PRE-QUALIFICATION CREDENTIALS
COMPANY INFORMATION
Registered Company Name
Type of Company
% of Local Shareholders
Shareholders
Address
Telephone No.
Website
Inception Date
TSPC Technical Supervision and Planning Consulting
Limited Liability Company
100% Hungarian Company
TSPC Invest Kft. (100%)
HU-9022 Győr, Dunakapu tér 7., Hungary
+36 1 800 9191
info@tspc.hu
www.tspc.hu
2012
DELIVERING SOLUTIONS
Hungary’s leading engineering company has been delivering solutions with a holistic approach, complex vision and innovative technological background since 2012. TSPC Group was established with the objective of providing all-round services instead of partial solutions by guiding our Clients through the entire process from the first ideas to implementation.
We believe that with the hundreds of successful projects behind us and our international experience, combined with the most innovative solutions available today, we can build the dreams of our clients together. All you need is an idea and a handshake – we deliver the solutions.
ARCHITECTURAL DESIGN
General design
Architectural design
Interior design
Landscape design
Urban design, city planning
BOQ (Bill of Quantities)
Feasibility studies
Detailed construction drawings
Technical consultancy
SERVICES
ENGINEERING DESIGN
Structural design
MEP design (Electric engineering, HVAC design, Building services engineering)
Fire safety design
Road and public utility design
Technical consultancy Geodesy
REAL ESTATE & CONSULTANCY
Feasibility studies
Turnkey developments
Operation planning
Development site identification
Facility management
Due diligence
CLIMATE
ENVIRONMENT
ENGINEERING DESIGN
Energy efficiency & optimization
Building comfort & well-being
Building Climate Modelling Simulations
Environmental consultancy
WELL, LEED, BREEAM, DGNB consultancy
BIM
ArchiCAD, Revit, Solibri, Nemetschek and Tekla support in BIM
BIM consultancy
BIM management
BIM modelling and 2D file preparation
Sharepoint, Plan-doc
Point cloud processing
On-site BIM Solutions
PROJECT MANAGEMENT SURVEILLANCE & DIAGNOSTICS
Public procurement consultancy
Scheduling
Budgeting design & control
Expert Services & Consultancy
Designer supervision
Technical supervision
Organizational plans
Building survey
Geodesy
Point cloud survey
3D laser scanning
Energy analysis of existing buildings
Building energetics
Structural diagnostics
OFFICES
TSPC GmbH
Leopoldstraße 256., 80807, Munich info@tspcgroup.de
TSPC d.o.o.
Črnomerec 63, HR-10120 Zagreb
TSPC Group
H-9022 Győr, Dunakapu tér 7.
info@tspc.hu
+36 96 200 651
+36 1 800 9192
HUNGARY > Budapest, Győr, Debrecen
GERMANY > Munich
SLOVAKIA > Komárno
CROATIA > Zagreb
HONG KONG
TSPC Slovakia s.r.o.
Dunajské nábrežie 4726, 945 01 Komárno info@tspc.hu
TSPC Group
4025 Debrecen, Barna utca 23. info@tspc.hu
TSPC Group
H-1053 Budapest, Magyar u. 36.
info@tspc.hu
+36 1 800 9191
+36 1 800 9192
TSPC ASIA Ltd. Honkong
Our dynamic and young team provides market leading expertise in the optimal use of BIM-based services, meaning our clients may “enter” the envisioned building in the early stages of planning, not only rendering the project more costefficient, but also maximising customer satisfaction. Our innovative solutions are provided by following and applying the most advanced technology available.
INNOVATIVE SOLUTIONS AWARDS & CERTIFICATIONS
PUBLIC URBAN RENEWAL AWARD: Millenáris Széllkapu Park – 2021
BIG SEE ARCHITECTURE AWARDS: Millenáris Széllkapu Park – 2021
FIABCI GRAND PRIX D’EXCELLENCE AWARD WINNER: Millenáris Széllkapu Park – 2021
FIABCI HUNGARY PRIX D’EXCELLENCE: Millenáris Széllkapu Park – 2021; Castle of Tura – 2022
University of Pécs Faculty of Medicine – 2023
CONSTRUCTION EXCELLENCE AWARD: Károlyi-Csekonics Palace Ensemble – 2021
University of Pécs Faculty of Medicine – 2022; Nádasdy Castle – 2022
MEDIA ARCHITECTURE AWARD: József Mindszenty Museum – 2023
HOUSE OF THE YEAR AUDIENCE AWARD: József Mindszenty Museum – 2023
Quality Management System – ISO 9001:2015/MSZEN ISO 9001:2015
Environmental Management System – ISO 14001:2015/MSZ EN ISO 14001:2015
Occupational Health Protection and Safety Management System – OHSAS 18001:2007/MSZ 28001:2008
Military Quality Management System – NATO AQAP 2110:2016/497-6/2018
Anti-Corruption Management System (ACMS) – ISO 37001:2016/MSZ ISO 37001:2019
Information Security Information Management System (IBIR) – ISO/IEC 27001:2013/MSZ ISO 27001:2014
Information organisation and digitisation for buildings and engineering works, including building information modelling (BIM). Information management using building information modelling. Part 2: Implementation phase of facilities – ISO 19650-2:2018/MSZ EN ISO 19650-2:2019
National, NATO and EU Site Security Clearance
CLIENTS
Prestigious clientele (domestic and international)
Those with ideas seeking complete solutions
CORE STRENGTHS
Holistic approach – guiding clients from concept to completion
Complex vision – combining diverse expertise for innovative solutions
Commitment to partnership – working hand-inhand with clients
Extensive experience – hundreds of successful projects completed
Embrace of latest technologies – finding groundbreaking solutions
QUALITY
Quality assurance and quality control (quality management)
Our office is certified according to DIN ISO 9001:2015. This is a standard from the overall DIN EN ISO 9000ff series, the most important and best-known QM standard. It is a globally recognized standard that defines the requirements for effective QM in our office. ISO 9001 certification specifies requirements for QM along the entire value chain. This system is adhered to and maintained by all employees in our office.
QM-manual
Database with working material
Project discussion
Quality objectives
Internal audits
Process diagrams
Process descriptions
Process instructions
CAD standards
Document organization
Besides our company achieved the ISO 14001:2015 and ISO 45001:2018, which certificates are the results of the strong commitment of TSPC to pursue a sustainable development model with low impact on the environment and a maximal occupational health and safety for all our employees.
QUALITY MANAGEMENT DURING
PLANNING AND EXECUTION
With the start of our familiarization and evaluation of the basics of a project, various work steps, tasks, project characteristics and other details are summarized and defined in close coordination with the client and the disciplines (including documentation concepts, project participant list, plan numbering systems more) and made available in the form of tables and matrix documents and distributed as a basis for all persons and companies involved in the project.
PROJECT ORGANISATION
Communication is continuous, open, and transparent between all participants.
Tasks, areas of responsibility and competence are clearly defined with the associated decision-making and directive powers and responsibility regulations.
Through our internal quality management manual & through the corresponding job description available to each employee, the structure, and powers, as well as responsibilities are regulated internally -> common project goal with smooth project processing and project handling.
Project Manager and Project leader: leads the team and controls the project: control of planning, deadline monitoring, cost control, deadlines, and handover to the client -> responsible for the specified project goals.
The primary contact with the client is the PM. Depending on the complexity of the project, one or more PMs and PLs manage the project, with administrative support from the PM assistant.
Team structure: actual project work, composition with different factors: Ability of team members to work together, experience, expertise, professional competence, etc.
SUSTAINABILITY
Buildings are designed to be used. Our goal in every division of TSP Group is to create environmentally friendly buildings that satisfy not only the occupants but also the operators, while causing minimal environmental impact during construction. We define a building as green when, throughout its implementation, operation, and potential demolition, extension, or renovation, we consistently consider its environmental impact and choose the best possible solutions. If a building becomes difficult or expensive to maintain, its usability will deteriorate over time. Therefore, we aim not only for simple green buildings but comprehensive green buildings, where eco-friendly solutions are integrated from the initial design phase to demolition or renovation. We remain abreast of the latest and most innovative solutions in every aspect of the building and construction industry, employing modern, cost-effective, and high-quality methods to protect our environment.
DESIGN SOFTWARE, BIM
Our office started implementing BIM workflows 7 years ago, and since then, we have been placing great priority on developing processes that optimize design and eliminate errors. This allow us to focus on those parts of the design process that were traditionally not emphasized in previous practices but are crucially important. Our 14-member BIM team, one of the largest in Hungary, has accumulated significant experience over these years, on numerous projects. There is the ongoing debate of whether open or closed BIM is better, we believe neither answer is entirely true, which is why we consider it important for a firm to be proficient in both areas. That’s exactly what we have done, as we utilize popular design software in both areas, such as Revit and ArchiCAD.
