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Procurement of service for preparation of software solution for implementation of the procedures pursuant to the law on construction land.

Ministry of Transport and Comunication — Macedonia | Published October 30, 2015
Winner
LIREKS DOOEL — Skopje
cpvs
48000000

Module for USER ROLES IN THE SYSTEM The information system is required to have identical roles for each body acting the same, except for second instance authorities that decide on the appeals, the competent courts and supervising bodies and authorities providing opinions or consents of specific roles. The authorities handling the cases in the first instance define the following roles: 1. Archivist 2. Officer/Clerk 3. Head of Unit 4. Head of Department 5. Minister/Mayor 6. Fees Calculator 7. Person to confirm the payment of fees 8. Member of the Commission 9. Local Administrator Each of the above roles can be distributed to all or part of the proceedings processed by the information system (for example, the role of officer may only apply to the procedures for direct negotiations, while another person also delegate the role of officer may refer to the procedures for determining the right to easement, or both). For second instance authorities that decide on appeals, the competent courts and supervising bodies and the authorities providing opinions or consents, the following roles are defined: 1. Archivist 2. Member of the Commission 3. Officer (Clerk) 4. Head (of Department)/ Judge/ Notary Public/ State Attorney's Office/ AKN 5. Local Administrator Also, the system compelled creation of the super administrator role to manage the local administrator roles, using a module for review and amendment of procedures, a module for management of institutions, creating users and user groups, defining and management of roles and privileges, defining access to system functions through specific roles and privileges, assignment and maintenance of data access through specific roles and privileges, setting default values, monitoring and control of active sessions, Archiving, Backup and System Data Restore M. Module for ELECTRONIC REGISTRATION AND HANDLING OF APPLICANTS Each candidate is required to register in the system with entry data that are required to be protected in accordance with the standards of personal data protection in force in the Republic of Macedonia and pursuant to the law. Registration in the information system is made by entering the user's e-mail, username, and password and verification code. After the registration is completed, a digital certificate is uploaded to provide a unique user package with a set of information recorded in the information system. After expiration of the digital certificate (electronic signature), the system should make available for all types of users to attach a new valid certificate. Within the user profile it is necessary to enable the information system to determine a single form when submitting any type of request and to allow attachment of the required default documents for each request. The registered applicant may submit an UNLIMITED number of requests through its registered profile in forming a special browser for each request, containing the following information: 1. Information on the current stage of the case, 2. Review of the past days 3. Review of acts and documents prepared per individual request by the competent authority 4. Option to use the right to appeal 5. Option for electronic payment of taxes and fees 6. Possibility to act upon adopted law by the competent authority within a specified period (upon the Conclusion of termination or notice of the right to request amendment). When applying, the applicant should be clearly displayed the selection of authorities he should address and to other information that are available under the law. The information must be pre-defined in the information system (Cadastral municipalities, names of municipalities, titles of competent authorities, etc.). N. Module for FORWARDING A CASE FROM AN UNAUTHORIZED BODY FOR EASEMENT TO AN EASEMENT COMPETENT BODY When applying, the applicant may address a real or locally unauthorized body of easement, which must have the option to declare itself as ineffectual by act or document, and it should attach the act to the information system and forward the case files to the easement authority or the locally competent body. This function includes the option for a browser of all bodies to forward the supplied request, thereto. O. Module for AUTOMATIC NOTIFICATION BY EMAIL AND SMS The information system should inform each applicant involved in the procedure by e-mail or SMS about the current stage of the case, the acts adopted or documents on the single case, individual actions and all changes related to the request. The notification is automated via a default email and SMS text. P. Module for DETERMINING VALIDITY AND EXTRAORDINARY LEGAL REMEDIES, CONCLUSION OF TECHNICAL CORRECTION, ANNOUNCING ACT OF VOID (Victor) Upon completion of the procedure per individual application, it is necessary to provide the competent authority (the clerk and the manager) a key that will conclude the VALIDITY of the final act passed in the proceedings. Determining validity is performed by verification of the act marked as IN FORCE and signed with a digital certificate by an authorized officer. А. EXTRAORDINARY LEGAL REMEDIES After determining the effectiveness, under different legal circumstances there is a possibility for utilizing extraordinary legal remedies that should be determined through the system: 1. An appeal or a proposal through the information system or in hard copy can be submitted to the competent body that administered the procedure whereas the official who administered the case and the head of the body shall be automatically informed thereof 2. The competent body independently identifies any omissions in the procedure and takes actions upon the effectiveness of the act by selecting a function in the system that will enable the said body to adopt the next act. SPECIFICS OF THE PROCEDURE UNDER CIRCUMSTANCES OF ITEM 1 In the cases specified in ITEM 1 above, the case is moved to the phase where the effectiveness remains as status but it opens the possibility to grant an appeal or to take actions prior to the adoption of the act. If the appeal had been submitted through the system, the system itself modifies the status to phase EXTRAORDINARY LEGAL REMEDY. If the appeal or the proposal had been submitted in hardcopy, the official shall scan the document to determine the phase of the extraordinary legal remedy and in such event the case shall be identical with the phase that is automatically created as if the appeal had been filed through electronic means through the system. The phase EXTRAORDINARY LEGAL REMEDY enables the body to adopt an act whereby the appeal would be granted and it would be recorded in the system by selecting the right button with the name GRANTING THE APPEAL and afterwards the case is moved to the next status where the body has he options to choose: 1. To determine that it is nullifying THE DECISION, after which the possibility appears to return the case to one of the phases that had passed during the implementation of the previous procedure. 