This group project is to design a military buggy which has an effective futuristic soldier system that can improve the surveillance and reconnaissance system. BORDER REGIMENT OF THE MALAYSIAN ARMY
MILITARY BUGGY 5 TEAM MEMBERS
PROBLEM STATEMENT DESIGN CONCEPT TARGET USERS The target users of this military buggy are the army at the national border or open border. The military buggy should be small and light with advance technology that can be carried easily in a transport aircraft compared to military trucks or tanks. Develop a future soldier military buggy for Malaysia Armed Force that can improve the surveillance and reconnaissance system. The current surveillance system of the Malaysia Armed Force is not strong enough which can be improved by implementing the new technology and design a buggy to enhance it. DESIGN CRITERIA MILITARY BUGGY PROJECT BRIEF 5
MILITARY BUGGY 5 TECHNOLOGY MOODBOARD
IDEA DEVELOPMENT MILITARY BUGGY IDEA DEVELOPMENT 5
Model Making and Final Model MILITARY BUGGY 5 MODEL MAKING
MILITARY BUGGY CONCEPT PACKAGE DRAWING 5
Dashboard Driver assistance system with ergonomics steering wheel, rotation function controller and display screen for thermal imaging device. MILITARY BUGGY 5 INTERIOR DESIGN
Magnetic Levitation 360° Tire Car Seat Extra Storage And Seat Area Gun Hanger MILITARY BUGGY DETAILING 5
MILITARY BUGGY 5 FINAL DESIGN
Legoland project
This internship project is to design the inner part and modified the Legoland props that can function properly, can be assembly and disassembly.
DESIGN BRIEF DESIGN STATEMENT DESIGN OBJECTIVES DESIGN CRITERIA The Legoland’s props should present the functionality with different colors of LED light and can be disassembled when need to repair the inner electronic part. To design the inner part of Legoland’s props and to create a functional props for clients which can be assembled and disassembled. To design the inner part and modified the Legoland’s props that are functional, can be assembly and disassembly. To design the inner part and modified the broken Legoland’s props that can use screw and nut to assembly. We need to measure and draw the whole outer with inner part of the sword and dragon egg that are functional for the musical performance purpose which contains electronic parts inside the models. LEGOLAND PROPS 6 PROJECT BRIEF
LEGOLAND PROPS DAILY TASK 6 The props that have broken are scanned by using the 3D scanner. Then, traced the line on the scanned model’s mesh data and scale to the nearest size according to the actual sword. After that, compared the size of the original props model with the modified version by using Netfabb. Another task is used the surface modeling technique on the ellipsoid to build the dragon egg. The daily task in this project is to discuss the drawing with the supervisor, sanding the 3D printing model, glue the sticker on the plastic rod, and assembled all the parts.
LEGOLAND PROPS 6 TECHNICAL DRAWING *All measurement units in mm* i) Sword Part ii) Handle Part I
LEGOLAND PROPS TECHNICAL DRAWING 6 *All measurement units in mm* iii) Handle Part II iv) Handle Part III
LEGOLAND PROPS 6 TECHNICAL DRAWING *All measurement units in mm* v) Assembly of The Whole Sword
LEGOLAND PROPS MODEL MAKING 6 Model Making and Final Model ▲ Tested the LED Light Effect ▲ The 3D Printing and Assembly Process
LEGOLAND PROPS 6 TECHNICAL DRAWING i) Dragon Egg *All measurement units in mm*
LEGOLAND PROPS MODEL MAKING 6 Model Making and Final Model ▲ Tested the LED Light Effect ▲ Comparison of Original with Modified Version ▲ The Printing Process ▲ Tested the LED Light Effect
TURTLE SHELl COVER
This internship project is to develop a new turtle shell cover that can allow the injured turtle swim again in the water by using the reverse engineering.