For example, we use the possibilities of parametric design, that allows for flexible and efficient exploration of design possibilities, by writing algorithms. It enables automated optimization and iteration, reducing manual labour.
Our office is equipped with the latest and most used architectural design software, ensuring that we stay up to date with industry standards and best practices:
Autodesk Revit
Graphisoft ArchiCAD
Tekla Structures
Nemetschek Allplan
Grasshopper
Rhinoceros 3D
3ds Max
Solibri Model Checker
Bexel
Photoshop
By leveraging these software tools, we can enhance our workflow, collaborate seamlessly, and produce high-quality architectural solutions that meet the needs and expectations of our clients.
ARTIFICIAL INTELLIGENCE
At TSPC Group, we understand the transformative power of cutting-edge technology. While traditional engineering practices remain our foundation, we are actively exploring the potential of Artificial Intelligence (AI) to enhance our services. AI offers exciting possibilities for optimizing designs, analyzing vast sets of data to inform our complex visions, and even automating repetitive tasks within the engineering process. By integrating AI responsibly, we aim to unlock a new level of efficiency and innovation, ensuring we continue to deliver the industry’s most groundbreaking solutions.
TSPC CEED
(CLIMATE, ENERGY AND ENVIRONMENTAL DESIGN)
SPECIALIST TEAM
The TSPC CEED specialist team enables creating a built environment that delivers high performance with less technology. In terms of sustainability and environmental conscious climate resiliency the CEED projects’ high-performance buildings perform at an until now unreached level of efficiency in operation energy consumption, carbon footprint, comfort and healthy indoor environment as well as construction investment expenses. The services of the group offer complete building design solutions (in all design stages) supported by complex building climate, comfort, energy and aerodynamic simulations. CEED also provides building physics design support, optimization, plan supervision and consulting for design teams (architecture, services and electrical systems, etc.), green building labeling support (e.g. BREEAM, LEED), building services system optimization and building structures energy and comfort optimization. By designing buildings, city districts, or even entire settlements, we take into consideration new design aspects, such as climate, energy, bionics, aerodynamics, lighting technology, low tech, high tech, building skin technologies, future climate change scenarios.
KEY CALCULATIONS
• Dynamic thermal simulations serve optimal implementation of thermal comfort, air quality, architectural energy performance, building services sizing and system analysis, active and passive operation and control technology.
• Light simulations enable to create high level of visual comfort, innovative natural and artificial lighting.
• Aerodynamic (CFD) simulations model passive ventilation and cooling as well as building shape design.
• LCA-LCC modeling.
• Climate and energy simulation-based payback calculation from the perspective of construction costs and operating costs.
FIRE AND SMOKE SIMULATIONS
In cases specified by legal regulations or authorities the heat- and smoke draining shall be created in the building according to the required safety level. The FDS simulation software (Fire Dynamics Simulator) applied by TSPC presents the modelled fire incident by using the equations for the complex physical-chemical processes taking place during burning. The operation smoke control systems under design can be analyzed during several simulation runs. As a result, the position of smoke control equipment, the required surface area and number of smoke vents and performance of smoke exhaust fans can be determined. We pay special attention to the application of verified modelling procedures during our work, thereby approaching real-life processes as much as possible.
ADVANTAGES OF THE SMOKE- AND FIRE PROPAGATION MODEL
Results are as close to reality as possible.
Secondary effects of fire may be investigable in a unique building design.
Suitable to modelling air-movements inside a room and hereby to design jet fan systems and makes it possible to analyze various turbulent fluxes (jet fans).
lt is possible to investigate the temperature conditions evolve at a given point in space and provides temperature data for structural design.
Reveals operational deficiencies of hand calculated smoke control systems.
EVACUATION SIMULATION
One of the cardinal points of fire safety design is to ensure secure conditions for evacuation of those present in the building or participating in events. By the application of simulation software, the movement paths and the possible occurrence of crowd congestion at choke points could be visualized during the evacuation of the modeled building.
The emergency egress simulator used by TSPC is based on mathematical modeling of real-life processes. The algorithms applied by the program have been created based on experiments performed by scientific methods. The simulation takes the changing speed of the individuals, group dynamics, the simultaneities, and the time course of the evacuation process into account. This way it gives more accurate and more favorable results than other manual calculation methods.
The evacuation models are created uniquely according to the architectural design provided in all cases.
ADVANTAGES OF EVACUATION MODEL
Provides reliable and fast results.
With optimization of the escaping routes the useful floor space increases.
Suitable to analyze movement, often thousands of people at the same time.
3D movement of the investigated persons is spatially like reality.
Persons are able to react dynamically to the alterations on escaping route.
Considers the moving dynamics of related persons and groups (e.g., families).
The simulation can consider the evacuation of occupants in need of assistance.
Provides detailed data output of the evacuation process.
ORGANIZATIONAL CHART
COMPANIES WITHIN GROUP
TSPC Technical Supervision and Planning Consulting Hungary Kft.
TSPC Mérnökiroda Kft.
TSPC BIM Kft.
Headquarter: H-9022 Győr, Dunakapu tér 7.
Company registration no.: 08-09-025358
VAT no.: HU 24084794
Headquarter: H-9022 Győr, Dunakapu tér 7.
Company registration no.: 08-09-025291
VAT no.: HU 24655460
Headquarter: H-9022 Győr, Dunakapu tér 7.
Company registration no.: 08-09-028050
VAT no.: HU 25548659
TSPC Engineering Kft.
Headquarter: H-9022 Győr, Dunakapu tér 7.
Company registration no.:
VAT no.: HU 27893890
TSPC Facility Kft.
Headquarter: H-9022 Győr, Dunakapu tér 7.
Company registration no.: 08-09-028678
VAT no.: HU 25830093
TSPC d.o.o.
Headquarter: 10000 Zagreb, Crnomrec – 63., Croatia
VAT no.: HR56735821062
TSPC GmbH
Slovakia s.r.o.
TSPC ASIA Ltd.
Headquarter: Leopoldstraße 256, 80807 München, Germany
USt-IdNr: DE347995792
Headquarter: Dunajské nábrežie 4726, 945 01 Komárno Slovakia
VAT no.: SK2120823694
Headquarter: 2003, 20/F, Tower 5, China Hong Kong City, 33 Canton Road, TsimShaiTsui, Kowloon, HongKong
Company registration no.: 1970662
VAT no.: 1970662
TSPC
MESSAGE FROM OUR CEO
DEAR VALUED PARTNERS AND CLIENTS,
It is with great pride that I welcome you to the world of TSPC Group. Since our founding in 2012, we have become Hungary’s leading engineering company, driven by a core principle: we deliver solutions.
We believe a successful project starts long before construction begins. That’s why we offer a holistic approach, guiding you from the initial spark of an idea all the way to its realization. Our team of architects, technical experts, and consultants combine their diverse expertise with a complex vision to create truly innovative solutions.
Our commitment goes beyond simply providing blueprints. We are here to be your partner, working hand-in-hand throughout the entire process. With hundreds of successful projects completed, both domestically and internationally, we leverage our extensive experience to turn your dreams into reality.
At TSPC Group, we are passionate about innovation. We embrace the latest technologies to find groundbreaking solutions that not only meet your needs but exceed them. Our dedication to excellence is reflected in the numerous awards we have received, including the Public Urban Renewal Award and the FIABCI World Prix d’Excellence Award.
But what truly matters most to me is the human connection. While I’m honoured to serve a prestigious clientele, the moments that are spent collaborating with our talented team, brainstorming unique solutions together are also invaluable to me. This spirit of collaboration is at the heart of TSPC Group.
So all you need is an idea and a handshake. We’ll take care of the rest.
Welcome to TSPC Group. Let’s build something extraordinary together.
Sincerely,
MIHÁLY KÁDÁR Owner and CEO, TSPC Group
MIHÁLY KÁDÁR
OWNER/CEO
EDUCATION
2011 // Budapest University of Technology and Economics // FIDIC engineer training and exam
2006 // Budapest University of Technology and Economics // Technical Building Inspector
// specialisation in building construction
2006 // Budapest University of Technology and Economics // Technical Building Inspector
// specialisation in civil engineering
2000–2002 // University of Pécs – PMMFK // Architecture University
1997–2000 // University of Pécs – PMMFK // College, Architectural Engineering Specialisation in construction
WORKPLACES
1999–2003 // Tectum Kft. // Project Leader
2003–2013 // INCORSO Építész és Építő Műhely Kft. // Co-owner and CEO
2012– // TSPC Technical Supervision and Planning Consulting Kft. // Owner and CEO
2013– // TSPC Mérnökiroda Kft. // Owner and CEO
2016– // TSPC BIM Kft. // Onwer and CEO
2016– // Kádár Consulting Kft. // Owner and CEO
2020– // TSPC Engineering Kft. // Owner and CEO
MIHÁLY KÁDÁR
OWNER/CEO
QUALIFICATIONS // MSC ARCHITECTURE
Member of the Hungarian Chamber of Architects EXPERIENCE // 23 YEARS
Ambitious businessman, creative entrepreneur, and dedicated architect. Mihály Kádár established the TSPC Group in 2012 with the goal of delivering complex solutions with his colleagues in the fields of architecture, technical expert consultancy and expert tasks. Committed to innovation, Mihály strives to accompany his clients on their road from the first handshake to the actual realization of the project with state-of-the-art solutions, both in domestic and international projects.
