Deeps Ricky1mail@ rollsroyce

7161734

I believe, I can add value to the goal driven projects set by Rolls Royce through the engineering graduate development programme. Rolls royce have set the vision to provide the finest, most technologically advanced power systems. I have observed keen investment in R&D activities at university level to drive this differentiated innovation. As an aspiring candidate for this program, I can deliver by applying various knowledge and skills learned thus far through engineering and postgraduate programs. It will also be exciting to apply the problem solving skills and lateral thinking to product life cycle to improve/optimize.

In terms of activities,I perceive myself to be very fortunate to have come across various opportunities during my MSc, PhD programs here at University of Manchester.

I have been hugely involved in a Sports and volunteering program for last 3 years at University. This project entails to provide free sports and healthy activities to all residents at University of Manchester halls. I manage and coordinate the activities of this program with 2 other coordinators and ensure smooth delivery of the program. The program requires meticulous planning schedule, procurement, facility booking and coach qualification and monitoring. Through these programs, I have learned to lead the program and make amends in the project for smoother operations and continuously improving the standard of services provided.

I am also key contributor in developing and managing the website for Thermoelectric network, which is funded and supported by EPSRC. This is a 3 year project which helps to provide a platform to share information, provide event details and contact points for members of academia and industry.

I am executive member of Resident Association as extension of my pastoral representative job at University Hall of Residences. I have worked with fervor in last academic term to increase the student participation in Control Carbon Campaign that build on improving recycling and introducing energy efficient systems.

I am also a member of technical groups like IOP, IOM3 and IET and do attend the regular seminars hosted by them.

I also take regular part in University Squash Club.

Mathematics, Basic physical sciences, Statics and dynamics, Strength of materials and solid mechanics, Materials Engineering, Composites, Thermodynamics, Heat transfer, Fluid mechanics Machine design, Hydraulics and Pneumatics, Mechatronics, Engineering design and product design Drafting, Computer-Aided Design & Manufacturing (CAD/CAM)

Dissertation : Development and Optimization of machining parameters of bi-directional CFRP.

Brief Account : Bi-directional CFRP was developed using Handlayup and Autoclave techniques. Delamination and roughness was studied as variables to be minimized for various machining operations.#

Introduction to Materials Science: Industrial Processing of Materials: Advanced Composite Materials: Advanced Analytical Techniques: Functional and Engineering Ceramics: 

I believe, I can add value to the goal driven projects set by Rolls Royce through the engineering graduate development programme. Rolls Royce have set the vision to provide the finest, most technologically advanced power systems. I have observed keen investment in R&D activities at university level to drive this differentiated

innovation. As an aspiring candidate for this program, I can deliver by applying various knowledge and skills learned thus far through engineering and postgraduate programs. It will also be exciting to apply the problem solving skills and lateral thinking to product life cycle to improve/optimize.

Rolls Royce has a huge global impact with over 15000 engineers. The current projects that I have come across are technologically challenging and require dedicated individuals with out of the box approach that I hope to deliver for better solutions. I wish to gain in-depth knowledge and insight in materials based projects where I can use my acquired analytical and characterisation skills to improve the lead time of the product cycle.

In terms of activities,I perceive myself to be very fortunate to have come across various opportunities during my MSc, PhD programs here at University of Manchester.

I have been hugely involved in a Sports and volunteering program for last 3 years at University. This project entails to provide free sports and healthy activities to all residents at University of Manchester halls. I manage and coordinate the activities of this program with 2 other coordinators and ensure smooth delivery of the program. The program requires meticulous planning schedule, procurement, facility booking and coach qualification and monitoring. Through these programs, I have learned to lead the program and make amends in the project for smoother operations and continuously improving the standard of services provided.

I am also key contributor in developing and managing the website for Thermoelectric network, which is funded and supported by EPSRC. This is a 3 year project which helps to provide a platform to share information, provide event details and contact points for members of academia and industry.

I am also a member of technical groups like IOP, IOM3 and IET and do attend the regular seminars hosted by them.

I also take regular part in University Squash Club.

Through these activities, I have gained huge insight into planning jobs efficiently, improved my interpersonal skills and drive to achieve excellent results.