WINDSOR
BURLINGTON
DETROIT
CHARLESTON
MEXICO
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Headquarters: 1880 Assumption Street, Suite 100, Windsor, ON, Canada, N8Y 1C4 | (519) 800-0873
GTA Office: 3380 South Service Road, Suite 105, Burlington, ON, Canada, L7N 3J5 | (289) 801-9535
Detroit Office: 2000 Brooklyn Street, Suite 101, Detroit, MI, USA, 48226 | (248) 284-4123
Charleston Office: 4000 S. Faber Place Drive, Suite 308, Unit 332, Charleston, SC, USA, 29405 | (843) 300-4177
Mexico Office: AV. Sierra Leona No. 360, Piso 9, MV15, Colonia Villa Antigua, C.P. 78214, San Luis Potosí, S.L.P., Mexico | +52 (444) 870-4290.
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Introduction
Tandem Engineering is an ISO 9001:2015 registered company. We provide fully integrated services in industrial, commercial,manufacturing energy & process engineering including project management.
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COMPANY PROFILE
Basic Facts & Figures
North American Presence and Global Capabilities
• Progressive and flexible firm focused on the clients’ needs and expectations, offering proactive solutions • Privately held company • Global headquarters in Windsor, Ontario • U.S. headquarters in Detroit, Michigan • Registered professional engineering firm at all sites
Five locations to serve our customers: • Windsor, Ontario • Burlington, Ontario • Detroit, Michigan • Charleston, South Carolina • San Luis Potosí, Mexico
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GENERAL ORGANIZATIONAL CHART
With 146 employees, including 65 full-time professionals and 88 embedded directly with clients, our team consists of licensed engineers, project managers, and technical specialists dedicated to delivering high-quality, cost-effective engineering solutions.
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ABOUT US
Tandem Group has over seventy years of senior level architectural and engineering experience with many more amongst our support team. This broad range of experience incorporates a full spectrum of projects which have had a variety of design challenges, scopes, budgets, schedules, etc. Tandem’s approach is to clearly define the customer’s needs and design for such to mitigate risks and ensure we meet established budgets and schedules. We have a team of management and design professionals to successfully complete projects for all types of engineering services and spectrums. They have relevant specific and broad design experience for a multitude of projects throughout the USA and Canada.
BIM MODELING
Architectural
Launch
Structural
CIVIL
TANDEM GROUP
Mechanical
Process
Electrical
INDUSTRIAL/ENERGY
AERIAL Surveying
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About Tandem
Our Mission
Tandem Group is committed to providing you with professional and technical engineering designs and ser - vices of the highest quality, value, and satisfaction. As a progressive and flexible company focused on your needs and expectations, we strive to offer proactive solutions that provide positive returns on investment. Cre - ativity and technological leadership are encouraged in a multi-disciplined approach to solve your problems on time and within budget.
What we do
As a multidisciplinary Architectural and Engineering firm, we are composed of a team of skilled professionals across offices in Canada, USA, and Mexico. Tandem Group revolutionizes architecture and engineering by challenging conventions, igniting creativity, and empowering communities. The team embraces emerging technologies and cultivates a spirit of innovation within our teams. Tandem Group delivers Integrated architecture and engineering solutions across residential, commercial, institutional, manufacturing, and industrial sectors— projects designed to exceed expectations and inspire lasting change. Our integrated, client-focused approach consistently delivers high-value results across a broad range of projects.
Our Team
We are proud to provide an environment that encourages creativity in modern, technologically advanced facilities. We can work effectively anywhere in the world with access to data and information from a common source.
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Services
Our team of professionals is skilled in providing targeted services in facilities design to industrial and manufacturing clients, as well as com - mercial, institutional, and public works clients. Our engineers and designers are qualified for the building-related services listed below.