As CEO of the company, Mihály enjoys a business clientele of great prestige still, what he loves most about his work is when he can join his team of experts at the desk to work on some special solutions together.
University of Pécs PÉCS, HUNGARY
Kinizsi Office Building BUDAPEST, HUNGARY
SZILVIA KÖNÖZSI
DIRECTOR OF ARCHITECTS, LEAD ARCHITECT
QUALIFICATIONS // MSC ARCHITECTURE
Member of the Hungarian Chamber of Architects EXPERIENCE // 24 YEARS
Szilvia’s portfolio exemplifies her strong focus on creativity and teamwork. Having joined TSPC Group during its inaugural year in 2012, Szilvia Könözsi has been an integral part of their journey for over a decade. With an unwavering commitment to delivering comprehensive solutions for the construction industry, she has played a pivotal role in achieving their ambitious goals. Currently, Szilvia serves as a distinguished Lead Architect overseeing projects in general design. Additionally, she holds the esteemed position of Director of the Architect Department, leading a dynamic team of architectural and interior designers, BIM managers, and developers. What truly sets Szilvia apart is her dedication to sustainability and the seamless integration of the natural environment within her projects. She consistently strives to create designs that harmonize with their surroundings, emphasizing a responsible and environmentally conscious approach.
Millenáris
Széllkapu Park, BUDAPEST, HUNGARY
University of Physical Education, BUDAPEST, HUNGARY
ATTILA HUSZÁR
BIM TEAM LEADER LEAD ARCHITECT
QUALIFICATIONS // MSC ARCHITECTURE
Member of the Hungarian Chamber of Architects EXPERIENCE // 14 YEARS
Experienced Lead Architect skilled in Building Information Modelling (BIM), Project Coordination, Teamwork, Problem Solving, and ArchiCAD. Attila has been working with TSPC Group for 9 years playing the main role in the implementations of the newest BIM technologies. In the last 7 years as a Lead Architect has been leading the project of several sport complexes and swimming pools, like the Vasas Sport Complex in Budapest or the Municipal Swimming Pool of Zalaegerszeg.
Municipal Swimming Pool of Zalaegerszeg, ZALAEGERSZEG, HUNGARY
Tiszavirág Swimming Pool,
SZEGED, HUNGARY
ZOLTÁN PARAI
LEAD ARCHITECT
QUALIFICATIONS // MSC ARCHITECTURE EXPERIENCE // 10 YEARS
Zoltán is a skilled Project Lead Architect, a visionary with a flair for innovation, an unyielding commitment to sustainable design, and passion for pushing the boundaries of creativity. With such projects behind him as the Hotel Dorothea, the National Széchenyi Library Archives, and the historic Castle of Tura Zoltán gained the unrivalled ability to merge complexity, dedication, and sustainable principles into architectural projects that captivate and inspire.
Széchenyi Library Archives, PILISCSABA, HUNGARY
Botaniq Castle of Tura, TURA, HUNGARY
ÁKOS SZOVA
DIRECTOR OF INFRASTRUCTURE DESIGN
QUALIFICATIONS // BSC CIVIL ENGINEERING
Member of the Hungarian Chamber of Enginneers EXPERIENCE // 14 YEARS
Ákos brings a strong foundation in both civil engineering and economics to TSPC. His career began as a structural engineer in utility engineering, providing him with a solid base. In 2019, he joined the TSPC team, where he now tackles a diverse range of responsibilities. These include road, utility, geodesy, and infrastructure engineering, along with leading and coordinating his team.
For Ákos, the magic lies in seeing a project come to life. From the very first sketch to the final, polished plans, he thrives on the collaborative process of design. His ultimate goal? To build a team of infrastructure planning leaders who are both highly skilled and competitive within the industry.
Észak-Közép-Buda Centre, New St. John’s Hospital And Specialist Clinics, BUDAPEST, HUNGARY
Károlyi-Csekonics Palace, BUDAPEST, HUNGARY
PROF. DR.
ISTVÁN KISTELEGDI
HEAD OF CEED/BUILDING
PHYSICS SIMULATION
SPECIALISTS DIVISION
QUALIFICATIONS // PHD ARCHITECTURE
Member of the Chamber of Hungarian Architects EXPERIENCE // 28 YEARS
With a passion for sustainable design, István brings a unique perspective to TSPC. After studying Architecture in Würzburg and Kassel, he honed his expertise in Climate Design at the prestigious Technische Universität München in Germany. He started collaborating with TSPC as a subcontractor in 2017, officially joining the team in 2022. His leadership role focuses on the TSPC CEED group (Climate, Energy and Environmental Design). This group, now recognized as the leading building simulation team in the country, is dedicated to creating high-performance buildings. Their aim is maximizing comfort and minimizing energy consumption while ensuring a minimal environmental impact throughout a building’s life cycle. Imagine achieving up to 80% energy savings through innovative architecture and efficient structures! That’s the kind of success that drives him.
Széchenyi Library Archives, PILISCSABA, HUNGARY
Mindszentyneum, ZALAEGERSZEG, HUNGARY
ANNA KOCI
INTERNATIONAL BUSINESS DEVELOPMENT MANAGER
QUALIFICATIONS // INTERNATIONAL EXPORT MANAGER EXPERIENCE // 27 YEARS
Adept in international relations, Anna brings a wealth of experience to TSPC Group. Since graduating as a Foreign Trade Manager in 1997, her career has taken her across the globe – from training courses in Switzerland to visits throughout the Balkans and Western Europe. In 2019, she joined TSPC Group as Manager of International Relations and Development. Project management is her forte. It’s a role that demands a lot – juggling diverse tasks and collaborating with a network of experts on a daily basis. But the challenges are what keep her motivated, along with the fantastic team spirit. For her, the ultimate reward is seeing a project come to fruition and become a valuable addition to the company’s portfolio. Her vision is to solidify TSPC Group’s international presence. By spearheading international projects and partnerships in strategic areas, she aims to make TSPC Group a recognized leader in its field.
Nádasdy Castle, NÁDASDLADÁNY, HUNGARY
National Dance Theatre, BUDAPEST, HUNGARY
LEA KOVÁCSNAGY
INTERNATIONAL RELATIONS MANAGER AND PROJECT MANAGER
QUALIFICATIONS // MSC ARCHITECTURE EXPERIENCE // 7 YEARS
Lea is an experienced project manager who has successfully overseen Hungarian and international projects during her threeyear tenure at TSPC Group. She closely collaborates with the German TSPC office, specializing in public and private tenders.
Lea thrives in managing complex, multi-stakeholder projects that involve international parties. Her notable accomplishment lies in her contribution to the development of the Zugló City Center. From the Masterplan stage to the Execution Design, she led the collaboration between the Hungarian architect and engineering team and the design team, Zaha Hadid Architects, facilitating seamless cooperation. The Zugló City Center project encompasses a diverse mixed development, including a retail building, office spaces, and residential properties.
Zugló City Center, BUDAPEST, HUNGARY
Virányos Villa Park, BUDAPEST, HUNGARY
PÉTER KALMÁR
HVAC LEADER, SITE INSPECTOR
QUALIFICATIONS // MSC MECHANICAL ENGINEER
Member of the Hungarian Chamber of Engineers EXPERIENCE // 27 YEARS
A seasoned leader, Péter brings a vast skillset to TSPC. After graduating from Budapest University of Technology’s Faculty of Mechanical Engineering in 1997, he earned a master’s in Civil Engineering. Even during his studies, his drive was evident through product development work, followed by design roles after graduation. His impressive career spans product management, construction project management, and technical expertise. He’s excelled as a responsible supervisor, technical inspector, EU energy auditor, and MEP leader. This experience, gained on prestigious international and national projects, makes him invaluable to TSPC. Joining TSPC in March 2021 as Head of Sections and Project Manager, he bridges communication across sectors.
Memorial Museum of Vörösmarty Mihály, KÁPOLNÁSNYÉK, HUNGARY
Szabad György Office Building, BUDAPEST, HUNGARY
MOHAMMED SOBUH
HEAD OF ELECTRICAL ENGINEERING DIVISION
QUALIFICATIONS // BSC ELECTRICAL ENGINEER EXPERIENCE // 20 YEARS
Electrical engineer Mohammed brings a proud 20-year career to TSPC. Since graduating from Miskolc University in 2003, he honed his skills in the construction industry, rising from electrical project manager to Head of Project Management. This role encompassed contractual, financial, legal, and technical aspects. Adept at managing complex projects, he thrives on client relationships. Fluent in Arabic, he successfully led projects in Hungary, the UAE, and Saudi Arabia. His experience spans electrical industrial buildings, high/medium voltage transformers, and renewable energy (solar power plants). Joining TSPC in January 2024 as Head of Electrical Engineering, he’s dedicated to exceeding client expectations and driving business success.