2. To determine that it CANCELS THE DECISION. In case when the decision is nullified or cancelled, the system should enable the submission of an appeal which could be filed electronically (through the system) or in hard copy (in the event of an appeal submitted in hardcopy, the body states that the appeal has been filed, scans it and enters it into the system). If the body does not grant the appeal, in such event the case needs to have the possibility to be moved to a second-instance body, and to previously attach the document REPLY TO THE APPEAL which would also be carried out through the system by selecting the button SECOND-INSTANCE BODY. Consequently, in each of the steps it is necessary to have the possibility to send the case to the competent Administrative Court by selecting the appropriate option. SPECIFICS OF THE PROCEDURE UNDER CIRCUMSTANCES OF ITEM 2 In the cases specified in ITEM 2, the body is enabled to independently adopt an act whereby in the phase EXTRAORDINARY LEGAL REMEDIES, it will have the possibility to select whether it NULLIFIES or CANCELS the act that it had previously adopted. Following such determination by the body with the selection of the appropriate button, the case can be moved as in cases defined in item 1 above. B. CONCLUSION FOR CORRECTING MISTAKES For each act that has been adopted within the procedure (conclusion, decision, etc.) the body should have the possibility to adopt a conclusion for correcting a mistakes in any of the phases of actions within the system, except in the phase when the procedure finished and the system states that the case is in LEGAL EFFECT. In any other case in the system, as soon as one of the officials of the body selects the option stated above, the system needs to enable the submitter to file an appeal through electronic means, or if it is submitted in hardcopy, the body shall be able to scan it and enter it into the system, thus it shall be recorded that the case has been appealed. Just as in the other cases, in the cases where the case has been appealed, the body can choose the options to grant the appeal or to send the case to a second-instance body with the appropriate phases specified in this tender documentation. P. MODULE FOR DISTRIBUTION OF CASES WITHIN THE STATE OMBUDSMAN OFFICE In the appropriate phase of the procedure, as described in this tender documentation, the case needs to be submitted to the State Ombudsman Office which has the appropriate structure and territorial range of competences by regions. The information system should have the possibility to determine which public ombudsman office is competent for the specific case. As a rule, a group of municipalities will address directly the state public ombudsman office for the specific region that needs to be enabled to be assigned in advance to the same group of municipalities. The state public ombudsman office should be defined per region for the following towns: Skopje, Bitola, Veles, Gevgelija, Gostivar, Kavadarci, Kicevo, Kocani, Kumanovo, Ohrid, Prilep, Struga, Strumica, Tetovo and Stip. The case handled by the Ministry of Transport and Communications, in the phase when it is necessary to send them to the state public ombudsman office, should have the possibility to select the appropriate state public ombudsman office for the respective region. R. OTHER FUNCTIONAL REQUIREMENTS OF THE INFORMATION SYSTEM 1. All requests are submitted through the information system in electronic form. 2. Public information portal with basic information about the system, the procedures that are implemented through it and the applicable legal regulations. 3. Records and review of submitted requests — at all times the system presents a review of the submitted requests per individual body with the date, status of the case and other key parameters in the review. 4. Predefined selection of the competent body when submitting the request. 5. Public review of scheduled auctions for individual construction parcels with the possibility for submitting an application for participation in the public bidding. 6. Central segment of monitoring the legal deadlines for each individual case at each officer with indication of how many days has the case been with the officer for action, how many days have passed in total since the day of submission and appropriate alarms about the expiration of the deadlines. 7. Automatic notification about the expiration of the deadlines to act to the immediately competent supervisory body. 8. Connections with external entities, bodies and institutions in a certain phase of the procedure and enabling their actions upon cases with preparation of opinions, giving consents, as well as preparation of acts and their recording and registration through the information system as follows: A. Competent notary public (selection from a predefined list of notary publics); B. State public ombudsman office of the Republic of Macedonia; C. In procedures where the competent body is the Ministry of Transport and Communications, the phase for calculating the tax should be connected with the relevant municipality; D. For procedures run by the municipalities in the City of Skopje, in the phase for calculating the tax, selection should be made whether to do it independently or the case should be sent to the City of Skopje; E. Connecting the second-instance bodies as follows: For the procedures administered by the Ministry of Transport and Communications, the second-instance body is the State Appeals Commission; For the procedures administered by the municipality or the City of Skopje, the second-instance body is a special Commission within the Ministry of Transport and Communications. 9. Automatic notification of the submitter for all adopted acts and documents and enabling the right to appeal through electronic means. 10. Access by each body only to the cases that are within their respective competences. The system should process all the cases in the entire country, where it is necessary to make a distinction of cases per competence. 11. Defining the rights and access privileges on all levels (municipality, ministry, department, user) and activities (reading/editing/printing…). 12. Administration of the entire system should be run on several levels with the goal of defining the system users, their division according to bodies, institutions and departments, as well as the rights and privileges for accessing the documents by the system users. 13. The system should enable two-way communication between the submitter and the competent body and the included bodies and entities. 