PORTFOLIO ARCHITECTURE
Resume and Selected Academic Work
JONATHAN LAM
JONATHAN LAM
437-600-6716
jonlch318@gmail com
Toronto, Ontario, Canada
WORK EXPERIENCE
May 2023 - Present
Part-time Barista
Maman
I prepared and served beverages, maintained a clean store, handled cash transactions, and operated the POS system efficiently My excellent customer service skills and assistance in training new staff contributed to repeat business and smooth operations.
Jan. 2023 - Dec. 2024
Math Peer Tutor
Centennial College
I tutored students individually and in groups, improving pass rates by 10% I also promoted Learning Centre services through class visits, faculty discussions, college events, and marketing material distribution
Dec. 2020 - May 2022
Contract Property Services Officer
Kai Fu Property Services Company Limited
I assisted in managing a public housing estate for the Housing Authority I provided customer service to tenants, handled tenancy issues, monitored maintenance schedules, and performed routine property management duties Additionally, I explained contract details to prospective buyers, facilitated contract signings, and ensured proper documentation and compliance
Oct. 2018 - Nov. 2020
Customer Service Executive
Deliveroo HK
I handled inquiries and complaints via calls, live chat, and email. I collaborated with the Marketing Team on promotions and vouchers, guided new joiners, reported KPI performance to the manager, and worked with the Product Team on new updates
LANGUAGE
Cantonese (Native) / Mandarin (Fluent) / English (Fluent)
ABOUT ME
As a dedicated and organized professional with degrees in Building Services Engineering and Architectural Technician, I combine technical expertise with innovative design. Proficient in AutoCAD and Revit, I excel in creating functional, aesthetically pleasing spaces. My strong problemsolving, interpersonal, and communication skills, along with being a good team player, ensure successful project outcomes. I am enthusiastic about learning new things, friendly, helpful, and polite. I thrive under pressure and consistently deliver highquality results
EDUCATION
2022 - 2024
Centennial College
Diploma in Architectural Technician
High Honours (GPA 4 47/4 5)
2012 - 2016
City University of Hong Kong
Bachelor of Engineering in Building Services Engineering (Honours)
SKILLS
AutoCAD / Revit / SketchUp / DIALux / HOT2000 / Carrier E20-II / Microsoft Office / Fire Dynamics Simulator
EXPERTISE
Attention to Detail
Effective Communication
Strong Interpersonal Skills
Advanced Problem-Solving Creativity
Critical Thinking
Organizational Skills
Project Management
Team Collaboration
Customer Service
T A B L E O F C O N T E N T S
0 4 Sustainable Elementary School Design (AutoCAD & Revit)
1 6 Sustainable Strip Mall Design (AutoCAD & Revit
2 2 Sustainable & Accessible Residential Building Design (AutoCAD & Model)
0 8 1 2 Apartment / Condominium Design (SketchUp & Revit) Building Services Design Strategies (Sketch)
2 0 Sustainable Industrial Building Design (AutoCAD)
SUSTAINABLE ELEMENTARY SCHOOL
This project involves designing a new elementary school for junior kindergarten to grade 8 in Scarborough, Ontario, Canada, emphasizing innovative and sustainable practices Due to project requirements, only half of the building is shown
The design integrates sustainability with a supportive learning environment. Aiming for LEED Gold certification, the school plans to reduce energy consumption and use renewable energy sources like solar panels. Locally sourced materials are prioritized to minimize the carbon footprint.
Designed as a community hub, the school features multi-purpose spaces for events and programs. It serves as an educational tool with rainwater harvesting, solar panels, and interactive gardens, offering hands-on sustainability learning. This project combines green technologies with a child-centric design, meeting student and community needs while setting a precedent for future sustainable educational facilities.
SUSTAINABLE ELEMENTARY SCHOOL
By AutoCAD
The school design ensures functionality, safety, and a welcoming environment across both floors
Shared features:
Strategically located staircases at the central part of the building and at each end of the corridors; 1
Optimized natural lighting in classrooms and common areas; 2
Accessibility features such as wide corridors and accessible restrooms; 3
Functional rooms are situated away from classrooms on both floors to ensure safety and minimize disruption.
On the first floor, external storage and boiler rooms have locked exterior doors to prevent easy access by students. Ample storage solutions, like the caretaker’s office, support the school's operational needs.