Primary School With 24 classrooms, IZSÁK, HUNGARY
Hotel Dorothea, BUDAPEST, HUNGARY
DR. SALEM ABDULLA
INTERNATIONAL BUSINESS DEVELOPMENT MANAGER
QUALIFICATIONS // PHD IN CIVIL ENGINEERING
EXPERIENCE // 35 YEARS
A distinguished civil engineer, Salem brings decades of experience to his role at TSPC. Following his graduation at the Budapest University of Technology and Economics in 1983, he further bolstered his expertise with postgraduate studies in natural resource management and a prestigious PhD in 1992. Throughout his career, he’s cultivated strong relationships with developers and construction companies in Hungary, the UAE, and across the Gulf countries. Since joining TSPC in 2023, Salem has become a trusted advisor, representing the company as their engineering expert in the Middle East. His areas of brilliance encompass public building design, green building practices for both residential and public projects, Building Information Modeling (BIM), pre-project techno-economic studies, consultancy services, technical audit approvals, and even landscape architecture design.
Industrial Park, VÁC, HUNGARY
National Institute Of Rheumatology and Physiotherapy, BUDAPEST, HUNGARY
Cecz Smart Warhouse, Toperini
PROJECT LIST
VADVIRÁG KINDERGARDEN IN PÉR
PRIMARY SCHOOL WITH 24 CLASSROOMS
// Pér, Hungary
// Pér Község Önkormányzata
// draft plan, building plan application
// 2015–
// 1451 m2
EYOF 2017
// Győr, Hungary
// Győr Projekt Kft.
// conceptual design, draft plan, building plan application, detailed construction drawings
// 10.06.2014–31.05.2017
// 37 727 m2
// 22 million Є
TISZAVIRÁG SWIMMING POOL OF SZEGED
// Szeded, Hungary
// Szeged Megyei Jogú Város
Önkormányzata
// approval plan, building plan application, detailed constrcution drawings, designer supervision
// 21 482 m2
// 39 million Є Location Client
// 11.2016–20.02.2021
// 39 million Є
UNIVERSITY OF PÉCS
// Pécs, Hungary
// ZÁÉV Építőipari Zrt.8900 Zalaegerszeg, Millenium köz 1
// General design draft plan, building plan application, detailed construction drawings
// 11.15.2017–05.08.2021
// 15 350 m2
// Izsák, Hungary
// West Hungária Bau Kft. (2051 Biatorbágy, Vendel Park, Huber u. 1.)
// conceptual design, draft plan, building plan application, detailed construction drawings
// 25.03.2016 (21.10.2015)–30.08.2017
// 9210 m2
// 10 million Є
UNIVERSITY OF PHYSICAL EDUCATION // CSÖRSZ STREET BLOCK
// Budapest, Hungary
// Testnevelési Egyetem
H 1123 Budapest, Alkotás utca 44.
// General design draft plan, building plan application, detailed construction drawings
// 03.04.2017–25.08.2023
// 16 528 m2
// 60 million Є
UNIVERSITY OF PHYSICAL EDUCATION // ALKOTÁS STREET BLOCK
// Budapest, Hungary
// Testnevelési Egyetem
H 1123 Budapest, Alkotás utca 44.
// General design draft plan, building plan application, detailed construction drawings
// 03.04.2017–
// 53 817 m2
LIPICA EQUESTRIAN CENTRE IN SZILVÁSVÁRAD
// Szilvásvárad, Hungary
// Mészáros és Mészáros Kft.
+ EUROCampus Kft.
Fő utca 65, 8086 Felcsút, Ungarn
// (1-4 LPH: 4b-opaq stúdió Kft.) detailed construction drawings, designer supervision, As-Built plans
// 12.11.2014–10.05.2018
// 22 054 m2
// 22 million Є
ZALAEGERSZEG SPORTS POOL
// Zalaegerszeg, Hungary
// Zalaegerszeg Megyei Jogú Város Önkormányzata,8900 Zalaegerszeg, Kossuth Lajos utca 17-19.
// general design, draft plan, building plan application, detailed construction drawings, designer supervision
// 06.09.2016–20.03.2022
// 13 536 m2
// 29 million Є
MILLENÁRIS SZÉLLKAPU PARK
// Budapest, Hungary
// Millenáris Széllkapu Beruházó, Fejlesztő és Üzemeltető Nonprofit Kft. (Lövőház utca 30., 1024 Budapest)
// general design, draft plan, building plan application, detailed construction plan, conceptual design for metro entrance and exit, obtaining permits, preparing a budget with and without prices, BIM processing with LOD350 detailing, designer supervision, technical inspection, investment coorditanation
// 08.02.2016–22.11.2019
// 20 353 m2
// 40 million Є
SCIENCE AND INNOVATION PARK IN GYŐR
// Győr, Hungary
// W-S Konzorcium West Hungária Bau Kft. és Strabag – MML Kft. 2051 Biatorbágy, Vendel Park, Huber utca 1. 1117 Budapest, Gábor Dénes utca 2.
// draft plan, building plan application, detailed construction drawing, As-Built plan, designer supervision
// 09.2015–30.11.2017
// 45 000 m2
// 28 million Є
MILLENÁRIS STARTUP CAMPUS
// Budapest, Hungary
// Millenáris Nonprofit Kft.
// conception plan, draft plan, building plan application, detailed construction drawing, As-Built plan, designer supervision
// 29.09.2017–15.11.2018
// 3148 m2
// 5 million Є
NATIONAL ARCHIVES STORENATIONAL SZÉCHENYI LIBRARY
// Piliscsaba, Hungary
// Magyar Nemzeti Vagyonkezelő Zrt. (MNV) 1133 Budapest, Pozsonyi út 56.
// draft plan, building plan application, detailed construction drawing, designer supervision
// 30.10.2018–in progress
// 12 409 m2
// 47 million Є
VÁRPALOTA COMPLEX
// Várpalota, Hungary
// Honvédelmi Minisztérium
1135 Budapest, Lehel u. 35–37.
// draft plan, building plan application, detailed construction drawing
// under planning
// 9500 m2
PETRINJA PRIMARY SCHOOL
// Petrinja, Croatia
// Mega Logistic Zrt. Budapest
1062 Budapest, Bajza u. 17–19.
// draft plan, building plan application, detailed construction drawing, designer supervision
// 01.12.2021–under execution
// 6619 m2
// 22 million Є
APARTMENT BLOCK IN SIÓFOK
// Siófok, Hungary
// OTP Ingatlanbefektetési Alap
Pálya utca 4–6., 1012 Budapest
// design verification, conducting
// 20.06.2017–09.05.2022
// 9480 m2
// 12 million Є
HUNGÁRIA CENTER OFFICE BUILDING
// Budapest, Hungary
// OTP Ingatlanbefektetési Alap
// design verification, conducting, technical inspection
// 01.09.2017–06.05.2020
// 12 110 m2
// 15 million Є
DUNAKAPU SQUARE
// Budapest, Hungary
// Győr Megyei Jogú Város Önkormányzat
9021 Győr, Városház tér 1.
// draft plan, building plan application, detailed construction drawing, designer supervision, technical inspection, conducting, implementation plan
// 21.06.2011
// 27 000 m2
// 12 million Є
BOTANIQ CASTLE OF TURA
// Tura, Hungary
// TRA Real Estates Ingatlanhasznosító és Szolgáltató Kft.
Pasaréti út 122–124., 1026 Budapest
// survey plan, conceptual design, , conservation plan documentation, building plan application, detailed construction drawing, budget, As-Built plan
// 10.03.2016–22.11.2019
// 5450 m2
// 18 million Є
NÁDASDY CASTLE
// Nádasladány, Hungary
// NÖF Nemzeti Örökségvédelmi Fejlesztési
Nonprofit Kft.
// building plan application, detailed construction drawing
// 30.12.2015–
// 5441 m2
// 6 million Є
MEMORIAL MUSEUM OF MIHÁLY VÖRÖSMARTY
// Kápolnásnyék, Hungary
// VTT Velencei-tavi Terület és Településfejlesztési Kft.
// conceptual design, draft plan, building plan application, detailed construction drawing, designer supervision
// 31.08.2018
// 287 m2
// 1 million Є
SPORTS HALL
Location
Client Services
Date
// Mezőhegyes, Hungary
// Nemzeti Ménesbirtok és Tangazdaság Zrt.