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Civil Engineering
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Structural Engineering Forensic Engineering
Mechanical Engineering Electrical Engineering Construction Documents Project Management Assessments & Inspections
• Structural Steel Shop Drawing Preparation • BIM, Revit, CAD Design & Drafting Services • Energy Management • Land Development • Automation & Controls Design • Stormwater Management • Commercial Design • Institutional Design • Healthcare Design
Commercial Design
Civil Engineering
Mechanical Engineering
Architectural Design
Electrical Engineering
Structural Engineering
Institutional Design
Site Planning Erosion Control
Industrial & Automotive Design
• Public Works, State & Federal Design • Aerial Surveying, Cintoo & Edgewise coordination for 2D & 3D modeling
Site Planning
Project Management
Assessment & Inspections
Aerial Surveying
Energy Management
Industrial & Automotive Design
Healthcare Design
Construction Documents
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OUR CLIENTS
• Building long-term partnerships is a major goal and a proven path to success • Services offered fit into many types of industrial and commercial businesses • Blanket orders with Stellantis, General Motors, and Volvo North America for Engineering Services
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Hospitality Projects
Design Development
Comprehensive preliminary planning and coordination
Detailed Engineering
Complete systems documentation and specifications
Construction Support
Complete systems documentation and specifications
Commissioning
Thorough testing and operational verification
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Starbest- Holiday Inn Express Hotel
Mt. Pleasant, MI
Total area 90,000 sq. ft.
Scope of Work
Structural, mechanical, and electrical engineering design, along with contract administration services, from concept to closeout.
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Fairfield Inn & Suites Chesterfield Hotel
Chesterfield, MI FAIRFIELD INN & SUITES BY MARRIOT
Total area: 863 sq. ft.
Scope of Work
Full structural, mechanical, electrical, and contract administration services.
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Architecture and Civil Engineering
Site Planning
Analyzing site conditions, access, zoning, and environmental constraints
Architectural Design
Creating functional, aesthetic, and sustainable building designs that align with client needs and regu - latory codes
Civil Engineering
Designing safe, efficient structures and essential infrastructure including roads, drainage, and utilities
Permitting & Construction Oversight
Managing permitting processes, code compliance, and on-site construction coordination to ensure quality and adherence to design intent
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Process Design Projects
Design Development
Assessing existing process equipment, utilities, and infrastructure
Detailed Engineering
Designing for scalability, resilience, and lifecycle efficiency
Construction Support
Foundations, supports, and facility layout planning
Commissioning
Feasibility studies, detailed design, procurement, and commissioning
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Total area: 150,000 sq. ft.
Grand Central Business Park Master Plan Windsor, ON
Scope of Work
The Grand Central Business Park project involves the full engineering design and construction support for a 150,000 sq. ft. industrial facility, including warehouse, office, and loading dock areas. The scope covers structural, mechanical, electrical, and industrial coordination.
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BD (Becton, Dickinson, and Company)
Detroit, MI PP3 Capacity Expansion Design
Total area: 4,500 sq. ft.
Scope of Work
Structural design of concrete foundation, steel column support addition for upgraded AHU, mezzanine steel plat - form to access new dual entry elevator, accessible door design and platfrom safety rail design. Mechanical redesign of process piping, HVAC upgrade and underground piping for exterior building expansion.
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Three Rivers Energy
Coshocton, Ohio Distillation system design for U.S. Pharmacopeia
Total area: 734,500 sq. ft.
Three Rivers Energy is a biorefinery located in Coshocton, Ohio, approximately 70 miles east of Columbus. Owned by Lakeview Energy, the facility is a key player in the Midwest’s renewable energy sector.
Scope of Work
Design a new system to upgrade fuel-grade ethanol to U.S. Pharmacopeia-grade ethanol, including new storage tanks (API 650) and a loading facility, with a tank venting system and collection and reclamation of flammable va - pors.
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The Anomera Specialty Materials Facility
Témiscaming, Quebec Anomera Spray Dryer
Total area: 40,000 sq. ft.
A state-of-the-art manufacturing plant dedicated to producing advanced cellulose-based materials.
Scope of Work
Design and installation of a spray dryer system for cosmetic use of a newly invented material, requiring the design of a specialized dust collection system and explosion venting (NFPA 68).
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Flavorcan International Inc.
Scarborough, ON Anomera Spray Dryer
Total area: 50,000 sq. ft.
This purpose-built plant is equipped with five fully functional spray dryers, including one dedicated exclusively to sample production.
Scope of Work
Design and installation of a spray dryer for human consumption, requiring the design of a fully automated cleaning sys - tem (CIP) and the design of a wet scrubber.
