Appendix 3 SELF-SUMMARY OF PROFESSIONAL ACCOMPLISHMENTS

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1 dr inż. arch. Przemysław Markiewicz Plitechnika Krakwska, Wydział Architektury, Instytut Prjektwania Budwlaneg A-4 Appendix 3 SELF-SUMMARY OF PROFESSIONAL ACCOMPLISHMENTS 1. Name and surname: Przemysław Markiewicz 2. Diplmas, academic/artistic degrees - including name, place and year f btainment and the title f the dctral dissertatin The degree f magister inżynier architekt btained at the Faculty f Architecture f the Cracw University f Technlgy n , album n. 2904/A. Degree f dktr nauk technicznych, awarded by Prclamatin f the Faculty Cuncil f the Faculty f Architecture f the Cracw University f Technlgy f Dctral thesis titled: "Dbór nwczesnych technlgii budwlanych dla budwnictwa mieszkaniweg". Other diplmas, certificates and licences (appendix n. 3): Certificate f membership in the Lesser Pland Chamber f Architects f the Republic f Pland, membership number MP-0382, frm 2003 t tday. Design and cnstructin supervisin license n. RP-135/94, btained n , issued by the WPRiP f the Vivdship Office in Krakw. Diplma f admissin int the membership in the Sectin f the Plish Academy f Science, Krakw Branch, Cmmissin f Architecture and Urban Design, Sectin f Building Cnstructin, date f issue: Pedaggic Study fr Assistants graduatin diplma awarded by the Pedaggy and Psychlgy Centre f the Cracw University f Technlgy, n. 1/99/2000, date f issue: Recmmendatin f the Assciatin f Plish Architects (Stwarzyszenie Architektów Plskich - SARP) issued by the Bard f the Krakw Branch f SARP, f bks authred by Przemysław Markiewicz n the subject f architectural and technical design, granting the right f placing the SARP lg n their cvers. Certificate f the cmpletin f a curse n wrkplace health and safety, rganised by the Centre f Training and Quality Systems Organisatin f the Cracw University f Technlgy, date f issue: Certificate f the cmpletin f an intensive curse n the peratin f ArchiCAD sftware titled "Cnstructin and interir design", btained frm Graphisft, Diplma f appreciatin issued by the Rectr f the Cracw University f Technlgy and the Representative f the Rectr n Matters f Student Scientific 1

2 Clubs f the Cracw University f Technlgy, fr the c-supervisin f the GROW Students' Scientific Club at the Faculty f Architecture f the Cracw University f Technlgy, date f issue: Certificate f the cmpletin f a curse fr Plish architects and civil engineers - Zer-energy standard-public building mdernisatin. The curse was carried ut as a part f a prject titled "Cnceptual design f the adaptatin f tw selected buildings t the near-zer-energy standard" - with the acrnym KODnZEB. The prject was financed fby the EOG Financing Mechanisms as a part f the Bilateral Cperatin Fund at the level f the PL04 Operatin Prgramme "Saving energy and prmting renewable energy surces", date f issue: Certificate f participatin in the executin f the "Lesser Pland Vcatinal Schl Staff Perfrmance Imprvement System Mdernisatin" EU prject, date f issue: Certificate f underging 200 hurs f internship as a part f the "Lesser Pland Knwledge Transfer Netwrk" EU prgramme between and Certificate f perfrming educatinal wrk in an architectural class at the A. Witkwski high schl n. V in Krakw, Nminatin fr membership in the A-4 Cuncil f the Cnstructin Design Institute f the Faculty f Architecture f the Cracw University f Technlgy n Infrmatin regarding previus emplyment academic facilities full-time emplyment as an academic an didactic assistant at the Faculty f Architecture f the Cracw University f Technlgy at the Chair f Building Cnstructin and Cnstructin Materials f the Institute f Architecture and Rural Planning nminatin by the Rectr f the Cracw University f Technlgy t the pst f academic and didactic adjunct fr an indefinite time perid present, full-time emplyment as an academic and didactic adjunct at the A-4 Institute f Cnstructin Design, Faculty f Architecture f the Cracw University f Technlgy nminatin fr membership in the Cuncil f the A-4 Cnstructin Design Institute f the Faculty f Architecture f the Cracw University f Technlgy n fr the perid up t the 30th f September businesses Frm t emplyment at the "D.C. Engineering Ltd." Engineering Design, Delivery and Cnstructin Cmpany as an architect, as well as - additinally - as a crdinatr and rganiser f cnstructin sites that the afrementined cmpany wrked n. 2