Jung József tér 1., 5820 Mezőhegyes, Ungarn
// // 28.02.2020
MILITARY HOUSING OF NYÍRBÁTOR
// Nyírbátor, Hungary
// National Police Headquarters 1139 Budapest, Teve utca 4–6.
// conceptual design, draft plan, building plan application, detailed construction drawing, designer supervision
// 10.04.2017–15.04.2019
// 9198 m2
// 11 million Є
CECZ SMART WAREHOUSE (TOPERINI INDUSTRIAL PARK)
// Vác, Hungary
// CECZ Logistic Park Management Kft. 1152 Budapest., Szentmihályi út 171.
// conceptual design, draft plan, building plan application, detailed construction drawing, tendering
// 19.04.2021
// 31 847 m2
// 69 million Є
// Komárom, Hungary
// HYUNDAI Engineering Co., LTD.
75, YULGOK-RO, JONGNO-GU, SEOUL, 110-920, KOREA
// detailed construction drawing, site engineering, As-Built plan
// 01.11.2019–31.12.2020
// 130 000 m2
// 724 million
// Debrecen, Hungary
// West Hungária Bau Kft. (2051 Biatorbágy, Vendel Park, Huber u. 1.)
// detailed construction drawing, As-Built plan
// 17.05.2022
// 41 800 m2
// 132 million Є
BIS INDUSTRIAL HALL
// Paks, Hungary
// BIS Hungary Kft.
Akna u. 2-4. 1106 Budapest,Magyarország
// conceptual design, draft plan, building plan application, detailed construction drawing
// 04.04.2018–07.11.2019
// 3420 m2
// 2 million Є
KÁROLYI-CSEKONICS PALACE
// Budapest, Hungary
// Budapest Műszaki és Gazdaságtudományi
Egyetem, 1111 Budapest, Műegyetem rakpart 3.
// conceptual design, draft plan, building plan application, detailed construction drawing, interior design
// 04.2016–08.2020
// 9750 m2
// 32 million Є
DOROTHEA HOTEL
// Budapest, Hungary
// // general design
// 2016–2022
// 36 000 m2
KISKUNHALAS EPIDEMIC HOSPITAL
// Kiskunhalas, Hungary
// West Hungária Bau Kft.
(2051 Biatorbágy, Vendel Park, Huber u. 1.)
// // 03.02.2020–05.04.2020
// 5400 m2
// 10 million Є
Gross
NATIONAL DANCE THEATRE
Location
Client
// Budapest, Hungary
// Millenáris Tudományos Kulturális Nonprofit Korlátolt Felelősségű Társaság
// Project management, Processing of the investment
// –15.02.2019
// 8000 m2
Cost
// 14 million Є
CASTLE GARDEN BAZAAR
// Budapest, Hungary
// NOX Beruházó és Fővállalkozó Zrt. 1054 Bp., Kálmán Imre utca 1.
//
// 11.5.2012–03.2016
Gross
// 28 394 m2
// 65 million Є
MINDSZENTYNEUM
// Zalaegerszeg, Hungary
// Zalaegerszeg Város Önkormányzata
// general design, project management, climate design, environmental design, technical inspection
// 2022
Gross
// 1200 m2
REFERENCES
TISZAVIRÁG
SWIMMING POOL OF SZEGED
In the Tiszavirág swimming pool, a 50-metre competition pool complying with the World Aquatics requirements with a movable partition and ten lanes, a warm-up and warm water pool and a relaxing seating pool are waiting for the visitors. A 1200-seat grandstand has been built in the swimming pool hall. The naturally lit pool hall can also be used for television broadcasting as special sports lighting has been installed. The sports complex is doing more for a sustainable environment: 320 new trees have been planted, a solar park of 750 panels has been installed on
the roof, and the purified pool water that becomes surplus during water exchange is used to irrigate the surrounding green areas and the green roof together with rainwater. The area has 188 bicycle parking spaces, 14 bus parking spaces, 317 car parking spaces and disabled parking spaces to facilitate easy and quick access. In addition to the swimming pools, the sports complex also includes a wellness area, gym, conference room, crèche, classrooms, offices and shops.
SERVICES: general architectural design, BIM, sports technology
SPORTS FACILITY, SWIMMING POOL
13 000 m2
Szeged, Hungary
The sport facilities were designed for the 2017 European Youth Summer Olympic Festival including the service functions for the athletes in addition to sports fields and other facilities. The main functional units are placed into two compact buildings connected by a central entrance hall. This central building is the face of the sports complex. The building block, well-identifiable from the main approaching direction, is located at the Bercsényi Street side of the lot. The athletics racing track and the connecting athletics centre are situated behind it; the latter provides for winter trainings as well. The grandstand, the tennis courts the warm-up and training tracks are also located here.
The parking lots have been placed at the two sides of the main building, ensuring optimal accessibility of the various functional units. Our objective was to design a building complex that can be built and operated economically, featuring a modern and stylish design that meets contemporary expectations.
SERVICES: tender, detailed construction drawings, building permit drawings, general architectural design, project management, technical supervision
SPORTS FACILITY
300 m2
Győr, Hungary
03 MUNICIPAL SWIMMING POOL
AND SPORTS COMPLEX OF ZALAEGERSZEG
2015 2019
Zalaegerszeg, Hungary year
SPORTS FACILITY, SWIMMING POOL
8 900 m2
The county’s most significant swimming pool development with 1,852 m2 of swimming surface, and 268 seating capacity, the design and construction of the project also focused on green solutions and sustainability. In the framework of the development and expansion of the municipal swimming pool, 50-metre pool and teaching pools await sports lovers. The outdoor pool has been renewed and a water playground has also been built. The development will also enrich the Zalaegerszeg city beach area with a new character. The architectural and structural design of the new building is more modern and representative than the previous one, in line with the design programme and the needs of the times. The largest swimming pool investment in Zala County, the Zalaegerszeg Municipal Swimming Pool is suitable for sports, talent development and recreation, as well as for international swimming events.
SERVICES: conceptual design, basic design, design plan, video, building permit drawings, detailed construction drawings, budgeting, BIM, geodesy
04 LIPICA EQUESTRIAN CENTRE IN
SZILVÁSVÁRAD
2015 2018
SPORTS FACILITY, EQUESTRIAN CENTRE
78 147 m2
Szilvásvárad, Hungary year
The renovated building complex of the Lipica Equestrian Centre in Szilvásvárad was handed over in two phases: in addition to the covered equestrian centre, the stadium and the service buildings were also reconstructed. During the development of the scattered buildings, the race office was enlarged, and the jury tower renovated.
The equestrian facility also fulfils touristic functions and complies with the strictest rules of the world competitions, as the area includes an 80×120 m four-season racetrack, a 6,500-seat grandstand, a 60×114 m four-season warmup track and a 20×70 m indoor racetrack.
SERVICES: detailed construction drawings, project coordination, designer supervision
2013 2016 05
TÜSKE SWIMMING
POOL COMPLEX
The competition pool next to the Tüske Sports Hall is located in a green environment: its shape fits in with the university environment used by young people, with character and modern solutions for sports and recreation. The building has three functional levels: basement engineering, a 50-metre competition pool and a 25-metre training pool with adjustable water depth on the ground floor, and an upstairs grandstand.
SERVICES: tender, detailed construction drawings, general architectural design, building permit drawings
9
Budapest, Hungary
SPORTS FACILITY, SWIMMING POOL
600 m2
2016 2019 PUSKÁS STADIUM BUDAPEST
Built in 1953, by the 2000s the People’s Stadium had deteriorated to the point where its capacity was severely limited. The demolition of the old arena started in early 2016, with some 50,000 cubic metres of concrete and reinforced concrete being fully recycled and incorporated into the new stadium, the Puskás Aréna. The 52-metre-high facility, with a surface area of 208,000 square metres, has a capacity of more than 67,000 people for football matches and 50,000 to 70,000 for concerts. In line with 21st century requirements, the stadium is equipped with a fully covered
auditorium, state-of-the-art access control and camera system, multifunctional concourse and event space, modern LED lighting and hybrid turf, making it suitable for football, American football and rugby matches.
SCOPE OF WORK : WHB general contractor
Budapest, Hungary
SPORT FACILITY
000 m2
07 BOZSIK STADIUM BUDAPEST
2019 2021
SPORT FACILITY
75 000 m2
Budapest, Hungary
The Bozsik Aréna, the new home of Honvéd is much more than a stadium. It is a sports centre, a venue for events and a meeting point for the widest range of visitors. The project has created an arena with 10,000 square metres of playing space and covered stands, with a capacity of 8,455 spectators. The project also included the construction of a three-storey main building housing the sports technology areas, VIP rooms and the main camera and broadcast booths. Social and service facilities and 438 parking spaces were created under the grandstand. The modern pitch lighting system will allow HD quality broadcasts. The stadium will be classified as state-of-the-art, UEFA 4 and MLSZ Division I Category A.