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The ADM Agri-Industries facility
Windsor, ON Solvent Extraction ADM Extractor Partial Replacement
Purpose: Processing site
Key site for oilseed processing, utilizing n-hexane in its solvent extraction process to remove oil from soybeans and canola.
Scope of Work
Remove and reinstall an industrial edible oil (soybean/canola) solvent (hexane) extractor.
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educational facility transformation
Facility Assessment
Evaluating existing conditions for upgrade potential
Sustainable Solutions
EV charging stations and energy-efficient systems
Complete Engineering
Structural, mechanical, electrical, and industrial coordination
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University of Windsor
300 Ouellette Ave. Building System Upgrades + Consulting Management Windsor, ON
The 300 Ouellette building is a five-storey concrete and steel frame building containing multiple commercial units. It is now the home of the School of Computer Science Master of Applied Computing (MAC) program, hosting nearly 700 full-time students pursuing education in software develop - ment and advanced computing.
Total area: 63,000 sq. ft.
Scope of Work
Full structural scope involved foundation and framing system design, load analysis, and support for MEP compo - nents, all aligned with OBC and CSA standards. Mechanical design covers HVAC, plumbing, fire protection, and venti - lation systems suitable for educational environments. Electrical scope includes power distribution, lighting, life safety systems, and coordination for low-voltage infrastructure. The energy study will include modeling, identification of energy-saving measures, feasibility of renewable systems, and compliance with efficiency codes.
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University of Windsor
Electric Vehicle Charging Stations Project Windsor, ON
Purpose: Sustainability
The project focuses on enhancing campus sustainability and addressing the growing demand for EV infrastructure. A huge part of their plan for this commitment is to help create a greener tomorrow.
Scope of Work
The University of Windsor’s EV Charging Stations Project involves electrical engineering services. The scope includes site assessments, load calculations, optimal charger layout, and detailed power distribution design.
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University of Windsor
Alumni Hall Building Restoration & Repairs Windsor, ON
Total area: 116,000 sq. ft.
The Student Centre Commons (SCC) at the University of Windsor serves as a central hub for student life, providing spaces for social gatherings, dining, study areas, and student services.
Scope of Work
Structural consulting services and redesign solutions for the restoration of the load-bearing walls, framing elements, and building envelope components to ensure structural integrity and compliance with safety standards.
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St. Clair College
St. Clair Zekelman Building Renovations and Expansion Windsor, ON
Total area: 40,000 sq. ft.
The Student Centre Commons (SCC) at the University of Windsor serves as a central hub for student life, providing spaces for social gatherings, dining, study areas, and student services.
Scope of Work
MEP consulting services for the expansion of the building, including HVAC design, power distribution, lighting, fire protection, data infrastructure, utility coordination, and construction support.
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king abdullah university of science and Technology KAUST Saudi Arabia, Thuwal
Total area: 387,684,000 sq. ft.
Established in 2009, King Abdullah University of Science and Technology (KAUST) is a graduate research university devoted to finding solutions for some of the most pressing scientific and technological challenges in the world as well as Saudi Arabia in the areas of food and health, water, energy, environment and the digital domain. KAUST is a curiosity-driven, interdisciplinary.
Scope of Work
MEP consulting services for the design of a dedicated acid exhaust ventilation system to service multiple floors within the mechanical interstitial spaces of a five-story laboratory building.
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king abdullah university of science and Technology KAUST Saudi Arabia, Thuwal
Total area: 387,684,000 sq. ft
Since the foundation of KAUST, it has distinguished itself with its research, innovations, and faculty, to become one of the leading research universities in the world.
Scope of Work
Additionally, upgrading and extending the piping infrastructure which required detailed calculations of duct friction losses, dynamic losses from system fittings, and the total static pressure head necessary to ensure optimal system performance.
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king abdullah university of science and Technology KAUST Saudi Arabia, Thuwal
Total area:
The new strategy builds on KAUST’s scientific and academic achievements and represents a new era for the Univer - sity to become a beacon of knowledge and a source of inspiration and innovation in line with Vision 2030 aspirations for the betterment of the Kingdom and the world.
