manufacturing Systems From VNR VJIET, Bachupally in 2014 with 8.24 CGPA

B.Tech in Mechanical Engineering From Vardhaman College of Engineering, Shamshabad in 2011 with 76.6%

Diploma in Mechanical Engineering From AANM VVRSR Polytechnic, Gudlavalleru in 2008 with 80.11%

Skill Sets

Over 4.5 years of re-search, testing & manufacturing of polymer matrix composites. 
Extensive knowledge of the polymers and methods of testing composite structures for high temperature applications, wind and marine applications.  
Ability to generate innovative new designs in stacking of prepregs to enhance the properties of laminate. 
Excellent computer skill with MS Office, and aided design tools such as AutoCad and Knowledge on Thermo Calc – GUI (Graphical User Interface) to find out mostly thermo-chemical properties. 
Good ability to read technical manuals and exposure to laboratory tools, including linear measurements, tool makers microscopes. 
Sound ability to identify, analyze and solve problems. 
Considerable knowledge of the principles, practices, instruments pertaining to preparation, prepreg layup methods, manufacturing and inspecting polymer matrix composites. 
Excellent ability to establish and maintain effective working relationships with division heads, supervisor

Work Experience

Junior Research Fellow : Since Nov 2015
Project Assistant: Feb 2015 to Oct 2015  
Research Assistant/Teaching Assistant: Dec 2012 to Aug 2014
Company Profile: A leading Institute of Enginneering & Technology
Job Profile:
working on “Development of procedure for computation of Ti-V Binary Alloy system using Cluster Variation Method” funded by ARDE since September 2015 under Dr.G.S.Gupta, Professor, VNR VJIET

Project Assistant
February 2015 to October 2015
Job Profile :
Worked as a project assistant under Dr. G. S. Gupta, Professor, Mechanical Engineering Department on Inorganic materials (SiO2), polyester laminate and Ablative liner for the application of marine, wind turbines and high temperature resistant materials to enhance the physical, mechanical and thermal properties. 
Project 1: Characterization & development of polyester laminate with the reinforcement of inorganic filler.
In this study an experimental investigation is carried on shrinkage (generally lies between 6 – 8%) & effect of moisture content on manufactured laminate. And this experiment recommended by the addition of low profile additives to the matrix can cut back shrinkage & coming to moisture, recommended to cut back it effect either increase the gel coat thickness up to 700 µm or increase the density of membrane between gel coat and atmosphere or between gel coat and first layup over the gel coat And preheat the laminate with infrared rays to avoid destroying laminate from blister formation through osmosis.   
Project 2: Development & Enhancement of Ablative cylindrical liner properties with different stacking style of ply’s.
High temperature resistant laminate called Ablative liner. Stacking of ply’s at different styles like parallel stacking, end fabric stacking, shingle stacking, Angular stacking, and Hollow composite cylinder with ply angle 35º to enhance the thermal properties of laminate. 
Coordinated and scheduled testing and application projects. 
Provided training for external customers semi-annually in testing and application procedures. 
Tested and analyzed raw materials and finished goods for compliance to specifications.
Research materials, manufacturing process (new and old). 
Effectively interacted with scientists, engineers, professors, teaching associates and other technicians to meet programmatic requirements and deadlines. 
Combined creativity, research, and materials in order to create a functional and appealing product.
Applied engineering principles to design, modify, or develop facilities, testing, machines, equipment, or processes.
Designed assembly and fabrication cells to meet lean manufacturing objectives.
Selecting, developing and improving material for products 
Responsible for conducting research and field testing of newly developed products using newly developed materials 
Analyze test data. 
Direct and coordinate manufacturing, and building of prototype product and System.
Perform various analyses on production parts to ensure conformity to specifications (grain size and flow, machining, hardness, chemistry, etc.). 
Inspect assembled units for measurements and requirements, performing finishing touches as needed. 
Cure materials through hot air ovens and room temperatures. 
Analyzed data to determine feasibility of product proposal.
Coordinated new product development and design for manufacturing.
Testing of physical properties of fabric (Areal density - ASTM D 3776, Warp & Weft - D 3775, thickness, Air permeability – D 737, Abrasion resistance – D 3884, thread count, type of weave, width of fabric – D 3774, Moisture continent – D 2495), for resin (color, Specific gravity, Volatile content, Solid content, Viscosity, Point of trouble, Cure time – D 3530), for prepreg (thickness, Volatile content – D 3530, Residual content, Fabric content, Chang’s Index) and for laminate (thickness, resin content, fiber content, density – D 792) 
Testing of Mechanical properties of fabric (Tensile strength in warp and weft direction – D 5034) and for laminate (ILSS – D 2344, Flexural strength – D 790) 
Testing of Thermal properties of laminate (Limited Oxygen Test, Oxy Acetylene Torch Test, Performance Index)

Research Assistant/Teaching Assistant(RA/TA)
December 2012 to August 2014
Job Profile : 
TEQIP II on contract base with stipend of Rs. 8000/p.m. I planned and performed various experiments on composite materials (especially on reinforcement of filler in matrix). Apart from that, I participated in other department related works and assisted to main faculty in teaching engineering drawing subject for I B.Tech & Polytechnic students.

