Adrian is a mechanical engineering student at the University of Nottingham Ningbo China. He has experience developing electric bikes, wheelchairs, and other vehicles. He is skilled in CAD, programming, and simulation software. Adrian also leads projects, volunteers teaching English, and has received several academic awards and scholarships.
If your passion drives you towards the world of cars then auto design is what is meant for you. The course to the finish line is mentioned here including International Schools. to know more contact us on www.onestepup.in and book your career counseling session with us.
I am pursuing masters in Industrial Engineering. During the course of my degree I have taught many concepts of Industrial Engineering and I am confident that I can apply all the concepts in real time environment. With the great knowledge of Fundamentals of 6 sigma, statistics, MRP, JIT and Deterministic Optimization, I am confident to apply those concepts for production procedures, production standards and costs. I have come from the mechanical background so I have pretty good knowledge about mechanical procedures and applying industrial concepts to enhance overall system. While working in industries, I realized the impact of applying industrial concepts in Industries. My knowledge is well defined and I take pride working in sync with people and resources at every stage of production cycle.
If your passion drives you towards the world of cars then auto design is what is meant for you. The course to the finish line is mentioned here including International Schools. to know more contact us on www.onestepup.in and book your career counseling session with us.
I am pursuing masters in Industrial Engineering. During the course of my degree I have taught many concepts of Industrial Engineering and I am confident that I can apply all the concepts in real time environment. With the great knowledge of Fundamentals of 6 sigma, statistics, MRP, JIT and Deterministic Optimization, I am confident to apply those concepts for production procedures, production standards and costs. I have come from the mechanical background so I have pretty good knowledge about mechanical procedures and applying industrial concepts to enhance overall system. While working in industries, I realized the impact of applying industrial concepts in Industries. My knowledge is well defined and I take pride working in sync with people and resources at every stage of production cycle.
Updated Program Outline for ICCE Asia 2017 Bengaluru. Consists of keynotes from Cyient, Qualcomm, Revxx, IIT Madras, WiE Track, Panels, and Startup competitions on the floor.
Airwheel uncompromising standard for quality of the intelligent electric hove...ammuangel07
In terms of materials, Airwheel used the PC material first and then turned to TPU materials as its core materials. The change in the materials also reflect the strictness of Airwheel’s attitude towards the quality. Airwheel takes self-improvement seriously too. It shows a careful regard for the feedback on products from the end-users.
IEEE Communications Disability Special Interest Group and Visually Impaired Focus Group formed under the IEEE Standards Association is organizing its 2nd Hackathon on Enabling Ability in Disability through Standards & Technology hosted by R V College of Engineering, Mysore Rd, Bengaluru with the theme of Consumer Level Assistive Devices/ Applications. Winners would get to demo at ICCE-Asia 2017.
Insect inspired hexapod robot for terrain navigationeSAT Journals
Abstract The aim of this paper is to build a sixlegged walking robot that is capable of basicmobility tasks such as walking forward, backward, rotating in place and raising orlowering the body height. The legs will be of a modular design and will have threedegrees of freedom each. This robot will serve as a platform onto which additionalsensory components could be added, or which could be programmed to performincreasingly complex motions. This report discusses the components that make up ourfinal design.In this paper we have selected ahexapod robot; we are focusing &developingmainly on efficient navigation method indifferent terrain using opposite gait of locomotion, which will make it faster and at sametime energy efficient to navigate and negotiate difficult terrain.This paper discuss the Features, development, and implementation of the Hexapod robot Index Terms:Biologically inspired, Gait Generation,Legged hexapod, Navigation.
Omni-directional Vision and 3D Animation Based Teleoperation of Hydraulically Actuated Hexapod Robot COMET-IV
H. Ohroku and K. Nonami
Graduate School of Science and Technology, Chiba University, 1-33 Yayoi-cho, Inage-ku, Chiba-shi, Chiba, 263-8522, Japan
Updated Program Outline for ICCE Asia 2017 Bengaluru. Consists of keynotes from Cyient, Qualcomm, Revxx, IIT Madras, WiE Track, Panels, and Startup competitions on the floor.
Airwheel uncompromising standard for quality of the intelligent electric hove...ammuangel07
In terms of materials, Airwheel used the PC material first and then turned to TPU materials as its core materials. The change in the materials also reflect the strictness of Airwheel’s attitude towards the quality. Airwheel takes self-improvement seriously too. It shows a careful regard for the feedback on products from the end-users.
IEEE Communications Disability Special Interest Group and Visually Impaired Focus Group formed under the IEEE Standards Association is organizing its 2nd Hackathon on Enabling Ability in Disability through Standards & Technology hosted by R V College of Engineering, Mysore Rd, Bengaluru with the theme of Consumer Level Assistive Devices/ Applications. Winners would get to demo at ICCE-Asia 2017.
Insect inspired hexapod robot for terrain navigationeSAT Journals
Abstract The aim of this paper is to build a sixlegged walking robot that is capable of basicmobility tasks such as walking forward, backward, rotating in place and raising orlowering the body height. The legs will be of a modular design and will have threedegrees of freedom each. This robot will serve as a platform onto which additionalsensory components could be added, or which could be programmed to performincreasingly complex motions. This report discusses the components that make up ourfinal design.In this paper we have selected ahexapod robot; we are focusing &developingmainly on efficient navigation method indifferent terrain using opposite gait of locomotion, which will make it faster and at sametime energy efficient to navigate and negotiate difficult terrain.This paper discuss the Features, development, and implementation of the Hexapod robot Index Terms:Biologically inspired, Gait Generation,Legged hexapod, Navigation.