On the second floor, mechanical and technical spaces are positioned to support efficient building operations.
The site plan for the new elementary school at 50 Upper Rough Trail, Scarborough, Ontario, highlights a well-organized design. I integrated green spaces with trees to promote sustainability. The car drop-off lane was designed with student safety in mind and to prevent traffic congestion in the centre of the road. Additionally, I placed the car park at the north of the site to minimize disturbance to the main road and school community. Separate play areas for different age groups ensure appropriate spaces. The one-story school section with a green roof underscores my commitment to eco-friendly design and adds an educational element related to sustainability
Site Plan
By Revit
SUSTAINABLE ELEMENTARY SCHOOL
Both sections showcase the use of hollow-core slabs, which provide robust structural support, and sound insulation, and facilitate efficient air movement and ventilation throughout the school. The metal deck insulated roof ensures thermal efficiency and durability, and solar panels on the roof contribute to the school's renewable energy goals. Rigid insulation on the hollow-core slabs enhances energy efficiency.
The cross-section emphasizes the gymnasium's significant height and structural support, utilizing open web steel joists (OWSJ) for added stability, a feature specific to the gymnasium.
The longitudinal section highlights the staircases for vertical circulation, and the mechanical and technical spaces supporting efficient building operations.
By Revit
Elevation
Section By Revit
SUSTAINABLE ELEMENTARY SCHOOL
Elevation By Revit
Hand Sketch Work
Enlarged Plan for Interior Elevation
SUSTAINABLE STRIP MALL
The proposed strip mall is located in Scarborough, Ontario The development achieves a minimum of Tier 1 under the Toronto Green Standard This requires incorporating sustainable design and construction features to reduce energy consumption and operating costs, minimize the building’s environmental impact, provide a healthy environment for occupants and visitors, and serve as a model for future development in the area
The design of the strip mall involves leasable retail space and two restaurants Key sustainable design aspects to address include resource efficiency through passive solar design and a high-performance building envelope These features will help in reducing the overall energy demand and enhancing the building's thermal performance
The site design will focus on maximizing permeability, which is essential for managing stormwater Effective stormwater management strategies will be implemented to control runoff rates and improve stormwater quality, reducing the impact on the local environment.
SUSTAINABLE STRIP MALL
The site plan for the proposed strip mall at 7440 Kingston Road, Scarborough, Ontario, is wellorganized and accessible The layout ensures easy access for pedestrians and vehicles, with multiple entry points to reduce congestion Ample parking and convenient loading spaces support efficient operations Green spaces improve aesthetics and environmental quality Buildings are strategically placed for visibility and accessibility
The design includes sustainable features like permeability and green spaces to benefit stormwater management and the environment.
The first floor features a well-organized layout of retail and service areas for a strip mall. The restaurant was designed on the left. The dining area offers ample seating, while the centrally located kitchen ensures efficient service. Adjacent to the restaurant, I designed a sequence of uniform retail units. Storage rooms are placed behind each retail unit for convenient inventory access.
On the second floor, it features a series of offices and shared facilities, with a large accessible rooftop area. The office section includes five offices, each varying in size, with corridors ensuring smooth circulation. The accessible rooftop provides additional space for various activities, enhancing the usability and appeal of the building
SUSTAINABLE STRIP MALL
Both sections describe the structural elements and the placement of windows and doors. The building features steel framing and masonry walls, contributing to its structural integrity Openings for windows and doors are indicated, allowing natural light and access to the building
The longitudinal section provides a detailed view of the
building's length, including the alignment of rooms and structural components. This section highlights the use of a concrete masonry unit (CMU) wall between the retail units and the restaurant The CMU wall is chosen for its strength, durability, and excellent fire resistance Additionally, all wall partitions in retail units are soundproof to minimize noise transfer, ensuring a quiet and comfortable environment for occupants
Elevation By Revit
Section By Revit
SUSTAINABLE STRIP MALL
Elevation By Revit
Section Details
Hand Sketch Work
SUSTAINABLE INDUSTRIAL BUILDING
For the sustainable industrial building project in Markham, Ontario, I designed a facility for a skateboard light-industrial company. This project utilizes a ‘large’ sized format self-storage building, governed by Part 3 of the Ontario Building Code due to its size and industrial nature.