Scope of Work
The system is designed following ASHRAE standards and SMACNA guidelines for duct sizing and velocity limits.
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Community Facilities DEVELOPMENT
Facility Assessment
Evaluating the condition of existing buildings and spaces
Community Engagement
Ensure facilities align with cultural, social, and operational needs
Complete Engineering
Developing a priority list for repair, upgrade, or new development
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Wawakapewin First Nation
Quantum Passivhaus Project Wawakapewin First Nation Reserve, ON
Total area: 5,000 sq. ft.
It is only accessible by air and the winter road system from Pickle Lake. It is a small community in which the regis - tered population in June 2013 was 73, of which 43 lived on their own reserve.
Scope of Work
Engineering services for design framing arrangement for the roof, doors, windows, floors, and walls and also Creating detail drawings for fabrication and installation to suit the structural design drawings.
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Caldwell First Nation
TEG’S Mechanical and Electrical Groups provided MEP engineering consulting and design services for var- ious projects contributing to various Reserve development projects including the Three Fires Restaurant, the Cultural Center & Office Renovations, as well as Food Grade Warehouse retrofit.
MEP Services | Various Reserve Development Projects
Leamington, ON
Purpose Creating a community with family homes and diverse activities
The Caldwell First Nation is an Anishinaabe group within the Three Fires Confederacy, consisting of Potawatomi, Oda - wa, and Ojibwa bands, originally affiliated with the Mikinaak and Makwa dodems. Their land base is in Leamington, Ontario, Canada, with an 80-hectare reserve acquired in November 2020.
Scope of Work
Mechanical, electrical, and plumbing (MEP) design and engineering services for various projects, including: Three Fires Restaurant – an existing single-story restaurant/bar and marina planned to be completely renovated, with a second floor to be added that includes a new kitchen and bar, private dining, and a rooftop patio; The Cultural Center – a new 6,500 SF two-story building that will contain office space, a gift shop, washrooms, a kitchenette, and an art gallery featuring artwork and artifacts; Food Grade Warehouse Retrofit – a 9,500 SF abandoned warehouse with office spaces planned for renovation, including front office space with change rooms/washrooms, a large storage area, and a pod storage room; and Office Renovations – a one-story front office space planned for a 2,000 SF expansion con - nected to a larger warehouse.
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AUTOMOTIVE INDUSTRY SOLUTIONS
Stellantis Windsor Assembly BSR track modifications for vehicle quality testing
Volvo Car Corporation Roof reinforcement and tooling capacity upgrades
Sterling Heights Assembly
Warren Truck Assembly
Body-in-white offices and management spaces
Water test booth and certification line development
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Stellantis-Windsor Assembly Plant
Windsor, ON WAP BSR Track Modification Design
Total area: 4.4 million sq. ft.
The Stellantis Windsor Assembly Plant (WAP) in Windsor, Ontario, has undergone several modifications to its BSR (Buzz, Squeak, and Rattle) track design.
Scope of Work
Optimization of the track layout and test processes, structural modifications for vehicle loads, mechanical upgrades to drainage, HVAC, and utility systems, and electrical enhancements for lighting, power, and data systems.
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Volvo Car Corporation
Volvo - C -Shop Roof and Tooling Capacity Berkeley County, SC
Total area: 2.3 million sq. ft.
The Volvo Car Corporation’s Volvo-C Shop Roof and Tooling Capacity Project in Berkeley County, South Carolina, is equipped with advanced manufacturing technologies to support this production capacity.
Scope of Work
Structural roof reinforcement and load-bearing analysis, structural modifications, and compliance with safety stan - dards.
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STELLANTIS
Warren Truck Assembly Plant Water Test Booth and Certification Line Warren, MI
Total area: 3.3 million sq. ft.
The FAC WTAP Test & Certification Line Project refers to the Water Test Booth and Certification Line at the Warren Truck Assembly Plant (WTAP), which is part of Fiat Chrysler Automobiles (FCA) in Detroit. This project was initiated to enhance the plant’s ability to inspect and ensure high-quality standards for its vehicles.
Scope of Work
The structural group provided engineering design consulting services, including building certification and founda - tion systems, mechanical systems like HVAC, plumbing, and water treatment, and electrical systems for power, light - ing, and safety.