SCOPE OF WORK : WHB general contractor
08
PICK ARÉNA SZEGED
2018 2021
The Pick Arena is the third largest event hall in Hungary and the largest in the region, which opened in Szeged in 2021. The 28,390-square-metre facility is a fully accessible, multifunctional sports hall that meets all the requirements of the European Handball Federation (EHF) and is also suitable for cultural events and conferences. The arena has a capacity of 8143 seats and a separate training hall with a capacity of 1500 seats for Hungarian championship handball matches. The complex also includes an academy for 25 to 30 children in secondary school dormitories and a conference hall for 80 people.
SCOPE OF WORK : WHB general contractor
SPORT FACILITY
28 390 m2
Szeged, Hungary
HUNGARIAN UNIVERSITY OF SPORTS SCIENCE ALKOTÁS STREET
As part of the campus development of the University of Physical Education, various sports facilities have been planned in the Alkotás Street block, including a 50 m indoor swimming pool, indoor athletics hall, gymnasium, ball courts and shooting range, and a 400-seat dormitory. The development of the site will also include the reconstruction of the historic garden, which will be open to the public as well as to students and staff of the university.
A spectacular element is the plan for sports fields on the roof of the building: the largest roof terrace in Budapest, with a 320-metre running track, an outdoor training park, a green arbour and a café terrace on 9,000 m2 . The build -
ing on Alkotás Street will have a fine concrete façade. The cladding has both perforated and embossed elements, the perforation running through the building as a shell of openness and transparency, as intended by the designers.
The Hauszmann Historic Garden becomes a cosy green recreation area on the campus: the sheltered garden is enclosed by the 13-metre-high wall of the athletics hall.
TSPC’s designers wanted to visually “continue” the historical heritage with a special solution: a vertical garden. SERVICES: general architectural design, BIM, green building certification, site coordination
SPORTS AND EDUCATIONAL INSTITUTE
78 000 m2 Budapest, Hungary
10 HUNGARIAN UNIVERSITY OF SPORTS SCIENCE
CSÖRSZ STREET
2017 2019
SPORTS AND EDUCATIONAL INSTITUTE
78 000 m2
Budapest, Hungary
The Csörsz Street block of the University of Physical Education was completed in several phases. The area includes an internationally certified athletics track with a 400-metre, eight-lane running track, an artificial turf football pitch and two outdoor tennis courts. The campus includes a multi-purpose hall with 1,300 seats for handball, basketball, volleyball and gymnastics training and competition. The halls also have a lobby for university events, a 200-space indoor garage and a 700-square-metre gym. A special design element of the project was the special fence on the BAH node, called the colonnade. The colonnade is an undulating curved boundary motif with a grid dynamic, reflecting the circulation of the BAH hub. When the University of Physical Education was developing the sports fields, it was a priority to ensure that the campus facilities were suitable for the education of students with disabilities, thus supporting their preparation for the Paralympics.
SERVICES: conceptual design, basic design, design plan, building permit drawings, detailed construction drawings
11
UNIVERSITY
OF PÉCS year
This investment of the University of Pécs aimed to implement a modern, green, and student-friendly campus of international quality. In the framework of the Modern Cities Programme, in addition to the façade modernization and partial interior modification of the existing theoretical block layout, a new education and research building wing of 12,000 m2 was created and attached to the existing building, complying with the higher-level professional needs of the discipline.
The so-called Core Facility spaces, meeting the special needs of medical research with special characteristics were built. The molecular biology laboratory area is operated in isolation with a two-step access control system. The area includes a large auditorium for 300 people, an underground car park with 300 places and storage area for 160 bicycles.
SERVICES: general architectural design, designer supervision
EDUCATIONAL INSTITUTE
15 350 m2 Pécs, Hungary
12 SCIENCE AND INNOVATION PARK IN GYŐR
2018 2019
Győr, Hungary year
SCIENTIFIC AND INNOVATION PARK
65 000 m2
The Science and Innovation Park of Győr can serve as the scientific centre and two-way knowledge transfer scene of the region.
The park fulfils many functions, including a knowledge management centre, conference rooms, social space, educational training venues, laboratories, prototype workshops and rental office spaces.
Phase I: Main building, Cube building, Public space, Internal park, Internal buildings
Phase II: Internal buildings SERVICES: feasibility study
13
MILLENÁRIS SZÉLLKAPU PARK year
2016 2018
The modern recreational park with the largest threedimensional vertical garden in Central Europe, a cherry tree grove, a forest field-lake trio, spectacular solar panels and 330 new trees was opened in Budapest.
The park is organized into three parts: the dense vegetation part resembles a forest, the wildflower part reminds one of the Hungarian fields, while at the meeting of the two parts, the 650 m2 lake evokes the world of fresh waters.
The architectural focal point of the park features three, individually designed solar panels providing shade and
contribution to the energy supply. There is a 500-space car park with electric car charging stations and bicycle storage room under the park. Széllkapu park is a green island located at one of the most air polluted parts of the city aired by fresh winds.
SERVICES: conceptual design, basic design, interior design, design plan, video, building permit drawings, detailed construction drawings, budgeting, BIM, infrastructure design, utility design, contractor’s documentation, geodesic survey, technical supervision, project management
PUBLIC PARK AND UNDERGROUND CAR PARK
41 000 m2 Budapest, Hungary
14 HUNGARIAN PAVILON
2020 2021
URBAN DESIGN
1927 m2
Dubai, United Arab Emirates
Lőrinc Csernyus, the designer of the pavilion, a former student and colleague of Imre Makovecz, has created a building that combines traditional Hungarian architectural elements with modern technology. The building is a Makoveczi-style, multi-storey, double-layered, timber-framed structure consisting of an inner dome and an outer shell. No concrete, reinforced concrete or cement was used in the dry technology pavilion. The Hungarian pavilion is located in the World Expo area, in the Mobility District, which is part of three thematic districts: opportunity, sustainability and mobility. The building showcases special treasures, focusing on Hungary’s spa and thermal water treasures and promoting the related tourist destinations.
SCOPE OF WORK : WHB general contractor
Hotel Dorothea is being built by refurbishing and reconstructing a monument of three buildings built in different eras, in the centre of Budapest. TSPC’s architects and engineers worked with an international architectural firm on the design plans of the special, luxurious hotel. The renovated building complex will be enriched with quality details, luxurious suites, apartments, a 900 m2 steel glazed courtyard and roof terrace and a sky restaurant. Additional challenge was to find a common ground for the existing structural and geometrical features and the strict corporate standards of the hotel chain.
During the restoration of the façades of the buildings bearing the architectural style of the 1800s and 1900s, the aim was to preserve their original design while their roof level will be refurbished with a look that reflects the refined architectural design and technical standards of today. The design and construction are carried out in cooperation between Italian and Hungarian companies.
SERVICES: general architectural design, building permit drawings, detailed construction drawings
36 000 m2
Budapest, Hungary
HOTEL
BOTANIQ CASTLE OF TURA year
2015 2019
As part of a complete monument reconstruction, the Schossberger Castle in Tura was renovated in three phases. The restoration of the Neo-Renaissance-style castle, built in 1883, covered every detail, for example, the roof-slates used for the roof renovation were obtained from the same slate mine as at the time of the original construction. The former aristocratic residence now functions as an elegant hotel with nineteen rooms.
The castle has been completely renovated in accordance with heritage conservation regulations and surveys of monument specialists, complete with a reception building, a swimming pool and wellness area, an MEP system and a section ensuring the operation serving the modern function.
The castle offers impressive rooms and a special spatial experience to the guests. The social spaces are located on the ground floor, where there are salons of different sizes and styles, a ballroom, a dining room, a bar, a cigar room and a café in the palm house.
The rehabilitation included the arrangement and replanting of a ten-and-a-half-hectares park with ‘Methuselah’ trees and the restoration of historic walkways.
SERVICES: historical building reconstruction, general architectural design
HISTORICAL BUILDING, EVENT VENUE, HOTEL
4 890 m2
Tura, Hungary
17 MINDSZENTYNEUM
2022
MUSEUM
Zalaegerszeg, Hungary year
1 200 m2
The Mindszenty Pilgrimage Centre’s 1,200 m2 building houses exhibition halls, a conference room for 120 people, a community space and museum education rooms. The centre can also be visited as a place of pilgrimage.
The building’s “cape” is a perforated spatial membrane, always changing, creating subtle light and shadow play. The interior spaces and shapes are clean, transparent and convey an uplifting feeling. Light is a particularly important component and shaper of the interior and exterior of the building.
On the ground floor, an open space provides services that generate community activity; a lobby, a café, a museum shop, an events centre and a community space with a separate entrance. It also houses the museum ticket office information desk. The first and second floors house the two exhibition spaces and associated museum education spaces, while the top floor houses a temporary exhibition and events space and a large roof terrace.
