Curriculum Vitae of Shahid Khan

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Jocelin Strickland
5 years ago
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1 Design Portfolio

2 Curriculum Vitae of PERSONAL STATEMENT Product design graduate with good academic, practical, design and technical skills. Passionate, efficient, organised worker who loves taking a logical approach to challenges. Organised and confident team member willing to give 100% to project work. Creative, inspired, flexible and always looking for success. EDUCATION & ACHIEVEMENT For further details please see Education/Achievement SKILLS Modelling, Polygon Modelling, Model Rendering, and NURBS Surface Modelling. Software application: Autodesk Alias, Autodesk Showcase, Solid Edge, Solid Works, UGS NX5 and Cinema 4D. graphics. Software application: Adobe Photoshop, Adobe Illustrator, Adobe Image Ready, QuarkXPress and Macromedia Flash. communication with patients and one-to-one telephone calls dealing with customer problems. EMPLOYMENT & WORK EXPERIENCE assisting the pharmacist and dealing with patient queries. POS material for companies such as, flyers, banners, exhibition stands, leaflets, package design, logo design, signage design and CAD/Surface modelling. ACTIVITIES & INTERESTS I have a great fascination for design engineering and branding in general; this has directed me to pursue a career in this field. I am also an automotive enthusiast, with various types of vehicles. I have other interests; sporting activities I regularly take part in are football and cricket. At an early age, I played for my local cricket club, winning the league and finishing as the highest wicket taker. EDUCATION & ACHIEVEMENT University of Bradford - BSc (Hons) Product Design, D Solid Modelling - Advanced solid computer modelling and detailed engineering drawings using SolidEdge. 3D Surface Modelling - Advanced surface modelling using Autodesk Alias. Scientific & Mechanical Principles - Fundamentals of technology, statistics, dynamics, electricity, light, fluids etc. Exhibition & Presentation Media - Introduction to 2D drawing and rendering on Adobe creative suit. Introduction to Design and Manufacture - How to design for specific processes & what you need to consider in component design. Studio 1 - Introduction to the Design Process and Methodology. Implementing newly learnt techniques to design projects. Communicating & Understanding of 3D Forms - Manual drawing, rendering, colour and deconstruction of form. Design for Manufacture and Assembly - CAD/CAM, tolerance and consideration of real assembly parameters (NX and Cam Pro). Materials Technology & Processing - Introduction to Materials and their properties. Basic manufacturing processes, CES. Studio 2 - Implementing the techniques (Design Process/Methodology) learnt in year one into group and individual projects set by the University. Manufacturing Systems - Manufacturing basics, workshop theory, practical sessions and labs. Design in Context - History of design, movements, style, fashion, cultural and social influences. Machine Design - The application of fundamental technology to product design situations. Product Development & Prototyping - Introduction to prototype modelling using clay, card, foam and 3D computer modelling etc. Product Interaction and Interfacing - Ergonomics and interaction between people, products, spaces and vehicles. Blue Sky Brief - Considering how things will change in the future and proposing future designs (competition). Product Design Innovation - A review of innovation and enterprise techniques. Technology for Styling & Concept Design - Reverse engineering, scanning, cloud point data manipulation and restyling (Alias Auto Studio). Manufacturing Planning & Control - Considering how modern manufacturing is organised and monitored. Major Design Project - A complete design project that allows you to practise and apply much of what I have learned on the course. Concludes with a Design Exhibition. Audi Design Foundation Competition, Newcastle, Jan 2010 Working as a group of two we engaged in a major international competition set by the Audi Design Foundation centred on benefitting the broad community through the application of design. We were the most successful group from the University, reaching the finals of the competition and were highly commended for the Help Me Grow It design concept. REFERENCES Grange Technology College, Bradford

This was a University run project, based on learning the techniques of Reverse Engineering, 3D Scanning, Restyling and Cloud Point Data Manipulation.

3) Scans were taken from the X and Y Positions (this was the side and the top). Below is the screen displaying the position and section being scanned.

3 This was a University run project, based on learning the techniques of Reverse Engineering, 3D Scanning, Restyling and Cloud Point Data Manipulation. The aim was to scan a car toy and then restyle it in to a Hot Rod Toy using the cloud points data gathered from the scan. 3) Scans were taken from the X and Y Positions (this was the side and the top). Below is the screen displaying the position and section being scanned. Chevrolet Nomad 1955 Toy 1) The toy car was sprayed with a white primer, primarily the windows were the most important, because they were transparent and it would make it hard for the scan to read the window if not sprayed. 2) The toy car was scanned using the University Scantech 3D Scanner. Hot Rod Toy 3D Scanning of Toy Car

4 Cloud Point Data Analysis: Overview The cloud point data come in seperate sections. The side cloud mesh was duplicated, to create two sides which were merged together with the top mesh to create the full car body mesh. The merged car body ready to be restyled and modelled into a Hot Rod Toy. Side View Top View Front View Hot Rod Toy 3D Scanning Data

5 Hot Rod Toy Concept Sketching

6 Reverse Engineering Analysis Cycle Hot Rod Toy Reverse Engineering

7 Hot Rod Toy Hot Rod Toy 3D Alias Modelling

8 Engine Engine Close Up Hot Rod Toy Back Section Wheel Section Exhaust Front Grill/Head Lights Hot Rod Toy 3D Alias Modelling - Detailed Views

9 Touch Jaguar Vision Vehicle Camera Keys Concept Sketching

10 The touch vision camera is an all touch screen camera, which is ideal for people with arthiritis problems, disabilties, is unique and at the same time small enough to fit into your pocket. Touch Jaguar Vision Vehicle Camera Keys 3D Concept Alias Modelling Sketching

11 Aesthetic Details Charging Port Camera Lens On/Off Button Touch Jaguar Vision Vehicle Camera Keys 3D Concept Alias Modelling Sketching - Detailed Views

12 Sketches of concept development Sports Car Concept Sketching

13 Sports Car Sports Car 3D Alias Modelling

14 Sports Car Indicator Light Head Light Back Light Door Air Intake Exhaust Air Intake Wheel Section Sports Car 3D Alias Modelling - Detailed Views

15 The intent of the Key Fob design is based around Jaguar logo symbol, below is an exmaple of this. Jaguar Key Fob Concept Sketching

16 The intent of the Key Fob design is based on the Jaguar logo symbol, below is an exmaple of this. Key Fob design based on the Jaguar logo symbol Key Key Fob Holder Button to flip Key Interaction Buttons Jaguar Key Fob 3D Alias Modelling

17 The chosen concept Pharmacy Counter-Concept Ideas Pharmacy Counter 3D Alias Modelling/Cinema 4D Rendering

18 Pharmacy Counter-Chosen Concept The chosen concept was developed and a final solution was produced. Pharmacy Counter 3D Alias Modelling/Cinema 4D Rendering

19 Design Portfolio

N/A. Engineering (MEng) July 2014

N/A. Engineering (MEng) July 2014 Faculty of Engineering & Informatics School of Engineering Programme Specification Programme title: MSc Mechanical Engineering Academic Year: 2017/2018 Degree Awarding Body: Partner(s), delivery organisation