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STELLANTIS Sterling Heights Assembly Plant 2019 DT GA Manager’s Office Project Sterling Heights, MI
Total area: 5 million sq. ft.
This expansive facility is dedicated to the production of the Ram 1500 pickup truck, including various configurations such as the Quad Cab and Crew Cab models.
Scope of Work
Full design services (Mechanical, Structural, and Electrical).
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Stellantis
Sterling Heights Assembly Plant Body-in-White (BIW) Office Project Sterling Heights, MI
Total area: 1,475,000 sq. ft.
The Sterling Heights Assembly Plant (SHAP), located in Sterling Heights, Michigan, is a key facility for Stellantis (for - merly Fiat Chrysler Automobiles).
Scope of Work
Mechanical upgrades such as improved HVAC and ventilation systems, structural reinforcements for new office con - figurations, and electrical enhancements for power, lighting, and safety systems.
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Stellantis
Sterling Heights Assembly Plant‑SHAP 2018 DT Program Sterling Heights, MI
Total area: 425,000 sq. ft.
The 2019 DT Program at FCA’s Sterling Heights Assembly Plant (SHAP), part of the wider retooling effort to launch the 5th‑generation Ram 1500 (“DT”). Primarily involved installing new equipment in the south paint shop.
Scope of Work
Electrical engineering design project for a paint shop or production line add on during the DT program. Design, en - gineering, and documentation of electrical systems supporting new or upgraded paint shop equipment at Sterling Heights Assembly Plant (SHAP) as part of the 2018 DT Program vehicle launch. Work includes power, control, and interlock systems for cleaning, coating, and environmental conditioning zones.
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Stellantis
Sterling Heights Assembly Plant‑Alberici SHAP Roll Pit Project Sterling Heights, MI
Total area: 800 sq. ft.
The Alberici SHAP Roll Pit refers to the engineered trench or recessed floor area at the Sterling Heights Assembly Plant (SHAP) that supports the conveyor’s rolling or powered roller system. This pit is critical for the movement of ve - hicle bodies through production, especially in paint and flash-off zones.
Scope of Work
A revised pit layout and framing plan for the SHAP Roll Test Area, involving pit structural excavation, concrete work, and embedded elements. The design and load verification of these concrete and framing systems, ensuring mechan - ical and electrical integration within the production environment.
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Stellantis
Sterling Heights Assembly Plant‑Alberici SHAP South Paint Shop Sterling Heights, MI
Total area: 425,000 sq. ft.
The Sterling Heights Assembly Plant (SHAP) is home to a state-of-the-art paint shop. This facility, part of an $850 mil - lion investment, is designed for efficient and high-quality paint application. The paint shop features advanced tech - nologies, including a system that adjusts lighting based on body color to detect imperfections.
Scope of Work
Engineering design services for the installation of a new door closure at the Penthouse wall equipment opening near column grid F-15 in the SHAP South Paint Shop. Their scope of work includes preparing the necessary design draw - ings, conducting a site visit to verify existing conditions, and supporting the construction process by responding to requests for information (RFIs) and reviewing shop drawings submitted by the contractor.
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Stellantis
TNAP JL launch program, Toledo North Assembly Plan Toledo, Ohio
Total area: 2.1 million sq. ft.
Plant Role: The North plant was specifically retooled for the production of the all-new Jeep Wrangler JL (2018–pres - ent) and Wrangler Unlimited JL/JLU, serving global markets
Scope of Work
The project involved the construction of three truck dock building additions around the TCF building mostly structur - al work and reinforcement was implemented.
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General Motors Silao Assembly Plant
GM Silao NGFST Body Shop Conveyor package Silao, Guanajuato, Mexico
Total area: 26.5 million sq. ft.
The NGFST body shop conveyor system is part of General Motors’ broader body-to-paint shop conveyor initiative across multiple facilities, including Silao, Mexico, as delivered under the GM Manufacturing Body Shop Program.
Scope of Work
Structural analysis, modeling, fabrication detailing, and construction phase support.
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Honda of Canada Manufacturing (HCM)
HCM Alliston, Ontario
Total area: 4 million sq. ft.