14. Integration with bodies in charge of conducting supervision and their automatic notification about the acts adopted or deadlines expired as determined by Law. The competent bodies to have the possibility to conduct regular and extraordinary supervision of all cases through the information system. 15. The information system should prepare statistics review about the duration of the procedure, the number and types of requests, number of issued acts depending on the type, average prices achieved per zone during public bidding procedures, reports, graphic reviews, etc. 16. Automatic calculation of the taxes and fees predefined through the system. The authorized official has the possibility through the system to independently enter the parameters for preparation of the calculation of fees on various bases that would be generated during the procedure. 17. The system should allow generation of: — Reports on submitted requests with the following grouping: positively ruled, negatively ruled, in procedure, competent body. — Reports on the average duration of the procedure. — Reports on the average price achieved per m2 on public bidding, divided according to purpose of the construction parcel. TECHNICAL DESCRIPTION Introduction: The application should be web-based, with the possibility for access through standard web browsers (Internet Explorer, Mozilla Firefox, Google Chrome, Opera) regardless of the platform on which they operate (Windows, Linux, Unix, Netware, Mac OS). The solution should be fully integrated with the tool for design and development of processes. In addition, the tool needs to be visual and easy to operate. In the bid, the bidder should provide detailed technical, functional and integration description of the tool. Within the solution there should be a module for automated and manual notifications based on certain conditions/activities. In relation with the system processes, automated or manual starting of processes/activities should be enabled based on predefined conditions (time or status of activities) or based on exceptions. The system should enable “full text” searching through non-structured information and searching meta data through structured information will full Macedonian support during the search. With regard to the system users, the bidder is obliged to enable: — Defining, assigning and administrating privileges on the level of: user; user and activity; user and process; group of users; group of users and activities; group of users and process; file; file and activity; file and process; field. — Defining organizational groups of users with the same or different privileges of users within the same group. — Managing of users per groups (institutions) — different groups administered by different administrators without combining administrator privileges. The software application should meet the conditions from “Directions for certifying information systems — section Conditions for certification in accordance with the Law on electronic management”. Development and installation Following the development of the beta version, the developer shall be obliged to deliver a new version during the development phase every 3 weeks until the final version that will be put into production. The delivered version shall be accepted by the Contracting Authority and the persons designated to supervise the process, by following the agile methodology for software development. The application-software will be put in server environment wherefrom it will be available for use over the internet. The servers are capable of hosting various websites prepared with different techniques and they use various technologies and thus all technological solutions and design techniques are acceptable as long as they do not require the procurement of special software for normal operations. The Contractor — application designer shall be obliged to independently put the application in the server environment and to make available the prepared application over the internet. The entire code of the newly created website should match/correspond with the specifications of the W3C (World Wide Web) consortium. Source code The bid should also contain the fee for transferring the rights to the programming code (source code) to ZELS as the Contracting Authority under the following conditions: 1. The Contracting Authority shall acquire unlimited, free of charge, non-exclusive and irrevocable right to use and alter, continuously maintain and upgrade the programming code (source code) of the software application independently or in cooperation with another natural person or legal entity. 2. The material rights to the source code of the software application are non-exclusive and belong to the Contracting Authority and the Contractor. 3. The Contracting Authority may transfer the right to use and modify the source code on non-commercial basis to another public entity in the Republic of Macedonia in accordance with established public interest pursuant to the Law. 4. The right to use and alter the source code cannot be transferred by the Contracting Authority to another natural person or legal entity whose activity is designing software applications, unless such use and alteration is exclusively for the purpose of maintaining or upgrading the software application for the needs of the Contracting Authority or the body to whom the rights have been transferred in accordance with item 3. 5. The Contractor has unlimited, free of charge, non-exclusive and irrevocable right to use and alter the source code of the software application for the needs of the Contracting Authority (in a procedure pursuant to the Law) as well as for the implementation of commercial interests that do not arise from this contractual relation. 6. The Contractor reserves its right to use and alter the source code and has the right to transfer it on commercial or non-commercial basis to another natural person or legal entity. 7. When transferring the right to use and alter the source code, the contracting party conducting the transfer shall be obliged to inform the other contracting party thereof. 8. The Contractor shall be obliged to submit the source code of the software application that is subject of this contract to the Contracting Authority, for the purpose of enabling the Contracting Authority to exercise the acquired rights in unimpeded and unlimited manner. 