3 Frm 1992 t carrying ut cmmissined cnsulting prjects in the field f cnstructin and initial design wrk n the cnceptual design f buildings fr "CITYLAND" Ltd. - a Dutch cmpany investing in Pland. Frm t the present - running f the "ARCHI-PLUS" cmpany which includes an architectural design practice and cnsulting firm, as well as a specialist technical publishing huse. 4. Identificatin f the achievement listed in art. 16 sectin 2 f the Act f the 14th f March 2003 n Academic Degrees and Scientific Titles, as well as n Degrees and Titles in the Arts (Dz. U ps. 882 with changes in Dz. U ps ): I wuld like t identify my riginal mngraph as the basis f the initiatin f the habilitatin prcedure, titled:: title f scientific achievement: Zintegrwane Prjektwanie Energetyczne jednrdzinnych, energszczędnych budynków mieszkalnych 1 authr: Przemysław Markiewicz MONOGRAFIE POLITECHNIKI KRAKOWSKIEJ SERIA ARCHITEKTURA, Wydawnictw PK, ISBN: , Krakw 2017 Scientific editr: dr hab. inż. arch. Pitr Gajewski, prf. PK Publishing editrs: dr hab. inż. arch. Stanisława Wehle-Strzelecka prf. dr hab. inż. arch. Elżbieta Dagny-Ryńska Presentatin f the scientific/artistic gal f the abvementined wrk and the results that have been achieved, alng with a descriptin f their ptential implementatin The Mngraph Zintegrwane Prjektwanie Energetyczne jednrdzinnych, energszczędnych budynków mieszkalnych cnstitutes a summary f my previus scientific research n the prblem f the architectural and technical design f buildings that feature high energy efficiency. The subject that was discussed in the wrk is significant, innvative and tpical. The Eurpean Unin has perfrmed research in the directin f limiting energy cnsumptin in the cnstructin sectr fr many years. It is estimated that arund 40% f the entire energy cnsumptin f Eurpean cuntries is energy cnsumed fr the heating f buildings and, due t the fact that the cnstructin sectr enjys dynamic develpment, this leads t further increases in energy cnsumptin. Directive 2010/31/EU f the Eurpean Parliament and f the Cuncil f 19 May 2010 n the energy perfrmance f buildings cmpels member states t intrduce legislatin that will ensure that, frm 31 December 2018 nwards, all public buildings and, frm 31 December 2020 nwards, all newly built buildings will be near-zerenergy buildings. Each EU member state must intrduce its wn definitin f near zerenergy buildings. On 1 January 2014, with the means f the Ordinance f the Minister f Infrastructure Regarding the Technical Cnditins that are t be Met by Buildings and their 1 Integrated Energy Design f Single-Family Energy Efficient Residential Buildings in English - transl. nte. 3

4 Placement, which utlines the currently binding minimal standards fr architectural and technical slutins used in Pland, far-reaching changes were intrduced, the gal f which was t lwer the amunt f energy necessary t meet the demand f a building fr heat. The regulatins have been structured in a manner that makes the requirements stricter in a sequence f three stages. The first strictness increase regarding thermal requirements tk place in January 2014, while the next has been in effect frm January 2017, with the last t be implement in January The final requirement threshld will be the equivalent f the Plish definitin f a building with a near-zer energy cnsumptin. The design f energy efficient buildings is n lnger an exclusive alternative, but a cmmn necessity, resulting frm envirnmental, ecnmic and scial factrs, as well as frm current regulatins. As architects, we shuld take particular care that Pland finds itself amng cuntries that deliberately strive t imprve their energy situatin in the cnstructin sectr. Meanwhile, we are currently in the leading grup f Eurpean cuntries in terms f the wrst air quality, ne f the main causes f which is a very lw energy standard f single-family residential buildings. The csts that we are paying fr this are enrmus and we shuld d all that is in ur pwer t change this state f affairs. A cmprehensive and systemic analysis f the prblem f the design f single-family residential buildings, perfrmed in rder t radically increase their energy efficiency, is f utmst necessity. It shuld be primarily perfrmed frm the perspective f the methdlgy f the develpment f an architectural design, as it is the architect wh is respnsible fr the manner f the rganisatin f the design prcess, the drafting f the bjectives and guidelines fr detailed specialist designs, rganising cperatin with experts and specialist designers, as well as the verall integrity and quality f design dcumentatin. Energy efficient buildings are structures that are technlgically advanced, and whse design requires an architect t thughtfully and skilfully cmbine architectural, technical, technlgical and material slutins with thse regarding building services, as well as t perfrm detailed simulatins and calculatins f their energy efficiency. Practically all design slutins that are recmmended fr energy efficient buildings greatly differ frm previus, generally used standard nes. Determined by the verarching issue f energy efficiency, the principles f the shaping f the surrundings, frm and functinal layut f a building change, and the set f energy efficient architectural and technical cmpnents ut f which a building is cmpsed f becmes, t a large degree, c-dependent n the implemented infrastructural slutins. The design f energy efficient buildings requires a rerganisatin f the design prcess, in which the initial phase f design and the intrductin f apprpriate design supprt tls in the frm f specialist cmputer sftware is f significant imprtance. The subject f my wrk are the prblems f the design f energy efficient buildings using specialist design sftware, which makes it pssible t perfrm simulatins f the energy efficiency f a building. The design principles that are described in this wrk are called Integrated Energy Design - IED. It has been presented n the example f an riginal design f an energy efficient reference building. Fur mdules are f decisive imprtance in the methdlgy f Integrated Energy Design: 1) climate, 2) human factrs, 3) building envelpe, 4) building services. 4