DESIGN BRIEF DESIGN STATEMENT DESIGN OBJECTIVES DESIGN CRITERIA The design criteria is the turtle shell should present the functionality that can cover the injured part or wound and avoid the water leak into the shell. To develop a new turtle shell that can cover the wound and protect the lungs. To create a suitability of 3D CAD drawing that matches the size and surface of the original turtle shell by using the reverse engineering method. To develop a new turtle’s shell cover that can allow the injured turtle can swim again in the water. To develop a new turtle shell’s cover by using food-grade material to fit the injured turtle which includes the design problem-solving process and reverse engineering process. In this project. It is needed to conduct research and undergo the process of reverse the surface for the original turtle shell. TURTLE SHELL COVER 7 PROJECT BRIEF
TURTLE SHELL COVER INTRODUCTION 7 On 17 February 2020, a customer and a veterinarian went to the office and sought for help. The problem they faced is the turtle’s shell is cracked and damaged after had been hit by a car on road. The request of the customer is to create a new shell which can help to cover the turtle’s wound. This is one of the most common problems seen in freshwater turtles is shell injury. Treatment of these animals is unique given the complexities of turtle anatomy, semi-aquatic lifestyle, and rate of healing. As the turtle had recovered, repaired the wound itself and remain in a good condition with the care from the veterinarian. The owner decided to find a solution that can let the turtle swim inside the water again. Material Stereolithography (SLA) 3D Printing For Final Turtle Shell Cover The outcomes of the turtle shell’s cover are printed by using material which is KS-158T. The clear stereolithography (SLA) resin that has accurate and durable features. It is designed for solid-state SLA platforms. It can be applied for the functional prototypes in the field of medical. The typical benefits of this material are superior clear, less part finishing time, and easier post-curing. The transparent SLA resin is used to enable the owner or veterinarian to observe the condition of the turtle’s wound.
TURTLE SHELL COVER 7 TECHNICAL DRAWING *All measurement units in mm*
TURTLE SHELL COVER MODEL MAKING 7 Model Making and Final Model ▲ Final Prototype (SLA) And Fit On The Actual Turtle Shell. ▲ 3D Scanning, 3D CAD Drawing And The First Prototype (PLA).
Final Year project ContacT Tracing device
This final year project is to develop a contact tracing healthcare device using biosensor technology for Malaysian citizens with a brand-new UI/UX design.
PROBLEM STATEMENT DESIGN CONCEPT DESIGN CRITERIA TARGET MARKET • Hospital • Nursing homes • Schools and universities • Factories • Shopping mall • Airports • Events venues • Sports venues • Household The design criteria are the contact tracing healthcare device should be lightweight, portable, and easy to use. It should present the functionality and suitability. The implementation of the contact tracing healthcare device consists of a health monitoring system with a brand-new user interface by using the concept of glassmorphism and neumorphism. The concept shows a modern and trendy style for the contact tracing platform. 1. Time delays in the contact tracing process when cases increase (Tong, 2020). 2. Low public commitment to keep scanning the QR code (CodeBlue, 2020). CONTACT TRACING DEVICE 8 PROJECT BRIEF
CONTACT TRACING DEVICE IDEA DEVELOPMENT 8 IDEATION
IDEATION CONTACT TRACING DEVICE 8 IDEA DEVELOPMENT
CONTACT TRACING DEVICE IDEA DEVELOPMENT 8 IDEA DEVELOPMENT Prototyping, 3D modeling, UI/UX design
CONTACT TRACING DEVICE 8 SPECIFICATION
CONTACT TRACING DEVICE FUNCTION 8
CONTACT TRACING DEVICE 8 EXPLODED VIEW
Step 1: Press once the second button to switch on the camera. Step 2: Scan the QR Code. Press once again if want to switch on the side camera. How it works? (Camera) - Two side cameras for users to easily scan the QR code. CONTACT TRACING DEVICE HOW IT WORKS 8
UI/UX DESIGN CONTACT TRACING DEVICE 8
MatthewS InternationaL MalaysiA SdN Bhd (SGK Penang) POSITION: PRODUCTION Artist (2.5D) (October 2021 - Present)
As a production artist (2.5D) at SGK Inc. for 1 year and 8 months. This chapter will showcase the works that had been done throughout the year.
Company Overview SGK INC. PROJECT 9 SGK, the world’s largest and most experienced brand imaging solutions provider, creates, develops and implements best practice-based solutions that enable brand-driven organizations to drive maximum value through their brands globally. By helping clients enhance brands visually and accelerate the development of new product innovations, SGK improves Fortune 500 companies’ ability to maximize market potential and new product revenue. SGK currently operates from locations across North America, Europe, Asia Pacific, and Australia.
Position Summary: Responsible in producing the high quality artwork and 3D images in compliance with the client briefs, supplied copy documents and legal or any technical requirements. This role required to possess hands-on experience in using Adobe Photoshop or 3D software such as Blender, IC3D, and Esko to support the production of packaging artwork. The next pages will demonstrate the sample of renders that have been published on the official website of all the brands. SGK INC. PROJECT Summary 9
Packaging SGK INC. PROJECT 9
SGK INC. PROJECT Packaging 9 © 2023 - B&G Foods, Inc
© 2023 General Mills, Inc. Packaging SGK INC. PROJECT 9
© 2023 General Mills, Inc. SGK INC. PROJECT Packaging 9
© 2023 General Mills, Inc. Packaging SGK INC. PROJECT 9
© 2023 General Mills, Inc. SGK INC. PROJECT Packaging 9
© 2023 General Mills, Inc. Packaging SGK INC. PROJECT 9