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$5 USD / hour
Flag of MALAYSIA
johor bahru, malaysia
$5 USD / hour
It's currently 5:12 PM here
Joined November 15, 2020
0 Recommendations

Lee F.

@jflee0912

 0.0 (0 reviews)
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$5 USD / hour
Flag of MALAYSIA
johor bahru, malaysia
$5 USD / hour
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Mechanical Engineer

I am a fresh graduate and just graduated from Universiti Teknologi Malaysia to study a bachelor degree in mechanical engineering. In the four years of university career, I have not just learned the basic knowledge of engineering field, but also found that I gradually prefer the road of design. In addition, I have also been exposed to 3D printing technology. This technology also enhances my creativity and thinking in order to improve and make my life more convenient.
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Portfolio

8336530
RESUME
8335661
The casing of the existing screwdriver kit is fragile and messy. Under my inspiration, it has been well improved through 3D printing technology. The outer shell is made of ABS. The inner shell is made of PLA. It improves the combination between various tools and the casing, so 7 holes are designed to place magnets around the suction tools so that they can be firmly inserted into the holes without falling out easily.
Screwdriver set
The casing of the existing screwdriver kit is fragile and messy. Under my inspiration, it has been well improved through 3D printing technology. The outer shell is made of ABS. The inner shell is made of PLA. It improves the combination between various tools and the casing, so 7 holes are designed to place magnets around the suction tools so that they can be firmly inserted into the holes without falling out easily.
Screwdriver set
The casing of the existing screwdriver kit is fragile and messy. Under my inspiration, it has been well improved through 3D printing technology. The outer shell is made of ABS. The inner shell is made of PLA. It improves the combination between various tools and the casing, so 7 holes are designed to place magnets around the suction tools so that they can be firmly inserted into the holes without falling out easily.
Screwdriver set
The casing of the existing screwdriver kit is fragile and messy. Under my inspiration, it has been well improved through 3D printing technology. The outer shell is made of ABS. The inner shell is made of PLA. It improves the combination between various tools and the casing, so 7 holes are designed to place magnets around the suction tools so that they can be firmly inserted into the holes without falling out easily.
Screwdriver set
The casing of the existing screwdriver kit is fragile and messy. Under my inspiration, it has been well improved through 3D printing technology. The outer shell is made of ABS. The inner shell is made of PLA. It improves the combination between various tools and the casing, so 7 holes are designed to place magnets around the suction tools so that they can be firmly inserted into the holes without falling out easily.
Screwdriver set
8335215
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
Rotary parking system
Rotary parking system
8336530
RESUME
8335661
The casing of the existing screwdriver kit is fragile and messy. Under my inspiration, it has been well improved through 3D printing technology. The outer shell is made of ABS. The inner shell is made of PLA. It improves the combination between various tools and the casing, so 7 holes are designed to place magnets around the suction tools so that they can be firmly inserted into the holes without falling out easily.
Screwdriver set
The casing of the existing screwdriver kit is fragile and messy. Under my inspiration, it has been well improved through 3D printing technology. The outer shell is made of ABS. The inner shell is made of PLA. It improves the combination between various tools and the casing, so 7 holes are designed to place magnets around the suction tools so that they can be firmly inserted into the holes without falling out easily.
Screwdriver set
The casing of the existing screwdriver kit is fragile and messy. Under my inspiration, it has been well improved through 3D printing technology. The outer shell is made of ABS. The inner shell is made of PLA. It improves the combination between various tools and the casing, so 7 holes are designed to place magnets around the suction tools so that they can be firmly inserted into the holes without falling out easily.
Screwdriver set
The casing of the existing screwdriver kit is fragile and messy. Under my inspiration, it has been well improved through 3D printing technology. The outer shell is made of ABS. The inner shell is made of PLA. It improves the combination between various tools and the casing, so 7 holes are designed to place magnets around the suction tools so that they can be firmly inserted into the holes without falling out easily.
Screwdriver set
The casing of the existing screwdriver kit is fragile and messy. Under my inspiration, it has been well improved through 3D printing technology. The outer shell is made of ABS. The inner shell is made of PLA. It improves the combination between various tools and the casing, so 7 holes are designed to place magnets around the suction tools so that they can be firmly inserted into the holes without falling out easily.
Screwdriver set
8335215
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
This is a project I spent 3 months in university. It is a combination between mechanical and electrical knowledge. Before designing, I plan to make this work based on the size of a 1:64 die-cast car model. It is also determined that the prototype is controlled by the Arduino program. At the same time, 60% of the parts are manufactured through 3D printing technology. When manufacturing, the biggest challenge faced is the technical problems of 3D printing and the problem of program editing. However, these issues have been resolved
Rotary parking system
Rotary parking system
Rotary parking system

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Experience

Design Engineer (Part time)

XIOX engineering sdn bhd
Jan 2020 - Aug 2020 (7 months, 1 day)
• Operate a conventional milling machine for making the CAD drawings into the real objects. • Convert milling machine into lathe machine for manufacturing cylindrical parts. • Communicate with colleagues about any changes of CAD drawings during the progress of each project. • Utilize SOLIDWORKS to edit and change the design of each parts.

Student Intern

Unisteel Technology Limited
Jun 2019 - Aug 2019 (2 months, 2 days)
• Assist R&D engineer in fastener department. • Learn the manufacturing process of fastener from raw materials to packaging product.

Education

Bachelor of Mechanical Engineering

Universiti Teknologi Malaysia, Malaysia 2016 - 2020
(4 years)

Qualifications

Certified SOLIDWORKS Professional (CSWP) - Mechanical Design

Dassault Systèmes
2019
Credential ID: C-G8AYRXJZFL Credential URL: https://cv.virtualtester.com/qr/?b=SLDWRKS&i=C-G8AYRXJZFL

Certified SOLIDWORKS Associate (CSWA) - Additive Manufacturing

Dassault Systèmes
2020
Credential ID: C-EKANXB2YUF Credential URL: https://cv.virtualtester.com/qr/?b=SLDWRKS&i=C-EKANXB2YUF

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Top Skills

Solidworks
Product Design
3D Modelling
3D Printing

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