9. The source code must be appropriately documented and packaged/compressed in such form that, for the Contracting Authority, would enable easy maintenance and further development or upgrading of the software application. The Contractor shall be obliged, when handing over the source code to the Contracting Authority, to also deliver tools and program documentation that enable individual and independent programming and changing the functionalities of the system, as well as integration with other software applications and solutions, without the intervention of the Contractor. NOTICE: Proposal — the graphic design will be presented with mutual consent between the Contractor and the Contracting Authority before being finally defined and implemented. Warranty period Taking into consideration the fact that this is a software application that should be available for use by multiple state bodies and all units of local self-government of the Republic of Macedonia, the bid should also include a fee for maintenance of the software application for a period of 24 months following the final acceptance of the software system, under the following specific conditions: — 24 preventive checks of the entire system (at the beginning of each calendar month) — 24 incidents with response time of 4 hours — 24 incidents with response time of 24 hours — 600 hours of adaptive maintenance (upgrading) of the system itself The Contractor shall be obliged to implement all changes to the application solution (changes and additional work, upgrades to the existing functionalities — modules, examinations, reports and such) arisen as result of changes in the legal acts and bylaws, within the 600 hours define for adaptive maintenance of the system. Training and operating instructions Following the successful acceptance, the Contractor — designer of the application that is the subject of this procurement shall be obliged to implement training for the functionalities and use of the software application for the professional offices which trainings will be organized by the Contracting Authority as follows: — One-day training for 20 groups of persons, intended for representatives of the Ministry of Transport and Communications, municipality administration and the included institutions defined in the technical specification. The groups will be organized in a number not higher than 40 persons. If the presentation allows it, two groups of participants can be covered in one day. — One-day training for 2 groups of persons intended for representatives of the professional office and system administrators in each body. The trainings will be organized according to the needs, if possible with duration not lasting longer than 4 hours each and they will be held in the offices of ZELS, str. Kopenhagenska no. 5, Skopje. The costs of logistics for organizing the training shall be fully borne by the Contracting Authority. The Contractor — designer of the application that is the subject of this procurement shall be obliged to prepare operating instructions for the software applications for all types of users separately. Obligation to implement essential functionalities The Contractor shall be obliged, in the course of the entire implementation of the subject of the contract, to take into account that through the information system determined based on the Law on construction land (Official Gazette of RM no. 15/2015) functionalities may arise that are essential for unhindered performance of the process of administrative actions of the competent bodies, institutions, and which have not been included in the enclosed technical specifications and constitute integral part of this tender documentation. The Contractor shall be obliged to implement such functionalities in the system upon an order from the Contracting Authority during the period of validity of the contract. Security The data security within the offered system should be at the highest level. That is why it is necessary in the offered system to apply security policies which need to be periodically revised and updated according to the risk for disturbing the security. When developing the architecture of the solution, the Contractor should take into account the highest level of security that needs to be achieved in the system. After the completion of the solution development, it is necessary to perform testing of the security thereof in a test environment. Only in case these tests have been successfully passed, the system can be put in production environment, where additional security tests need to be conducted. In addition to testing the security level of the system, it is also necessary to test the functionalities, technical problems and such. The tests need to include the following: — Testing the functionality of the software. — Testing the integration — Checking the functionality of the software solution and its smooth operation, i.e. testing the internal functions. — System testing — this is a test of the entire system and it is performed in order to check whether the system meets the quality standards. — Regressive testing — Testing whether the updating a certain part or module would reflect on the functionality of another part or module. — Testing and checking for technical deficiencies of the software. — Testing the software performances (speed, capacity, stability and scalability). — Testing the load (the software is tested with maximum capacity in order to check its behaviour). — Stress test — Testing according to different scenarios for incidents. — Testing the security (reliability, integrity, authentication, availability, authorizations, whether the software is secure from weaknesses, security of the database, testing the data input and the validation thereof, SQL attacks, deficiencies, testing the security of client — server session, CSS attacks, buffer overflow attacks, directory traversal attacks, etc.). — Testing the production environment. — Testing the servers and the network infrastructure connected to the servers. After the testing a report should be submitted prepared by experts in the area of security of information technologies. Scalability The offered system should provide a high level of scalability, particularly from the aspect of increased scope of data in the database with the course of time, flow of information, as well as increasing the number of users within the system. The scalability requirement should not affect the environment of the required levels of security, availability and performances. The increase in the working environment of the system could primarily be caused by: — Increase in the number of transactions; — Increase in the number of functionalities; — Increased complexity of transactions; — Increased complexity of the functionalities; — Increase in the number of users (end users or other institutional users). The system should be implemented in a manner that would enable increasing the capacity for proportional processing of the workload, without changing the architecture. Adaptability and upgradability Adaptability shall mean the ability to easily modify the current functionalities within a system. Upgradability shall mean the ability to easily add new functions into a system. The system should provide these two characteristics, whereas they should not have the effect of downgrading the system performances in everyday operations. Confidentiality Confidentiality represents a measure of authenticity of the