DESIGNED BY Li Ma
UNDERGRADUATE INSTITUTION: South China Agricultural University (SCAU)
TEL.: +86 13423019480
EMAIL: m13423019480@163.com
ADD.: Room 702, Unit 3, Building 13, Xiping Jinjin Huating, Nancheng District, Dongguan, Guangdong Province, China, 523123
South China Agricultural University (SCAU) 09/2021 - 06/2025
Major: Landscape Architecture (International Class)
Degree: Bachelor Of Engineering
Gpa: 3.72/5.0; 87.96/100
Research on the Model of Creating a Healthy Flower Landscape for Lingnan Herbal Plants (College Student Innovation and Entrepreneurship Training Program) 04/2023 - 12/2024
Position: Prime Principal of the Project
Completed the production of a set of plant science popularization card and was in the progress of applying for a design and appearance patent for the plant cards; Obtained provincial-level project approval.
Received the Third Class Scholarship, SCAU 11/2024
Appointed as the College-level 33rd Student Representative 08/2024
Received the Third Class Scholarship, SCAU 11/2022
Received the honorary title of “Exemplary Individual of Sports”, SCAU 09/2022
Shanghai Archijusture Architectural Design Co., Ltd 01/2024 - 02/2024
Dongguan Baihe Landscaping Engineering Co., Ltd 07/2023 - 09/2023
Dongguan Baihe Landscaping Engineering Co., Ltd 03/2023 - 05/2023
Grade 2021 Landscape Architecture International Class 2 Youth League 09/2021 - 06/2024
Position: Organizational Committee
Was responsible for daily management of class members and data organization; Received the honorary title of “Outstanding Communist Youth League Cadres of 2023-2024”;
Received the honorary title of “Outstanding Communist Youth League Cadres of 2022-2023”;
Received the honorary title of “Outstanding Communist Youth League Cadres of 2021-2022”;
The 33rd Student Union of the Youth League Committee 07/2022 - 06/2023
Position: Head of the Culture and Sports Department
Planned and organized large-scale school level events, including the “Fenglin Cup” table tennis tournament, the “Green Forest Cup” basketball tournament, the college sports meeting, the college water transport meeting, the college graduation party, etc;
Managed and allocated departmental resources, including budgeting and funding for events.
Language Skills: Mandarin (Native), Cantonese (Native), English (Fluent)
Computer Skills: Proficient in using Microsoft Office software, CAD, Adobe Photoshop, Rhino 3D modeling software, Adobe InDesign, Adobe Illustrator, VRay, Enscape, SketchUp, Stable Diffusion
Urban Renewal And Transformation
08/2024-11/2024
Type:Academic Individual Work Tutor:NianFei Liu nianfei.liu@gmail.com
Ecological Rehabilitation And Reuse Of Mine Pits Marine Litter Disposal And Tourism Development
04/2024-08/2024
Type:Academic Individual Work Tutor:ZiHeng Li liziheng9816@gmail.com
Type:Academic Individual Work Tutor:ZiHeng Li liziheng9816@gmail.com
09/2021-11/2024
Type:Academic Individual /Collaborative Work
Kai Tak, Wong Tai Sin, Hong Kong
Vertically growing cities designed for cities with aging trends, creating intergenerational environments to address social isolation of older adults.
Contemporary urban buildings are becoming denser as the population increases. In the context of highdensity cities, the needs of older persons, especially their emotional needs, are often overlooked in planning because of inadequate site conditions. Therefore, this project aims to grow the city upwards and to design the city with the needs of the elderly in mind, catering for all age groups.
Ecological and touring strategies designed for pits with different levels of restoration.
With industrialisation, the demand for minerals is increasing. However, mining destroys ecosystems, and the wastewater and waste discharged from mining pollute water, soil and air, threatening human health. Brazil is rich in mineral veins, but with this comes a variety of pollution problems. Therefore, this project is based on the restoration and utilisation of Brazilian veins based on their damage to nature.