5 Thanks t cutting edge specialist cmputer prgrams used t perfrm energy simulatins n virtual mdels f buildings built in a BIM prgram, it is pssible t determine the influence f each factr n energy cnsumptin already at the design stage. Detailed analyses f energy cnsumptin within a building allw us t determine the scalled energy balance f a building, and thus, the prprtins between thermal lsses and gains. Thermal gains within a building include energy that is supplied t the circuit. This energy can be drawn frm utside surces, frm sunlight r frm heat prvided by central heating. Internal gains cme frm sunlight, frm the ccupants f a building and frm the varius prcesses that take place within it. Thermal lsses within a building cause a large increase in useable energy that is needed t balance them ut. Energy lsses mstly ccur thrugh external partitins and thrugh the ventilatin system. The thermal insulatin f the entire envelpe f the building, thermal bridges and the air tightness f the partitins significantly affect their level. The Integrated Energy Design f energy efficient buildings als includes an apprpriate strategy f the selectin f architectural and technical slutins, as well as technical building services, understd as an apprpriate sequence and hierarchy f activities within the prcess f architectural and technical design, as well as building services slutins, cmbined with energy and financial analyses. 1) The first step is reducing energy demand thrugh the use f apprpriate measures (the ptimal frm and rientatin f a building, a prper functinal and temperature zne layut, using highly effective thermal insulatin, high air tightness, a supply and exhaust ventilatin with thermal recuperatin and grund thermal exchangers). 2) The secnd step is the use f renewable energy - this is assciated with the use f technlgies based n lcal surces f renewable energy, such as slar cllectrs, phtvltaic cells, grund heat exchangers, technlgies that make use f wind-generated energy, etc. 3) Shuld analyses f a design indicate that there is still a need fr useable energy, then the third step is the use f the least plluting fssil fuels in the mst effective manner pssible. The scientific gal f the wrk is the develpment f a methdlgy f the integrated energy design f single-family residential buildings in Pland within the scpe f the architectural design. This gal was meant t be achieved by: the definitin, separatin and establishment f the sequence f elements f design wrk that are imprtant in the btainment f high energy efficiency, the develpment f a set f partial, variant architectural slutins, that - when assembled tgether - will radically lwer the energy demand f a building, as well as the frmulatin f their shaping, their bundaries and cnditins f their selectin, the cmparative analysis f the degree f the impact f individual variant slutins n the energy efficiency f an entire building. 5

6 The narrwing dwn f the field f research t the prblem f the design f single-family residential buildings featuring high energy efficiency is justified fr the fllwing reasns: Single-family residential buildings are the mst ften encuntered type f buildings in Pland and cnstitute the largest grup in terms f cmbined useable area. The number f single-family residential buildings that are being built in Pland is systematically rising. Their share in the cnstructin sectr exceeded 50% with a tendency fr further grwth. An average-sized design f a single-family residential building is cnvenient fr the purpses f carrying ut varius types f analyses and studies, due t the fact that when it is develped with a standard functinal prgramme and a relatively small useable area and building vlume, it features a typical set f design prblems that decisively impact energy efficiency. The results f analyses and studies can thus be used in the design f ther types f buildings. Only 1% f existing single-family residential buildings can be described as energy efficient, while ver 70% (3,6 millin) are buildings that d nt feature any thermal insulatin at all r are insulated much t thinly. The high energy cnsumptin f single-family residential buildings causes their wners t chse the cheapest and least envirnmentally-friendly heating slutins. Pllutin emissin generated by the single-family residential building sectr is the main surce f air pllutin. On the ther hand, it is the sectr with the greatest ptential in terms f the pssibility f reducing the cnsumptin f energy and the prtectin f the envirnment. A radical reductin f energy demand in the single-family residential buildings sectr is becming a necessity. The examples f many develped Eurpean cuntries indicate that it is pssible t d s and the implementatin and ppularisatin f energy efficient cnstructin brings with it a series f benefits, bth n the lcal and glbal scale. In rder t make the study pssible, an riginal reference building had been designed, fr which variant analyses were perfrmed that made it pssible t answer the questin regarding the degree f the impact f the factrs that have been listed belw n energy efficiency: 1) a building's rientatin relative t the cardinal directins and its expsure t wind; 2) establishing temperature znes fr rms; 3) whether a building has a cellar r nt; 4) the presence f buffer znes; 5) massive structural elements that accumulate heat; 6) the size f glazed surfaces in a building and their rientatin relative t the cardinal directins; 7) air tightness; 8) the use f recuperatin, air cnditining, etc. A reasnable balance needs t be struck in the shaping f design slutins fr energy efficient buildings. A balance between traditinal, histrical architectural and technical slutins that have been develped thanks t the experience f entire generatins in cmbinatin with the specifics f lcal climate cnditins and mdern material and technlgical slutins, including the mre and mre effective technical equipment within a 6