Omni-directional Vision and 3D Animation Based Teleoperation of Hydraulically Actuated Hexapod Robot COMET-IV
H. Ohroku and K. Nonami
Graduate School of Science and Technology, Chiba University, 1-33 Yayoi-cho, Inage-ku, Chiba-shi, Chiba, 263-8522, Japan
This project Involves the design and fabrication of a kinematic walker. This kinematic walker is six-legged machine did can walk on any surface. It is an arrangement of six linkages did together are powered by a single engine. This device is analogous to a six-legged insect Examined as a spider and crab. The motor can be powered by mains Either or a battery. The kinematic walker Comprises six legs that move Simultaneously to Provide motion. Each of synthesis six linkages are made of a four bar mechanism.
1. To support Spires INDIA/UAE/ENG and its suppliers on all Design activities
2. To organise CATIA V5/V6 training courses for our clients.
3. To organise ENOVIA V5/V6 training courses
4. Expected to travel across units in India/UAE/UK
1. ADRIAN
Mobile : +86-13136373035 Email : adrian130493@hotmail.com
EDUCATION BACKGROUND
9/2012-Ongoing University of Nottingham Ningbo China (UNNC) China
BEng (Hons) in Mechanical Engineering
Fields: Mathematic, Thermodynamic Fluid mechanic, Solid Mechanic
Programming, Design, Material & Manufacture, Management
TECHNICAL PROJECTS
09/2014-Ongoing Electronic Bike Engineer
Develop an innovative e-bike with Industrial Design Director of Eran Npd. company
Justified compatibility of overall e-bike structure and purchased parts (suspension, bearings, tires, etc.)
Developed Matlab and Excel programs for automatic check on e-bike performance
Design parts, simulate dynamic of e-bike and optimize geometrical design with Creo program.
02/2015-Ongoing Electronic Wheel Chair Engineer
Develop an electric wheelchair that has both rotational and lifting seat mechanism
Contributed in all engineering aspects (mechanism analysis, parts specification & assembly)
Developed Matlab and Excel program for calculation and computer simulation with Creo
Sourced parts and negotiated with suppliers, followed with assembly of prototype
1/2014-7/2014 Test Rig for Motion Sensor Analysis Structural Engineer
Assisted PhD student to perform design, purchase, machining and assembly of test rig
1/2014-7/2014 Hexapod Robot Programming Programmer
Program C language into hexapods robots to perform dances for university open house exhibition.
Learned to program Parallax wheeled robot independently as part of interest.
Work Experience
03/2016-Ongoing Paddock Bike Engineer
Develop 2 Wheel Drive E-Bike with trailer for agriculture use.
Collaborate with Industrial Design Director of Eran Npd. Company in mass production project
04 /2015-12/2015 Joyson Automotive Electronics Holding Product Engineer
Involved in project management, automotive industry process, product development and manufacture.
Assisted the product development of two air outlet project for General Motor and Volkswagen.
Prepared documents (open issue, PFMEA, control plan), purchase order, project timing, and product
status report and directed product assembly workshop
2. TEAMWORKING AND LEADERSHIP
09/2013-09/2015 Permit Ningbo IT member
Produced ideas for promotion and documentation for various events such as Sport Day, Global Village
Designed posters and clothes, photographed events and created documentary video
Managed a photo booth and team in a cultural performance event with more than 500 audiences
09/2014-01/2015 Electric Vehicle Marketing Research Team Leader
Led five colleagues to write research paper for promoting Volkswagen Electric Vehicle sale in China
Performed public questionnaire, car dealer managers interview, and market analysis
09/2013-09/2014 Science and Engineer Student Association IT member
Advertised events and documented competitions and company visit presentation
Joined competitions such as water rocket, bridge design, robot fight and engineering presentation.
VOLUNTEER ACTIVITY
9/2015-ongoing Gansu Lifecycle Technical Volunteer
Helped building school for poor children in Gansu, China.
Optimized the building acoustic and carbon footprint through selection of materials and logistic route.
9/2015-ongoing Young Volunteer Association Volunteer
Weekly English teacher for impoverished children
AWARDS
President Scholarship (Award to top 1% students in the University) 2013
Dean Scholarship (Award to top 10% students in the University) 2014
Head Scholarship (Award to top 20% students in the University) 2015
2nd
Winner of Wooden Bridge Design Competition UNNC 2014
1st Winner of Speak Out for Engineer North East Asia Region 2015
Nottingham Advantage Award 2015
Awarded for students taking 30 additional credits (3 modules).
Business for Engineer, Research Consulting & Lifecycle
LANGUAGES + SKILLS
Languages : English, Indonesia, Japanese & Chinese (ILR 4), Basic Thai
IT Skills : Creo (Pro-E), Matlab, CES, Ms. Office & Adobe (LR, AE & PS)
Hobby : Travelling, Badminton, Photography & Engineering
REFEREES
Dr. Huileng Choo Michael Evason Stone Shi
Assistant Professor Eran Industrial Design Director Project Manager Joyson Ningbo
+86 (0) 574 8818 0552 +86 151684451 +86 138 5832 0933
huileng.choo@nottingham.edu.cn michael@evason.biz qx.shi@joyson.cn