information. The design of architecture of the offered system should provide an application of the security measures and policies, thereby increasing the confidentiality of information. The overall communication between the offered system and users, both external (end users) and internal (from the institutions included in the system), should be confidential and protected. Taking into consideration the fact that the system infrastructure includes the Internet as a way of accessing the services, the security of communications should be guaranteed through the relevant security mechanisms. Application log sub-system The system should provide traceability of who has access to the system and what are its activities, i.e. it should entail a mechanism for logging events, specifically: — Logging changes to configuration elements; — Logging additions, modifications and deletion of any entity included in the application; — Logging actions through which the system generates documents; — Logging events that are results of interactions with external systems; — For every generated file, the data being logged should contain at least the following information: — Date and time when the event took place; — Area (module) where the event occurred; — Who initiated the event (logged in user, external system); — What happened (change of data, change of configuration, issued document). The format of the log files should be standard and easily readable from the existing systems for collection and analysis of logs outside of the database. Integration and exchange of information with other applications The system should enable other applications that need data to access such data, according to the defined user rights and with the use of web services and SOA with the use of WSE (web services extensions). The system should prevent direct access to the database for the integration with other systems. The same interface for integration with external systems should provide capabilities for exchanging data with other institutions by exchanging text files (txt, csv, xml and such). SSL server certificate The bidder should include in its offer a server SSL certificate with a validity period of minimum 2 years, enable a green bar on the browser, when loading the web address, and be compatible with all web browsers. The certificate shall offer the possibility to license multiple servers for hosting a single domain. Free of charge withdrawal or repurposing of the certificate. In addition, the certificate should be in compliance with the standards prescribed in “Directions for certifying information systems — section Conditions for certification in accordance with the Law on electronic management”. SMS module The software application should possess a service (module) for sending short messages to an already existing SMS server within ZELS, i.e. to MICROSOFT MESSAGE QUEUE through which the SMS delivery is conducted. Hardware infrastructure The solution should also include a hardware platform where the software application will be executed. The relevant functionality anticipates minimum 2 server platforms, 1 storage for keeping the data and infrastructure that will connect these system components with the existing network infrastructure. For the purpose of minimizing the expenses for cabling and power supply, it is planned for it to be placed in a single case with common redundant power supply consisting of at least 4 power supplies that will function in 2+2 mode of operation, redundant hot-plug fans and a network switch with minimum 8 external gigabit ports. The case with all the built-in components of the system (servers, storage space, network switch, power supplies, etc.) should not exceed 5U height in a rack cabinet. The case must also be equipped with a protective safety mask with a lock and include sliding rails and a handle for operating the cables to be mounted in the rack cabinet. The rack cabinet is not subject of procurement in this public procurement announcement. The case must have minimum 2 PCIe slots to support additional controllers and graphics cards. The installed storage space should comprise at least 3TB Near-Line SAS hot-plug disks and have the ability for expansion of at least 12 x 3.5” hot-plug disks, i.e. the capacity for at least 48 TB. The RAID controller should have at least 1 GB flash memory and support minimum the following RAID configurations: RAID 0, 1, 5, 6, 10, 50, 60. In order to enable uninterrupted functionality of the system within the following 3 years, each of the two server platforms should possess at least the following minimum characteristics: Two-processor system with installed at least one quadruple core processor at the frequency of minimum PassMark score of 15000, memory of minimum 64GB RDIMM DDR3 and expandability of at least 384 GB. It should include at least 300 GB SAS hotplug system useful capacity (configuration in RAID 1 group). The network communication should be carried out through minimum 4 gigabit ports. The bid needs to include all the necessary licenses for uninterrupted use of the software solution. The management of the entire platform should be conducted through one unique console locally and remotely, through which all resources will be managed such as the server nods, storage, network components, power supplies without the additional installation of agents. The entire hardware platform should have a warranty period of at least 3 years. Technical and professional capacity: 1. The economic operator needs to have minimum three (3) confirmations/contracts for successfully implemented software systems in the past three (3) years, with values, dates and purchasers; 2. The economic operator needs to have minimum ten (10) regularly employed certified persons as follows: — Minimum 5 programmers employed in regular labour relation from which at least 2 programmers who possess certificates for programming language for work in the area of the offered solution; — Minimum 1regular employee with a certificate for administration of the platform in the area of the offered solution; — Minimum 2 regular employees with a certificate for the relation database for the offered platform. 3. The economic operator needs to have minimum two certified persons for management of IT services. 4. The economic operator needs to have minimum one certified project manager. 5. The Chief Project Manager nominated by the economic operator needs to possess at least ten (10) years of relevant working experience as project manager in the IT industry, responsible for the operational activities including: procurement, installation, configuration, integration, implementation, putting into operation and support of IT solutions. The economic operator needs to possess the following certificates for quality control: Quality Management Standard — ISO 9001:2008 IT Service Management Standard — ISO 20000-1:2011 IT Security Management Standard — ISO 27001:2005.