7 building, that have largely made mdern structures independent f the influence f atmspheric cnditins. The results f the wrk indicate that withut a methdlgy f and a change in the rganisatin f design wrk in the manner that has been utlined in it, it is very difficult t design buildings with a high level f energy efficiency. In the case f the lack f the pssibility f crrecting design slutins n the g, an architect lses cntrl in terms f the energy efficiency f a building and transfers it t building services engineers, wh, while nt being architects, shuld nt intrduce any design crrectins by themselves. The effect f the study is a clear cnclusin that states that the design f energy efficient buildings demands that the apprach t current principles f design needs t be altered in the directin f Integrated Energy Design. This is assciated with the use f prper design supprt tls. These tls cme in the frm f BIM-cmpliant sftware, which is cnnected with prgrams that make it pssible t perfrm energy efficiency simulatins n the virtual mdel f a building. All f an architectural design's precisely parameterised elements are crucial and need t be cmprehensively analysed. It is very imprtant t shift the main fcus f design decisins t the earliest pssible stage f design, when it is easier t intrduce amendments t slutins in a manner that des nt generate additinal csts. In particular, the results f the study indicate that the final degree f a building's energy efficiency is influenced by many mutually supplementing and c-dependent architectural and cnstructin-related slutins, which are recmmended fr energy efficient buildings. The mre f these slutins are implemented in a design and during cnstructin, the better the final energy parameters f a building will be. A part f the recmmended design slutins can be described as bligatry, while the remaining nes as cmplementary - this means that pting nt t implement them des nt disqualify a building frm being cnsidered energy efficient, but it can make it difficult t achieve the highest energy standards. The fllwing design slutins shuld be treated as bligatry in energy efficient buildings: The rientatin f a building twards the suth (with a maximum deviatin nt exceeding 30 ). High thermal insulatin prperties f all the external partitins that cnstitute a building's envelpe, including the slab n grade, at a level which is t be as clse as pssible t U = 0,1 [W/m 2 K]. High quality windws, planned primarily in rder t achieve the mst advantageus energy balance f thermal gains and lsses. The eliminatin f linear thermal bridges. A high air tightness f the entire envelpe f a building, at a level f at least n 50 = 1,0 [ac/h], which meets the standard f a lw-energy building. Supply and exhaust mechanical ventilatin with a system f heat reclamatin with the use f a recuperatr. Differences in the energy efficiency f energy efficient buildings that feature the same parameters which ccur due t a building's lcatin in ne f the five climate znes that are present in the territry f Pland are very small. It is thus unjustified t prvide different design slutins f energy efficiency depending n a building's lcatin in a particular climate zne. Cntrary t energy efficient buildings, the prviding f different, lcatin-dependent 7