SERVICES: general design, project management, climate design, environmental design, technical inspection
18
2019–KINIZSI OFFICE BUILDING
year
The former Tobacco Factory of Ferencváros is given a new life: the former warehouse building is transformed into a high-quality modern office building. The building constructed by the design of TSPC has two parts: the existing building in Kinizsi Street and the new wing to be constructed will be joined in an exciting encounter. Thanks to the perimetric development method part of the plot will be converted into an inner courtyard. The interior design was determined by the ‘green concept’ and the requirements of the WELL and LEED certifications.
The main entrance of the new building opens into the lobby area. The café – open for the public – and the conference area are accessible from here. On the ground floor of the existing building there is a restaurant, a gym and a co-working office, on the upper floors there are rental offices with common areas, in the attic there is a skybar and a roof terrace.
SERVICES: general architectural design, basic design, building permit drawings, detailed construction drawings, interior design, project management, technical supervision
23 145 m2
Budapest, Hungary
OFFICE
19 UNIVERSITY OF DEBRECEN CLINICAL CENTRE
2021–
CLINICAL CENTRE
160 000 m2
Debrecen, Hungary
In line with international trends, the University of Debrecen is planning to build a centre hospital that will incorporate the latest trends in hospital architecture, in addition to the most modern medical technology solutions: it will provide a humane environment for healing with 500 new active beds and related patient care wards, and will be able to flexibly adapt to future challenges and technologies. The new complex, which is being built on schedule and will fit into the existing care structure, will ensure the smooth delivery of care to around 2 million people in the future, while operating efficiently, energy-consciously and economically.
With its new classrooms, laboratories and state-of-theart technologies, the new building complex under development will provide important and real opportunities for university teaching and research development in the future.
SERVICES: feasibility study
20
ÉSZAKKÖZÉP-BUDA CENTRE
NEW ST. JOHN’S HOSPITAL AND SPECIALIST CLINICS
year
2019–
The entire 150,000 m 2 area of St John’s Hospital is being renovated in a complex, multi-year process. The hospital, which currently consists of nearly 50 buildings, is a priority government project. The development proposed will provide a programme and architectural design that will create an uncompromising medical technology and patient safety situation for the next 50 years, bringing the working conditions of staff into the 21st century. The key element of the concept is the creation of a modern block hospital where active patient care can be delivered as efficiently as possible, both in terms of medical and logistical issues. An important consideration is that the Kútvölgyi Tower Building and Specialist Clinic should also be linked to the new block hospital.
MAIN GUIDELINES, CAPACITIES:
• the creation of a new emergency centre, integrating the main diagnostic and care units involved, with modern and efficient patient pathways
• concentration of surgical capacity
• efficient concentration of high-end equipment and diagnostic tools
• the creation of sub-intensive custodians
• improving patient safety and comfort
• improving working conditions for staff
• integration of the Buda Children’s Hospital into the ÉKC SERVICES: architectural general design
HOSPITAL 150 000 m2
Budapest, Hungary
21
2022 HOTEL ARANYBIKA year
The aim of the project is the design of a modern education centre that in terms of mass and scale, matches the Art Nouveau-style wing of the existing Aranybika Szálló building as well as the historical environment. Part of the design plan is the historic renovation of the original listed building of the former hotel, so the hotel will represent the patinated past of the Aranybika Szálló with its interior de -
sign solutions and facade appearance and will become a defining colour spot for the city in the future. TSPC team designed a building that creates a visual balance and symmetry with its mass formation and use of materials. With its facade appearance, in addition to adapting to the historical building, it becomes an iconic and defining image of downtown Debrecen.
CONCEPT PLAN
31 000 m2
Debrecen, Hungary
2022 OTP BANK OFFICE BUILDING
OTP’s block is linked to the office axis of the transforming Vác Road area. The complex of 3 buildings and an internal garden is a green island next to a busy street. As part of the concept plan, the buildings will include spacious offices, meeting and conference rooms, a relaxing terrace, an indoor café and a green roof, providing a pleasant environment for employees. Also, for the convenience of employees, an underground car park will be created to solve parking problems.
CONCEPT PLAN
26 950 m2 Budapest, Hungary
23
NYUGATI GRAND CENTRAL year
2022
The goal of the concept was to preserve the heritage of the station. The renovation design of Nyugati Grand Central and its surroundings create a new transport hub with lots of green surfaces. The concept presents the operation of the current and future transport network within the boundaries of the planning area, as well as its connections with the network of the surrounding areas. Particular attention
is paid to sustainable mobility, the human-scale use of the urban environment, and public spaces, which meet both the needs of the present and the challenges of the future. The most valuable areas of Budapest are given a new lease of life with sustainable transport, lots of greenery, and the healing of the wounds and gaps that are an eyesore in the middle of the city.
44 hectares
Budapest, Hungary
CONCEPT PLAN
OFFICE CONCEPT IN
2023 year
MADINAH
Nestled in the historic Hejaz region of Saudi Arabia, Medina stands as an enduring beacon of Islamic heritage and spirituality. Beyond its revered status as the burial place of Prophet Muhammad, the city is embracing a remarkable modern metamorphosis. At the forefront of this evolution is a visionary mixed-use high-rise development concept proposed by our office. Spanning approximately 450,000 square meters, the project encompasses five-star and four-star hotels, offices, residential blocks, a bustling
shopping mall, and vibrant entertainment venues, including restaurants, parks, and cafés. Our primary objective was to craft a sustainable and organic complex that not only respects the sacred sites and cultural fabric of Medina but also symbolizes its future trajectory as a dynamic metropolis. Moreover, our design extends the green axis of King Fahd Park through our project, fostering a profound environmental impact on the surrounding area and reinforcing our commitment to sustainable development.
CONCEPT PLAN
450 000 m2
Madinah, Saudi Arabia
25
year
2021– CECZ SMART
WAREHOUSE
TOPERINI INDUSTRIAL PARK
Toperini Industrial Park is located in the centre of Vác, next to the main road to Gödöllő. The 29-hectare Industrial Park is part greenfield and part brownfield project, located just 2 km south of the historic city centre.
The favourable geographic, transport and economic conditions of the city of Vác and its surroundings have attracted the attention of many investors, resulting in a large number of national and foreign companies, including several world-renowned ones, operating in the area. The aim of the Toperini Industrial Park is to promote the economic development of the region by offering a competitive range of products and services, and to provide favourable conditions for companies wishing to establish or develop in Vác.
SERVICES: general design
INDUSTRIAL PARK 31 850 m2 Vác, Hungary
2019 2020 SK INNOVATION
BATTERY FACTORY
TSPC Group, as interior general designer, help the work of the South-Korean client SK lnnovation in the second-phase project that covers the construction of a new battery factory on 430,000 m2 in Komárom. ln the Komárom lndustrial Park lithium batteries usable in electric cars will be manufactured.
According to previous press reports, the investment is
estimated at 97 billion Forints, which will be supported by the Hungarian state through a non-refundable grant.
The Hungarian TSPC Group will assist the South Korean customer in the construction of the 130,000 m2 factory, including the interior design and fire protection. TSPC’s partner is Hyundai Engineering Corporation.
SERVICES: factory-interior design, site coordination
BATTERY FACTORY
Komárom, Hungary
27
SEMCORP BATTERY SEPARATOR FOIL
FACTORY
2022–
41 800 m2
Debrecen, Hungary
TSPC was responsible for the BOX and interior design of the Main Workshop (MWS), Main Warehouse (MWH), Hazardous Waste Storage (HWS), and Sprinkler Building (SPR). We prepared architectural, structural, fire protection, building services design, and industrial flooring, and coordinated with other design teams in different disciplines. Additionally, we provided structural design expertise for the Energy (ENR) building and comprehensive fire safety design for the facility. During the design process, all disciplines used Revit 2022 software in a unified manner, ensuring complete and seamless information sharing among them.
SERVICES: architectural, structural, fire protection and building services designs, structural expertise, design management.
LI-ON BATTERY FOIL FACTORY
28 PREMIUM INDUSTRIAL PARK KECSKEMÉT
2022
INDUSTRIAL PARK
Kecskemét, Hungary year
364 000 m2
TSPC prepared a study on the use of land for a Premium lndustrial Park, with a presentation of the plots and their specific characteristics. The area is ideal for the installation of industrial facilities. Access by road is currently possible with a vehicle of 11.5 tonnes axle load. As a development site, the utility network can be designed and extended to meet the needs of the investments that will be made here.
SERVICES: feasibility study
29 EVE ENERGY DEBRECEN
2023
INDUSTRIAL PARK
270 000 m2
Kecskemét, Hungary
We are the general designers of the more than 270.000 m2 facility, providing the investor with a full and comprehensive design service from pile foundation design to interior design, from conceptual design to contractor tender support. As the investor’s representative, we cooperate with the authorities to ensure the successful implementation of the project.
SERVICES General design and design tasks in all disciplines (e.g. architectural design, structural design, fire and explosion protection, technology, production technology, mechanical engineering, building services, roads and utilities, logistics) from the conceptual design phase to the detailed design.