Architectural, construction, engineering and inspection services

Public Entreprise for State Roads — Skopje | Published July 18, 2015
Winner
DIPK Evro Konsalting DOO
cpvs
71000000

Supervision of rehabilitation of 7 road sections: — Delcevo — Golak; — Mokrino — Smolari; — Dojran — Nikolikj; — Brvenica — Gostivar; — Crniliste — Ropotovo — Lazani; — Krivogastani — Obrsani — Vogjani; — Junction with R1202 – Zupa.

Architectural, construction, engineering and inspection services

Public Entreprise for State Roads — Skopje | Published April 29, 2015  -  Deadline June 11, 2015
cpvs
71000000

Supervision of rehabilitation of 7 road sections: - Delcevo - Golak; - Mokrino – Smolari; - Dojran – Nikolikj; - Brvenica – Gostivar; - Crniliste – Ropotovo – Lazani; - Krivogastani – Obrsani – Vogjani; - Junction with R1202 – Zupa.

Architectural services; engineering services and integral engineering services; spatial planning and engineering — landscaping services; related scientific and technical consulting services; technical check and analysis services

Ministry of Culture of the Republic of Macedonia | Published March 29, 2017  -  Deadline May 8, 2017
cpvs
71000000

Architectural services; engineering services and integral engineering services; spatial planning and engineering — landscaping services; related scientific and technical consulting services; technical check and analysis services.

Compulsory administrative enforcement of adopted administrative acts, removal of temporary facilities, illegally built facilities and architectural barriers on the territory of Centar Municipality, Skopje.

Opstina Centar — Skopje | Published March 5, 2016  -  Deadline March 21, 2016
cpvs
45000000

Compulsory administrative enforcement.