8 design slutins in nrmative buildings, which are much mre sensitive t changes in climate, is fully justified. Differences in energy efficiency becme significant and increase all the mre in line with the wrsening f the energy standard f a building. Buildings in which the set f architectural and cnstructin-related slutins that are recmmended in rder t increase energy efficiency require much mre attentin during the design prcess. The chain f causes and effects between these architectural, cnstructinrelated and infrastructural slutins requires verificatin thrugh apprpriate simulatins fr all the seasns f the year, fr each day, fr every individual design. The lack f the verificatin f a design thrugh energy simulatins can lead t a situatin in which, during the summer seasn, thermal cmfrt is ging t significantly deterirate, despite the fact that energy demand during the heating seasn will decrease. The causes f this are varied and withut perfrming apprpriate simulatins it is difficult t accurately and precisely determine them. The use f natural ventilatin practically disqualifies a building frm being able t achieve the parameters f an energy efficient building. Increasing the surface f windws within an energy efficient building des nt lead t significant energy lsses - under the cnditin that it applies t the suthern side f a building. The relatively large thermal lsses thrugh windws can seem larger than in nrmative buildings and result frm the high thermal insulatin parameters f external walls, which is why the prprtinal thermal lss caused by windws appears larger. In terms f energy efficiency, it is beneficial t use unheated buffer znes within a building. The use f massive structural elements (walls, flr slabs) that accumulate heat lwers the energy demand fr heating during the winter seasn. Digital simulatins allw us t verify whether the massive structures are ging t lead t a risk f verheating during the summer seasn - and, by extensin, lwer thermal cmfrt - r nt. The use f external shading luvres and glazing with antireflective cating can greatly increase thermal cmfrt during the summer seasn. Hwever, this is nt always a slutin that allws t fully avid the verheating f a building. The use f air cnditining significantly increases cmfrt, but als greatly increases final energy cnsumptin, as well as peratinal csts. Thus it is nt an energy efficient slutin. Letting ut excess heat that accumulates within a building during ht days leads t high energy lsses thrugh ventilatin. The effective cling f a building withut incurring energy lsses can be perfrmed by intrducing nightly venting. The autmatic system f the heating and ventilatin services prevents the verheating f a building in transitin perids due t excessive heating f the supplied air. The wrk and its results can and shuld be used in the establishment f a system f aids fr design practices and architects, students f architectural faculties, as well as prperty develpers and users f buildings in terms f cmprehensive slutins that serve t increase the level f the energy efficiency f buildings. The implementatin f the results f the research in the prcess f architectural design and the cperatin between the varius branches f cnstructin-related engineering will lead t a better and mre effective 8

9 rganisatin f the design prcess, the wider spread f design slutins that make it pssible t radically lwer the energy demands f buildings and a series f envirnmental and ecnmic benefits, as well as in regards t sciety, which are a result f decreasing and ratinalising the use f energy during the peratin stage f prjects. 5. Wrks befre btaining the degree f dktr nauk technicznych I began my Master's level Architecture and Urban Design studies at the Faculty f Architecture f the Cracw University f Technlgy in 1984, after graduating frm high schl where I attended a mathematics and physics-fcused class. During my university studies I participated in a student exchange prgramme between the Cracw University f Technlgy and the Faculty f Architecture f the University f Delft in the Netherlands. Immediately after graduating frm university in 1990 I began wrk at the D.C. Engineering Ltd. Engineering Design, Supply and Cnstructin Cmpany as an architect and crdinatr / rganiser f cnstructin sites that the cmpany perfrmed cnstructin wrk n. This allwed me t gain experience, thanks t which I was able t btain a full design and cnstructin site supervisin license in After 1992, while cncurrently wrking at D.C. Engineering Ltd. I perfrmed cnsulting wrk in the cnstructin sectr and initial design wrk in the frm f cnceptual designs f buildings fr a Dutch cmpany that invested in Pland - CITYLAND Ltd. In 1992 I funded my wn cmpany named ARCHI-PLUS, which I run t this day, and which includes an architectural practice, cnsulting ffice and a specialist, cnstructin-fcused publishing huse. In 1995 I became emplyed as a full-time academic and didactic assistant at the Faculty f Architecture f the Cracw University f Technlgy, at the Chair f Building Cnstructin and Cnstructin Materials f the Institute f Architecture and Rural Planning. a. Scientific and research wrks In 1995, which was the year in which I began my wrk at the university, the first editin f my ppular science bk titled Prezentacja nwczesnych technik budwlanych 2 was published. The fundatin fr its writing was my interest in new architectural and technical slutins and a belief that there had been a cmplete lack f publicatins n this subject n the Plish publishing market. My scientific interests fund their reflectin in the chice f subjects fr scientific study cnducted at the university and in the subject f the first scientific articles that I wrte. The develpment f this publicatin was a result f cperatin with cnstructin crpratins that were leaders n the Plish market. The key rle in this cperatin was played by the Dutch Gullfiber crpratin, which is a prducer f thermal insulatin materials. This is why the matter f widely understd building cnstructin has always been, in my mind, heavily linked with the subject f the thermal prtectin f buildings, as a well as with a search fr architectural, techncial, technlgical and material 2 Presentatin f mdern cnstructin techniques in English - transl. nte. 9