QC Engineer
August 2011 to November 2012
Company Profile: Manufacturer And Supplier Of Composite Products, FRC Containers, CNC Filament Winding, Composite Plastic Products Exporter Of Frp, GRP Filament Wound
Job Profile:
I served for the department of Quality control for the project of launcher and lining tubes and was also a part in the project of manufacturing of BrahMos F1 & F2 shells. My job roles are to inspect the each process & material at every stage manufacturing process, preparation of test reports as per ASTM standards, to handle the calibration activity and conducting internal calibration for various instruments, verifying internal, external calibration reports and also a member in Failure Mode Effective Analysis (FMEA) group.
Providing support in end-to-end fabrication and assembling of composite laminate for Jet deflector, Pinaka Launcher Tube, Motor Lining Tube and Composite casing of BrahMos F1 & F2. 
Performing research and inspection of tools and components in dimensional aspects. 
Assisted in the preparation of technical documents and tracking project schedules 
Planned, scheduled and conducted product testing. 
Designed, specified, and procured necessary laboratory test equipment and materials for specific projects and maintained liaisons with outside suppliers. 
Assisted in performing failure analysis from accelerated testing and field returns. Provided detailed written reports on the findings. 
Scheduled and assisted in equipment repair, maintenance, and calibration. 
Coordinated and directed the daily activities for two associates. 
Assured compliance with ASTM, ISO, GOST and customer supplied test methods and verified results. 
Implemented process improvements to reduce cycle time and improve quality. 
Tested and analyzed raw materials and finished goods for compliance to specifications.
Responsible for supporting materials technology in development and production programs 
Responsible for identifying new technologies and process improvements to reduce waste and enable future strategies 
Conduct reverse engineering on non-production parts in order to develop production specifications and Quality Test procedures. 
Write full reports on engineering projects documenting all findings. 
Write laboratory procedures as required by ASTM/ISO standards. 
Write technical reports on results. 
Worked with both the Assembly Team and experimenters to design, fabricate, and document reports. 
Provided timely, accurate, and complete laboratory records, prepared reports, and contributed to publications pertaining to team activities. 
Effectively interacted with scientists, engineers, customers, professors, teaching associates and other technicians to meet programmatic requirements and deadlines. 
Inspect assembled units for measurements and requirements, performing finishing touches as needed. 
Cure materials through heat lamps, ovens and room temperatures. 
Assist in the preparation and formation of composite materials to molds. 
Coordinated new product development and design for manufacturing

Master degree Project details: 
Institution : VNR Vignana Jyothi Institute of Engineering and Technology.
Duration : 1 Year
Project : Experimental Investigation towards the Development of Ablative Liner. 
In this study an experimental investigation is carried on manufacturing and testing of ablative phenolic laminate by varying the different parameters with and without reinforcement of micro silica powder as filler agent at 15% and by changing the ply orientation of 0°, 35° Shingle rosette to find out physical, mechanical and thermal properties of an ablative liner and these properties have been compared among those prepared materials. Therefore this study involves enhancement of properties of E-glass laminates by addition of filler material as well as changing ply orientations, so that the properties can be comparable with S-Glass laminates.

Recommended, reinforced filler laminate with the shingle stacking style. It has increased its hardness at 22.27%, specific gravity at 12.76%, Inter laminar shear strength (ILSS) at 1.61%, erosion resistance at 29.8% and decrease void content at 48.85% as compare with unreinforced filler laminate. 

Recommended, reinforced filler laminate with parallel stacking style. It has increased its hardness at 13.48%, specific gravity at 20.87%, ILSS at 20.01%, erosion resistance at 52.6% and decrease void content at 68.84% as compare with unreinforced filler laminate.

Achievements:
Presented 3 National and 1 International conference papers. 
Alumini 2016 at VNR VJIET for master degree project work

Summary
A seasoned Composite Engineer with profound experience on selecting recommending materials used for fabrication and testing of polymer composite for the application of aerospace (high temperature resistance laminates), wind turbine and marine. A great deal on working knowledge of material properties that include: inspection at every stage of process, preparation of prepregs, stacking ply’s with different styles of parallel, end fiber, shingle fabric and testing of laminates based on requirement and application

Future Goals

To be associated with a progressive organization where I will get an opportunity to prove my ability, to extract my inherent skills as a professional and to learn new things and problem solving