Architectural, construction, engineering and inspection services

Opstina Centar — Skopje | Published January 9, 2016  -  Deadline January 28, 2016
cpvs
71000000

https://e-nabavki.gov.mk/AuthorizedAccess/Dossie/dosieACPP.aspx?EntityId=b185c177-2e72-4517-8a65-77ebcb26ec27&ProcessNumber=01/2016

Architectural, construction, engineering and inspection services

Public Entreprise for State Roads — Skopje | Published December 30, 2014
Winner
<CONTACT_DATA_WITHOUT_RESPONSIBLE_NAME><ORGANISATION><OFFICIALNAME>Gradezen institut Makedonija AD</OFFICIALNAME></ORGANISATION><ADDRESS>Drezdenska No. 52</ADDRESS><TOWN>Skopje</TOWN><POSTAL_CODE>1000</POSTAL_CODE><COUNTRY VALUE="MK"/></CONTACT_DATA_WITHOUT_RESPONSIBLE_NAME>
cpvs
71000000, 71310000

Supervision of the Rehabilitation of State Road A3, Section Bukovo-Resen-Bitola.

Architectural, construction, engineering and inspection services

Public Entreprise for State Roads — Skopje | Published December 31, 2014
Winner
<CONTACT_DATA_WITHOUT_RESPONSIBLE_NAME><ORGANISATION><OFFICIALNAME>Gradezen institut Makedonija AD</OFFICIALNAME></ORGANISATION><ADDRESS>Drezdenska No. 52</ADDRESS><TOWN>Skopje</TOWN><POSTAL_CODE>1000</POSTAL_CODE><COUNTRY VALUE="MK"/></CONTACT_DATA_WITHOUT_RESPONSIBLE_NAME>
cpvs
71000000

Completion of Design Documentation for Construction of Motorway A2, Section Trebeniste - Struga.

Construction of fecal sewerage network for the wastewater treatment plant in the populated place Trpejca-Ohrid

Ministry of Environment and Physical Planning | Published November 22, 2016
Winner
Fabrika Karposh
cpvs
45240000

The Basic Design for the wastewater treatment plant for the populated place Trpejca, Ohrid consists of Book -1

Secondary and primary sewerage network for the populated place Trpejca, (Book 1.1 Hydrotechnics, Book 1.2

Electrics and Book 1.3 Statics calculation) and Book -2 Wastewater treatment plant (Book 2.1 Hydrotechnics,

Book 2.2 Electrics and Book 2.3 Architecture and Book 2.4 Statics calculation.

The Basic Design for the wastewater treatment plant for the populated place Trpejca, Ohrid envisages

local treatment of the waste waters in the poplated place Trpejca or engineering of decentralized sewerage

pressurized system with separate (local) wastewater treatment plant (WWTP) positioned near the road Ohrid –

Sv.Naum at a distance of approximately 1000 m from the populated place.

Sewerage pressurized system consists of branch-like network of pipelines with small diameter of service laterals

— mainly D=40/60 mm etc., ‘grinder’ pumping stations serving all users of the sewerage system.

Sewerage network in the populated place, besides sewerage pressurized system, will also include conventional

gravitational pipelines in part and submersed pipeline to the location envisaged as site for the wastewater

treatment plant (WWTP). The overall length of the pipelines is 4450 meters.

It is also envisaged to set 52 grinder pumping stations, development of three re-pumping stations, one central

pumping station, engineering of electrical installations, as well as engineering of 56 manholes.

The Basic Design for the wastewater treatment plant for the populated place Trpejca is technical solution with

elaborated treatment, calculations and graphical appendixes. Treatment of the wastewater for organic matter

has been envisaged to be biological treatment with CB Reactors, while chemical treatment has been envisaged

to include removal of phosphates from treated water. Owing to the geographical position of the plant and the fact

that Ohrid Lake is the recipient, tertiary treatment is envisaged as well, with disinfection by UV lamps in order to

ensure safe discharge of the treated water.

Construction of faecal sewerage network for the waste-water treatment plant in the populated place Trpejca-Ohrid

Ministry of Environment and Physical Planning | Published July 2, 2016  -  Deadline July 19, 2016
cpvs
45240000

The Basic Design for the waste-water treatment plant for the populated place Trpejca, Ohrid consists of Book -1 Secondary and primary sewerage network for the populated place Trpejca, (Book 1.1 Hydrotechnics, Book 1.2 Electrics and Book 1.3 Statics calculation) and Book-2 Waste-water treatment plant (Book 2.1 Hydrotechnics, Book 2.2 Electrics and Book 2.3 Architecture and Book 2.4 Statics calculation).

The Basic Design for the waste-water treatment plant for the populated place Trpejca, Ohrid envisages local treatment of the waste waters in the populated place Trpejca or engineering of decentralized sewerage pressurized system with separate (local) waste-water treatment plant (WWTP) positioned near the road Ohrid-Sv. Naum at a distance of approximately 1 000 m from the populated place.