10 slutins that can increase energy efficiency. Ocieplanie budynków mieszkalnych 3 / Przemysław Markiewicz // Sprawzdania z Psiedzeń Kmisji Naukwych / Plska Akademia Nauk. Oddział w Krakwie. 1995, vl.. 39 [iss] 1, p ] type: article in a scientific jurnal Materiały i systemy termizlacyjne, wspmagające tradycyjne technlgie murwe a kmplekswe technlgie budynków energszczędnych 4 / Przemysław Markiewicz. Wydział Inżynierii Lądwej, Zakład Budwnictwa Ogólneg i Przemysłweg Plitechniki Krakwskiej - Krakw, 1996 type: cnference prceedings published in a bk Ściany szczelinwe z murwaną ścianką słnwą ze spinwanej cegły klinkierwej prblemy prjektwe i metdy ich rzwiązań 5 / Przemysław Markiewicz // Knferencja /PAN w Krakwie i Wydziału Architektury Plitechniki Krakwskiej Prblemy prjektwe w kntekście nwych technlgii i regulacji prawnych, 1996 type: cnference presentatin and an article published in cnference prceedings Materiały i systemy termizlacyjne, wspmagające tradycyjne technlgie murwe a kmplekswe technlgie budynków energszczędnych 6 / Przemysław Markiewicz // Warstwy : izlacje, pkrycia dachwe, chemia budwlana. 1997, iss. 3(8), p ]. ISSN Dbór nwczesnych technlgii budwlanych dla budwnictwa mieszkalneg 7 : dctral thesis / Przemysław Markiewicz. Krakw, [1], 157 p. : ill. (incl. in clur) Plitechnika Krakwska. Wydział Architektury. Supervisr: dr hab. inż. arch. Wacław Celadyn, prf. PK type: dctral thesis b. Organisatinal and didactic wrk In the years I wrked full-time at the pst f academic and didactic assistant, at the Chair f Building Cnstructin and Cnstructin Materials. My duties included teaching Building Cnstructin classes t first and secnd-year full-time students, during semesters 1, 2, 3 and 4, as well as teaching auditrium Materials Science classes t first year full-time students during the secnd semester, based n an riginal cnspectus. I als participated in the establishment f grading standards fr student design theses fr the design classes that I taught at the first and secnd years f fulltime studies. Furthermre, I delivered a series f lectures n the subject f Materials Science fr first-year students since , titled Systematyka dstępnych rzwiązań technlgiczn-materiałwych 8. 3 The thermal insulatin f residential buildings in English - transl. nte. 4 Thermal insulatin materials and systems that supprt masnry technlgies versus cmprehensive technlgies f energy efficient buildings in English - transl. nte. 5 Slurry walls with masnry curtain wall frm mrtar-bund clinker brick - design prblems and the methds f their slving in English - transl. nte. 6 Thermal insulatin materials and systems that supprt traditinal masnry technlgies versus cmprehensive energy efficient building technlgies in English - transl. nte. 7 Selectin f mdern cnstructin technlgies fr residential cnstructin in English- transl. nte. 8 Systematics f available technlgical and materials slutins in English - transl. nte. 10

11 c. Ppularisatin wrk The first ppular science publicatin f my authrship, titled Prezentacja nwczesnych technik budwlanych 9, cntained a systematised set f recmmended architectural and technical slutins featuring all the distinct technlgical cntact pints within a building, rdered in accrdance with the sequence f cnstructin wrk, with detailed descriptins and 3D spatial illustratins. The slutins were presented in variants in terms f technlgy and materials, and were ptimised fr the thermal prtectin f a building. The publicatin enjyed a sizeable publishing success. Three successive updated and expanded editins f it were published ver a perid f three years. Prezentacja nwczesnych technik budwlanych : architektura, budwnictw, wnętrza 10 / Przemysław Markiewicz. Krakw : Archi-Plus, p. (Vademecum Prjektanta). ISBN type: bk Prezentacja nwczesnych technik budwlanych : architektura, budwnictw, wnętrza / Przemysław Markiewicz. Krakw : Archi-Plus, , [1] p. (Vademecum Prjektanta). ISBN type: bk Prezentacja nwczesnych technik budwlanych : architektura, budwnictw, wnętrza / Przemysław Markiewicz. Krakw : "Archi-Plus", p. (Vademecum Prjektanta). ISBN type: bk d. Cperatin with industry It was my cperatin with the cnstructin crpratin Gullfiber-Plska sp. z.. - a leading prducer f thermal insulatin materials frm glass wl - that laid at the fundatin f the afrementined ppular science publicatin titled Prezentacja nwczesnych technik budwlanych. This cperatin included a large cntract fr the develpment f detailed architectural and cnstructin details in the frm f 3D spatial mdels f all the distinct cntact pints within a building with the use f ptimally selected thermal insulatin cmpsed f varius types f mineral wl - bth glass and stne wl. Katalg rzwiązań architektniczn-budwlanych dla prjektantów i inwestrów 11 / Przemysław Markiewicz. a catalgue f design slutins fr architects develped fr Gullfiber-Plska Sp. z.. ; Presentatin f mdern cnstructin techniques in English - transl. nte 10 Presentatin f mdern cnstructin techniques: architecture, cnstructin, interirs in English - transl. nte. 11 Catalgue f architectural and cnstructin-related slutins fr designers and prperty develpers in English - transl. nte. 11