30 KALL INGREDIENTS WATER TREATMENT
2018 year
2018
The factory built in Tiszapüspöki, processes corn. Its main products are fructose-glucose syrup (isosugar), starch, high-purity alcohol, corn gluten (corn protein), corn germ and fibrous feedstock (CGF). The treatment phases of the Wastewater Treatment Plant (WWTP) built turnkey by UTB Envirotec Zrt. are: (1) mechanical phase, (2) anaerobic biological phase and (3) aerobic biological phase with UTB’s own Cyclator technology. The biogas produced in the anaerobic phase is utilized in the factory after purification. The aerobic excess sludge is mechanically thickened and dewatered.
The recipient of the effluent is the river Tisza. The 6-month commissioning was successful, it ended in January 2018. The WWTP’s capacity is 5,500 m3/d, 261,000 PE.
PROJECT TYPE: Turnkey development
DESIGNER : TSPC & UTB
TYPE: Industrial WWTP
TECHNOLOGY: Methanator + CyclatorTM
Capacity 5 500 m3/d
Tiszapüspöki, Hungary
31
INTERMODAL HUB year
2016
The City of Tatabánya has launched a tender for the construction of an intermodal hub. The planned pedestrian-cycle flyover bridge spans the tracks and platforms, from where access to the platforms is provided via stairs and escalators on both sides and lifts between them. The bridge is a sophisticated, skeleton-like structure, a combination of white reinforced concrete and steel, which stretches out like a wing and connects the parts of the city cut in two by railway tracks. The plan also includes the station reception building,
which is located parallel to the tracks in the traditional layout of a through station, and houses the station functions. It houses the ticket offices, passenger information with associated office and social areas; the lobby; the waiting room; the catering industry; the necessary social block; the security service residence; the necessary storage and warehousing; the mechanical room; the electrical and telecommunications rooms. Both the bridge and the reception building have been designed with full accessibility.
SERVICES: general design
RAILWAY STATION, NEW ADMISSION BUILDING AND PEDESTRIANCYCLE OVERPASS
7 720 m2
Tatabánya, Hungary
SZÉLLKAPU
Budapest’s modern recreational park, Millenáris Széllkapu opened with the largest three-dimensional vertical garden in Central Europe, a cherry tree grove, a forest-field-lake trio, spectacular design solar panels and 330 new trees. Parking cars caused serious problems around the park, cars looking for parking spaces were a familiar sight around Millenáris Park. The 500-space underground garage, with electric car charging stations and a bicycle storage room significantly improved the parking situation.
The vegetation appears here as well: the fair-faced concrete elements around the entrance are covered with a varied green surface.
SERVICES: conceptual design, basic design, interior design, design plan, video, detailed construction drawings, building permit drawings, budgeting, BIM, infrastructure design, utility design, contractor’s documentation, geodesy, technical supervision
41 000 m2 Budapest, Hungary
PARK AND UNDERGROUND PARKING
CERTIFICATIONS
TSPC Kft.
CERTIFICATE
We hereby certify that Quality Management System of TSPC Technical Supervision and Planning Consulting Hungary Kft.
9022 Győr, Dunakapu tér 7. 1053 Budapest, Magyar utca 36. 1011 Budapest, Üllői út 25. II. emelet 4025 Debrecen, Barna utca 23. complies with requirements of ISO 9001:2015
in the following scope:
General design, which includes architectural, structural, vehicular facilities, building engineering as well as low, medium and high voltage networks, street lighting and low voltage systems design. The provision of geodetic survey and 3D space scan services. General design of public utilities. Design and management of construction projects, engineering supervision activities, construction engineering inspection and engineering facility management. The provision of technical consultancy services of tenders. Building Information Modeling
Bujtás Gyula CEO
TSPC Kft.
CERTIFICATE
We hereby certify that Environmental Management System of TSPC Technical Supervision and Planning Consulting Hungary Kft.
9022 Győr, Dunakapu tér 7. 1053 Budapest, Magyar utca 36. 1011 Budapest, Üllői út 25. II. emelet 4025 Debrecen, Barna utca 23. complies with requirements of ISO 14001:2015
in the following scope:
General design, which includes architectural, structural, vehicular facilities, building engineering as well as low, medium and high voltage networks, street lighting and low voltage systems design. The provision of geodetic survey and 3D space scan services. General design of public utilities. Design and management of construction projects, engineering supervision activities, construction engineering inspection and engineering facility management. The provision of technical consultancy services of tenders. Building Information Modeling Certificate No.: 200-279 Date:
Bujtás Gyula CEO
CERTIFICATE
We hereby certify that Occupational health and safety Management System of TSPC Technical Supervision and Planning Consulting Hungary Kft.
9022 Győr, Dunakapu tér 7. 1053 Budapest, Magyar utca 36. 1011 Budapest, Üllői út 25. II. emelet 4025 Debrecen, Barna utca 23. complies with requirements of ISO 45001:2018
in the following scope:
General design, which includes architectural, structural, vehicular facilities, building engineering as well as low, medium and high voltage networks, street lighting and low voltage systems design. The provision of geodetic survey and 3D space scan services. General design of public utilities. Design and management of construction projects, engineering supervision activities, construction engineering inspection and engineering facility management. The provision of technical consultancy services of tenders. Building Information Modeling
TSPC Kft.
CERTIFICATE
We hereby certify that Anti-bribery management systems of TSPC Technical Supervision and Planning Consulting Hungary Kft.
9022 Győr, Dunakapu tér 7. 1053 Budapest, Magyar utca 36. 1011 Budapest, Üllői út 25. II. emelet 4025 Debrecen, Barna utca 23. complies with requirements of ISO 37001:2016
in the following scope:
General design, which includes architectural, structural, vehicular facilities, building engineering as well as low, medium and high voltage networks, street lighting and low voltage systems design. The provision of geodetic survey and 3D space scan services. General design of public utilities. Design and management of construction projects, engineering supervision activities, construction engineering inspection and engineering facility management. The provision of technical consultancy services of tenders. Building Information Modeling
TSPC Kft.
CERTIFICATE
We hereby certify that Information Security, Cybersecurity and Privacy Protection Information of Security Management Systems
TSPC Technical Supervision and Planning Consulting Hungary Kft.
9022 Győr, Dunakapu tér 7. 1053 Budapest, Magyar utca 36. 1011 Budapest, Üllői út 25. II. emelet 4025 Debrecen, Barna utca 23. complies with requirements of ISO/IEC 27001:2022
the management of information security in the following areas: General design, which includes architectural, structural, vehicular facilities, building engineering as well as low, medium and high voltage networks, street lighting and low voltage systems design. The provision of geodetic survey and 3D space scan services. General design of public utilities. Design and management of construction projects, engineering supervision activities, construction engineering inspection and engineering facility management. The provision of technical consultancy services of tenders. Building Information Modeling
In accordance with the TSPC Kft. Statement of Applicability version 3 dated 15 August 2023
Certificate No.: 500-2879
Date: 23.12.2021
Reissued: 20.12.2023
Valid until: 20.12.2026 EAC code: 34 Budaörs, 20.12.2023
Bujtás Gyula
CEO
This
General
In accordance with the TSPC Technical Supervision and Planning Consulting Hungary Kft. Statement of Applicability version 3 dated 2023. August 15.
has been assessed and registered by NQA against the provisions of ISO/IEC 27001:2022
This
This is part of a Multi-site certification.
TSPC Kft.
ISO 19650-2:2018
CERTIFICATE
We hereby certify that TSPC Technical Supervision and Planning Consulting Hungary Kft. 9022 Győr, Dunakapu tér 7. 1053 Budapest, Magyar utca 36. 1011 Budapest, Üllői út 25. II. emelet 4025 Debrecen, Barna utca 23. complies with ISO 19650-2:2018 (Delivery phase of the assets)
standard requirements, in line with the guidelines of ISO 19650-1:2018 standard (Concepts and principles) in the following scope:
General design, which includes architectural, structural, vehicular facilities, building engineering as well as low, medium and high voltage networks, street lighting and low voltage systems design. The provision of geodetic survey and 3D space scan services. General design of public utilities. Design and management of construction projects, engineering supervision activities, construction engineering inspection and engineering facility management. The provision of technical consultancy services of tenders. Building Information Modeling
Certificate No.: 19650-2879
Date: 15.01.2023
Reissued: Valid until: 29.11.2023 21.12.2026
Budaörs, 29.11.2023
Bujtás Gyula CEO
The aforementioned certifications are also held by the other companies within TSPC Group:
TSPC Mérnökiroda Kft.
TSPC BIM Kft.
TSPC Engineering Kft.
TSPC Facility Kft.
TSPC Kft.
TSPC Slovakia s.r.o.
TSPC GmbH
TSPC d.o.o
TSPC ASIA Ltd.