My design prioritizes environmental sustainability to reduce energy costs, manage environmental impacts, and meet strict government regulations
I incorporated a steel structure for the large warehouse space and a concrete block structure for fire separations, durability, and security The layout and space requirements were adjusted to suit the company's specific needs while recognizing site opportunities and constraints
Millwork Drawings
SUSTAINABLE INDUSTRIAL BUILDING
The site plan for the proposed industrial building at 525 Cochrane Drive, Markham, Ontario, features a centrally located structure with efficient vehicle and pedestrian access. It includes entry and exit points from Cochrane Drive, ample parking, and rear-loading spaces for smooth logistics. Landscaped areas with trees enhance aesthetics and sustainability.
Solar panels and permeable surfaces manage stormwater, reflecting a commitment to environmental standards. Chain link fences ensure security, while the layout optimizes operational efficiency and safety.
The first floor of the industrial building includes a large warehouse/production area. It also features a reception area, customer lounge, accessory display, and retail space, ensuring a welcoming and functional entry point for visitors The layout incorporates a lunchroom and washrooms for staff convenience
The second floor mirrors the warehouse/production area with additional storage/mezzanine space
Both floors have shared features such as accessible washrooms, staircases for easy vertical circulation, and well-defined corridors ensuring efficient movement within the building
Site Plan
SUSTAINABLE INDUSTRIAL BUILDING
Section
The cross-section of the industrial building highlights the internal structure, showcasing the warehouse area and mezzanine level. Key features include steel framing and Open Web Steel Joists (OWSJ) that provide stability and durability. The mezzanine level offers additional functional space above the ground level. Large openings for windows and doors allow ample natural light and access.
The longitudinal section provides a detailed view of the building’s length, emphasizing internal spaces and structural components. This section shows steel framing and OWSJ for structural support. The mezzanine level extends along the building, supported by columns and beams. Office areas on the second floor are situated above the retail space and lobby on the ground floor. The warehouse space extends the building’s length, with clear spans ensuring an open, flexible work area.
Elevation
SUSTAINABLE INDUSTRIAL BUILDING
Section & Details
Structure sketch
SUSTAINABLE & ACCESSIBLE RESIDENTIAL BUILDING
For this project, I designed a sustainable and accessible detached house in Oakville, Ontario, for a family with two daughters The younger daughter uses a wheelchair, so the design includes wide doorways, ramps, and an accessible bathroom to meet her needs
The house focuses on sustainability within a conservative budget, featuring energy-efficient appliances and sustainable materials to reduce energy consumption and environmental impact The layout maximizes natural light and ventilation, reducing the need for artificial lighting and heating
Spacious common areas allow easy navigation, while private spaces provide comfort and privacy. This project balances accessibility, sustainability, and affordability, meeting the family's current and future needs.
Structure Model
SUSTAINABLE & ACCESSIBLE
RESIDENTIAL BUILDING
Plan
The site plan at 2440 North Ridge Trail, Oakville, Ontario, details the layout for a proposed detached house The house features a driveway leading to a recessed main entrance for privacy and weather protection Adequate spacing between the proposed house and existing dwellings ensures privacy and natural light The rear of the lot includes landscaped areas, enhancing aesthetics and providing outdoor space for the family.
The first floor includes an open-concept living room, dining room, and kitchen, promoting easy movement. This level includes an accessible bedroom with an en-suite bathroom designed for wheelchair access. A rear deck provides outdoor space accessible from the kitchen.
The basement adds valuable functional and living space to the home. A spacious recreation room offers a versatile area for family activities, entertainment, or additional living space. Additionally, a cold cellar provides extra storage for items that require a cooler environment.
Site
BUILDING
BUILDING SERVICES STRATEGIES
This floor plan is based on the sustainable house design from 2022 For detailed drawings, please refer to page 17
In the design, R-values and U-values were calculated to determine the total heat loss Consequently, I can calculate the heat supply, air exhaust, and air return Additionally, I considered the arrangement of power and communication systems, as well as lighting and fire protection. The plumbing aspects were also taken into consideration, including the stormwater collection system, water supply, and drainage system.
Heating System
Power & Communication
BUILDING SERVICES STRATEGIES
APARTMENT/CONDOMINIUM
Front Door Design Cabinet Design
Concept Sketch