12 e. Design wrk Cncurrently t perfrming publishing and academic and didactic wrk at the university, I wrked n varius types f design cmmissins fr the develpment f architectural and technical designs. Architectural design f a single-family residential building in Jeleśnia near Żywiec, 1996 Architectural design f the redevelpment and adaptatin f the building f an ld hspital t the requirements f the Vivdship Office in Biała Pdlaska (develpment f a cmpetitin design), 1996 Architectural design f the redevelpment and adaptatin f a residential building in Czeladź, adaptatin f a useable attic, 1996 Architectural design f an amphitheatre in Biała Pdlaska, c-authr, 1996 (develpment f a cmpetitin design) Architectural design f the redevelpment and adaptatin f a residential building at Dbreg Pasterza street in Krakw Architectural design f the redevelpment f the main entrance t the Vivdship Labur Office in Krakw at Zacisze street, c-authr, 1997 Cnceptual design f a multi-family residential building in Krakw, near Kalwaryjska street, 1999 Architectural design f a single-family residential building in Radm, Wrks after being awarded the degree f dktr nauk technicznych I was awarded the degree f dktr nauk technicznych by prclamatin f the Faculty Cuncil f the Faculty f Architecture f the Cracw University f Technlgy n The basis fr this was the dctral thesis titled "Dbór nwczesnych technlgii budwlanych dla budwnictwa mieszkalneg" 12. On I was nminated by the Rectr f the Cracw University f Technlgy t the pst f academic and didactic adjunct fr an indeterminate time and, afterwards, emplyed at the A-4 Institute f Cnstructin Design at the Faculty f Architecture f the Cracw University f Technlgy as a result f a cmpetitin. a. Scientific wrks After defending my dctral thesis I have cntinued my earlier interests in the field f building cnstructin and mdern cnstructin technlgies, with particular emphasis n the prblems f the thermal prtectin f buildings and their energy efficiency. 12 Selectin f mdern cnstructin technlgies fr residential cnstructin in English - transl. nte. 12

13 Participatin in scientific cnferences and seminars, articles and delivered presentatins The beginning f the XXI century was a perid f the intrductin f a series f cmprehensive technlgy systems nt the Plish cnstructin market, which allw the building f a cmplete frame stage f a building. The regulatins regarding thermal prtectin were lax enugh at the time that they allwed the cnstructin f walls that were unifrm in terms f material, under the cnditin f the use f apprpriately "warm" cnstructin materials. Materials that cmbined structural and thermal insulatin characteristics included prus ceramics - the Prtherm system, as well as autclaved aerated cncrete - the Ytng system. One imprtant aspect f design using these systems was the apprpriate mdular and dimensinal crdinatin f a design. It was assciated with the ptimisatin f architectural and cnstructin-related slutins in terms f thermal prtectin and was based n designing structural details in such a manner that the thermal insulatin parameters f all parts f a building needed t be as unifrm as pssible. Fr this reasn, the tie-beams f the flr slabs and lintels abve drs and windws had additinal thermal insulatin, which cmpensated the inferir heat transfer cefficient f reinfrced cncrete structural elements. The prblem f dimensinal crdinatin in the design f external walls that are unifrm in terms f material has fund its reflectin in my cperatin with the industrial sectr and my scientific research, which was published in the frm f a series f articles. Krdynacja mdularna i wymiarwa w wybranych technlgiach budwlanych 13 / Przemysław Markiewicz., 2001 type: cnference prceedings published in a bk - IV Plish Scientific and Technical Cnference rganised as a part f the wrk f the Building Cnstructin Sectin f the Architecture and Urban Design Cmmissin f the Krakw Sectin f the Plish Academy f Sciences, Prjektwanie budynków z uwzględnieniem krdynacji wymiarwej 14 / Przemysław Markiewicz / ed. by A. Stachwicz., 2002 type: cnference prceedings published in a bk - VI ENERGODOM Plish Scientific and Technlgical Cnference '2002 titled "Prblemy prjektwania, realizacji i eksplatacji budynków niskim zaptrzebwaniu na energię", Zakpane, Krdynacja mdularna i wymiarwa w wybranych technlgiach budwlanych 15 / Przemysław Markiewicz // Sprawzdania z Psiedzeń Kmisji Naukwych / Plska Akademia Nauk. Oddział w Krakwie. 2003, vl. 45 [iss.] 2, p. 168] type: article in a jurnal Cnstructin materials and technlgies are cnstantly being perfected and mdified, which requires the updating r in sme cases the develpment f new standards fr architectural and technical slutins. Thanks t my 13 Mdular an dimensinal crdinatin in selected cnstructin technlgies in English - transl. nte. 14 Designing buildings with dimensinal crdinatin in English - transl. nte. 15 Mdular and dimensinal crdinatin in selected cnstructin technlgies in English - transl. nte. 13