Sewerage pressurized system consists of branch-like network of pipelines with small diameter of service laterals — mainly D=40/60 mm, etc. ‘grinder’ pumping stations serving all users of the sewerage system.

Sewerage network in the populated place, besides sewerage pressurized system, will also include conventional gravitational pipelines in part and submersed pipeline to the location envisaged as site for the waste-water treatment plant (WWTP). The overall length of the pipelines is 4 450 meters.

It is also envisaged to set 52 grinder pumping stations, development of 3 re-pumping stations, 1 central pumping station, engineering of electrical installations, as well as engineering of 56 manholes.

The Basic Design for the waste-water treatment plant for the populated place Trpejca is technical solution with elaborated treatment, calculations and graphical appendixes. Treatment of the waste-water for organic matter has been envisaged to be biological treatment with CB Reactors, while chemical treatment has been envisaged to include removal of phosphates from treated water. Owing to the geographical position of the plant and the fact that Ohrid Lake is the recipient, tertiary treatment is envisaged as well, with disinfection by UV lamps in order to ensure safe discharge of the treated water.

Preparation of urban planning, architectural and urban projects and projects for the infrastructure

Municipality of Gazi Baba | Published August 24, 2016  -  Deadline October 3, 2016
cpvs

Preparation of urban planning, architectural and urban projects and projects for the infrastructure at the territory of the Municipality of Gazi Baba.

Architectural, construction, engineering and inspection services

Ministry of Defence | Published January 6, 2016  -  Deadline February 8, 2016
cpvs
71000000

Detailed description in tender documentation https://e-nabavki.gov.mk/PublicAccess/home.aspx#/dossie/9aa60455-e868-40a8-91dd-e7a314bfad8c

Architectural, construction, engineering and inspection services

Joint-stock company for construction and management of residential and commercial properties significant to the country — Skopje | Published December 15, 2016
Winner
Drustvo za proizvodstvo i uslugi NET-Elektroniks Vladimir DOOEL Skopje
cpvs
71000000

Procurement and delivery of services for regular maintenance and servicing of video beams and system for operating the video beams of ‘Philip II National Arena’ — Skopje, in accordance with the description and quantities from the detailed specification. The procurement includes ongoing maintenance and servicing of video beams and the system for operating video beams, of all the parts provided in the detailed specification, disassembling of the parts, procurement of new parts and assembling them, such as display-panels, video card module, BNC Optic transmitting pens, BCN to LAN converters, computer display drivers, air-conditioning systems and everything else listed in the technical specification.

Architectural, construction, engineering and inspection services

Joint-stock company for construction and management of residential and commercial properties significant to the country — Skopje | Published October 11, 2016  -  Deadline October 28, 2016
cpvs
71000000

Procurement and delivery of services for regular maintenance and servicing of video beams and system for operating the video beams of ‘Philip II National Arena’ — Skopje, in accordance with the description and quantities from the detailed specification. The procurement includes ongoing maintenance and servicing of video beams and the system for operating video beams, of all the parts provided in the detailed specification, disassembling of the parts, procurement of new parts and assembling them, such as display-panels, video card module, BNC Optic transmitting pens, BCN to LAN converters, computer display drivers, air-conditioning systems and everything else listed in the technical specification.

Architectural, construction, engineering and inspection services

Public Entreprise for State Roads — Skopje | Published April 8, 2016  -  Deadline April 25, 2016
cpvs
71000000

Architectural, construction, engineering and inspection services

Architectural, construction, engineering and inspection services

Public Entreprise for State Roads — Skopje | Published April 8, 2016  -  Deadline April 21, 2016
cpvs
71000000

Architectural, construction, engineering and inspection services

Architectural, construction, engineering and inspection services

City of Skopje | Published January 13, 2016  -  Deadline January 31, 2016
cpvs
71000000

Architectural, construction, engineering and inspection services

Architectural, construction, engineering and inspection services

National Institution Cinematheque of Macedonia | Published September 29, 2015  -  Deadline October 6, 2015
cpvs
71000000

Architectural, construction, engineering and inspection services

Architectural, construction, engineering and inspection services

The Ministry of Economy | Published October 7, 2017
cpvs
71000000

Architectural, construction, engineering and inspection services

Architectural, engineering and surveying services

Public Entreprise for State Roads — Skopje | Published March 23, 2017
cpvs
71250000

Architectural, engineering and surveying services