Honda began production in Alliston in November 1986, marking Honda’s first manufacturing investment in Canada. Over time, the site expanded to include three main plants–two for vehicle assembly and a third for four cylinder en - gine production.
Scope of Work
Structural scope included significant steel support: connections for utilities and overhead infrastructure, and all asso - ciated detailing and erection. Load analysis and steel connection study, This engineering ensured the building could support vehicle conveyors, inspection lighting, robotics, and environmental control systems core to Honda’s expand - ed assembly process.
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Toyota Motor Manufacturing (TMMK)
TMMK Georgetown, Kentucky
Total area: 4 million sq. ft.
TMMK is Toyota’s largest and most strategically important North American facility, serving as a hub for efficient vehi - cle and powertrain assembly, advanced production technology, and ambitious sustainability goals. It is now becom - ing a key site in Toyota’s transition to electrified and hydrogen powertrain production, while maintaining leadership in quality and operational excellence.
Scope of Work
The scope includes the design and detailing of drip pan support steel, as well as service platforms for stops and trans - fer pusher devices, complete with ladders, handrails, and hanger steel. Conveyor support steel in process areas must be coordinated with equipment vendors, who are responsible for providing timely drawings indicating approved sup - port locations. It is assumed that the process equipment is designed to accommodate the conveyor and its loads.
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TESLA
TESLA- MODEL X GA3 DOOR CONVEYOR Fremont Boulevard, Fremont, CA.
Total area: 5.3 million sq. ft.
The GA3 door conveyor system for Tesla Model X is a modern assembly method where door assembly and buffering occurs on a separate conveyor before final mating with the vehicle body. High degrees of automation—such as robot - ic Falcon Wing door installation—provide precision and efficiency. This system is emblematic of Tesla’s push toward modular, scalable production.
Scope of Work
The proposed in-floor towline conveyor used a rivetless, heat-treated steel chain running inside a low-profile, lubri - cated steel track anchored in the concrete floor. The chain’s telescoping design eliminates the need for a tensioning system, reducing pit requirements. Door build carts of four swivel castors for easy maneuverability and a retractable towing pin that must be lowered to engage with the chain. Each cart also acquired an accumulating bumper that disengages the tow pin if it contacts a stationary cart ahead, allowing for safe accumulation without jamming.
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TESLA
TESLA, HINGE FIXTURE INSTALLATION Fremont Boulevard, Fremont, CA.
Total area: 5.3 million sq. ft.
As part of the South Quality Tent program, Tesla facilitated the installation of new a Tooling Rail at the Fremont As - sembly Plant.
Scope of Work
The major scope of work included the removal of existing tool rail and tooling hardware, followed by the installation of the new tooling system.
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infrastructure and specialty projects
Windsor-Detroit Tunnel
Aphria Greenhouse
Annual structural inspections and reinforcement design for this vital border crossing
State-of-the-art cultivation facility with advanced environmental control systems.
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The Windsor-Detroit Tunnel
The annual inspection of the Windsor-Detroit Tunnel Border Crossing, MI, and WI
Total area: 5,160 feet in length
The Windsor-Detroit Tunnel is a vital underground border crossing that connects Windsor, Ontario, Canada, with De - troit, Michigan, USA.
Scope of Work
Structural work in the Windsor-Detroit Tunnel would primarily focus on structural analysis, assessment, repair, and reinforcement to maintain the tunnel’s safety and functionality.
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Aphria Inc. Greenhouse Project
Solvent Extraction Process for cannabis extraction
Leamington, ON
Total area: over 2.3 million sq. ft.
Aphria Inc. is located in Leamington, Ontario, Canada. This location is notable for housing one of Aphria’s largest can - nabis cultivation facilities, which plays a central role in the company’s production of medical and recreational canna - bis.
Scope of Work
Designing greenhouse structures to support environmental control systems, designing a solvent extraction process using LPG as the solvent. Required the design of the lab area to include an explosion mitigation system compliant with NFPA 69.
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Thank you for this opportunity. We look forward to engaging in discussions on how Tandem can assist you in achieving your goals!
Contact us at 519-800-0873 or accounting@tandemeng.com to discuss your project needs.
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