City-20%Restore Mine:103
City-60%Restore Mine:100
City-Open Pit:32
City-Flat pit:27
City-Nature-20%Restore Mine:62
City-Nature-Aquifer Pit:41
City-Nature-Flat Pit:60
Nature-20%Restore Mine:22
Nature-60%Restore Mine:15 City-Nature-60%Restore Mine:76 City-Aquifer Pit:34 Nature-Aquifer Pit:77
Pit:18
LODE:462KM PIT:780
LODE MEETING:33
Nature-Open Pit:63
Nature-Flat Pit:50
Of Minas Gerias Main Tailings Dam Failures in Brazil between 2000-2023
Because of the different degrees of ecological restoration of the pits on the site, the design classifies the pits, and according to the location of the pits, the degree of restoration of the pits decreases from the urban area to the natural area, so the design divides the area into three parts, and classifies the design according to the type of pit in each part.
Pit rehabilitation in natural areas promotes plant growth mainly through vegetation fixation. Economic growth and ecological restoration are promoted through the development of joint towns and cities through a model of animal husbandry, agriculture and tourism cycles
Mine pits in urban areas are focused on enriching and reinforcing vegetation, and there is a greater emphasis on the reuse of mine pits. Therefore, the project has designed a series of activities using different types of pits.
Restoring wetland functions to the original mine pits through water retention and supply methods and transforming them into wetland parks.
Litter collection and treatment strategies designed for marine tidal litter, with the development of speciality tourism in conjunction with litter treatment.
The project site is located in Bali, Indonesia. Due to the problem of rubbish accumulation in various oceanic rubbish belts and tidal influence, the Bali coast has been piled up with oceanic current rubbish for the last ten years. This project has led to the thinking of alleviating the problem of coastal marine debris by using Bali as a case study for plastic waste.
The project has developed a response programme for a nine-kilometre stretch of coast affected by tidal debris in Bali. The programme combines waste collection and treatment with human activities, constructing distinctive landscapes within each type of collection circle, while the circles include not only treatment plants but also a range of services such as hotels, bars, pools, restaurants and other facilities, turning them into tourist attractions.
When a person receives a collection signal from the monitoring system, the waste in the large waste collection unit is cleared and transported by boat to the waste circle for waste disposal. At the same time, oysters, seaweed and cm type rubbish collection units connected by rails are transported by rail to the main dock and then manually transported to the corresponding treatment plant. Inside the rubbish disposal circle, visitors can see the treatment process at the plant and participate in making rubbish crafts.
The project combines waste treatment with tourism activities, with each waste treatment circle incorporating different specialised cultures to make up for the lack of a single site nature in the past. There are commercial activities and rubbish, oyster and seaweed disposal activities in each circle for visitors to experience.
The project combines the coast with a treatment circle via a trestle. The trestle acts as a third line of defence for marine litter disposal, with oyster, seaweed and small plastic litter collection devices hanging below the trestle. Workers collect them on rails on the trestle and take them to the various treatment pens for disposal.
Modelling And Production Production Process
Model information
Model Scale: 1:1000
Model Size:1.5*0.6M Materials:Foam Board, Drip Glue, Resin,Pigments
The model is made from the main body made from drip glue, foam board, and resin material. The main body of the building is made of resin material, which is accurately shaped by 3D printing technology, and then it is sanded and processed and then sprayed with special paint for colouring, in order to show the realistic texture and colour effect. The ocean part firstly cuts out the seabed texture from the bubble template, and then brushes out the seabed colour through pigment to simulate the seabed effect. Then, the drip glue is mixed with colour, and the modulated drip glue is slowly poured into the pre-designed moulds to form a realistic seawater effect after curing. Finally, the model is assembled and put together to complete the modelling.
Type:Academic,Teamwork
Collaboration Information:Team Leader Year Of Completion：04/2023-6/2023
Project Information:Coursework,General Plant Plan
Type:Academic,Teamwork-As Leader Year Of Completion：09/2022-11/2022
Project Information: Coursework, Architectural Design
Botanical Cards(Obtained a design and appearance patent) Hand-Painted Works
Type:Academic,Teamwork
Collaboration Information:Team Leader
Year Of Completion：04/2024-07/2024
Project Information:Used to supplement Model of Creating a Healthy Flower Landscape for Lingnan Herbal Plants activities.
Type:Academic,Individual Work Year Of Completion：09/2021-11/2022
Project Information:Coursework, including sketching and copying.
Type:Academic,Teamwork-As Leader Year Of Completion：4/2024-6/2024
Project Information: Coursework, Architectural Design
Academic,Teamwork-As Leader