14 cperatin with leading cnstructin crpratins - cncurrent t scientific wrk perfrmed at the university - I had the pprtunity t cnduct a series f scientific studies in this field. Despite the apparent lack f a direct link between many cnstructin materials with the prblem f energy efficiency, this cnnectin is very strng. One characteristic example are materials and cnstructin technlgies used in inclined rfs. In energy efficient buildings, the required thickness f the thermal insulatin layer in rf surfaces f useable attics is greater than the height f the rafters in rf frames, which is calculated with their lad-bearing structural rle in mind. Thus, the mst ften used apprach is the use f tw-layer thermal insulatin. The additinal layer f thermal insulatin, which simultaneusly cmpensates fr linear thermal bridges alng the rafters, is fastened between the metal lad-bearing frames f the interir plasterbards. In passive buildings, the additinal thermal insulatin layer shuld have a thickness in excess f 15 cm. Hence, there appeared the prblem f prviding the prper tensile strength f the cnnectrs f the lad-bearing frame, which, due t their length, find themselves under lads many times the size f previus nes. This is nly an example that illustrates hw my cperatin with the industrial sectr intertwined with cncurrent academic wrk at the university, and which has afterwards been reflected in successive scientific publicatins. Prjektwanie płaci dachwej pddasza użytkweg 16 / Przemysław Markiewicz / ed. A. Stachwicz., 2002 type: cnference prceedings materials published in a bk - VI ENERGODOM Plish Scientific and Technlgical Cnference '2002 titled "Prblemy prjektwania, realizacji i eksplatacji budynków niskim zaptrzebwaniu na energię", Zakpane, Systemy suchej zabudwy z płyt gipsw-kartnwych jak technlgia kmpleksweg prjektwania wnętrz 17 / Przemysław Markiewicz., 2001 type: cnference prceedings published in a bk - III Scientific and Technlgical Cnference Budwnictw Ogólne Zagadnienia knstrukcyjne, materiałwe i ciepln-wilgtnściwe w budwnictwie, rganised by the Chair f Building Cnstructin and Structure Physics f the Agricultural and Technical Academy in Bydgrszcz (currently UTP University f Science and Technlgy), Bydgszcz-Ciechcinek, Prjektwanie różnych typów wnętrz z zastswaniem systemów suchej zabudwy z płyt gipsw-kartnwych 18 / Przemysław Markiewicz., 2003 type: cnference prceedings published in a bk - V Natinwide Scientific and Technlgical Cnference titled: Prblemy prjektwe w kntekście nwych technlgii budwlanych, Krakw Krakw Branch f the Plish Academy f Sciences, Building Cnstructin and Cnstructin Materials Sectin f the Architecture and Urban Design Cmmissin, participatin in a scientific sessin featuring prfessr Jan Cremers f the University f Stuttgart, titled: Imprving the lifecycle-perfrmance f membrane materials and structure 16 Design f rf surfaces f a useable attic in English - transl. nte. 17 Drywall plasterbard cnstructin systems as a technlgy fr the cmprehensive design f interirs in English - transl. nte. 18 Design f varius types f interirs with the use f drywall plasterbard cnstructin systems in English - transl. nte 14

15 Termizlacja przegród zewnętrznych w budynkach w świetle bwiązujących przepisów Prawa Budwlaneg i standardów dla budwnictwa energszczędneg i pasywneg 19 / Przemysław Markiewicz // presentatin at a scientific seminar f the A-4 Institute f Cnstructin Design at the Faculty f Architecture f the Cracw University f Technlgy, The analysis f the influence f cnstructin slutins n the architectural expressin f a building, discussed in the cntext f, fr instance, the imprtant functin f structural slutins in the frm f prtecting a building frm external factrs has always been an interesting scientific issue fr me. When analysing the architectural expressin f passive buildings - which pssess the highest degree f thermal prtectin - we can particularly bserve hw the cnstructin slutins that are recmmended fr these buildings alter their appearance - starting frm the details f the bttm-mst sectin, thrugh the details f windw penings and the windws themselves, all the way t the eave f the rf, the cnnectin with the gables, as well as elements f the technical infrastructure f a building (in case f the rf surface, this means the remval f traditinal chimneys and replacing them with slar cllectrs). Wpływ rzwiązań budwlanych na wyraz architektniczny budynku 20 / Przemysław Markiewicz / ed.. A. Stachwicz., 2004 type: cnference prceedings published in a bk - VII ENERGODOM Plish Scientific and Technlgical cnference '2004 titled "Prblemy prjektwania, realizacji i eksplatacji budynków niskim zaptrzebwaniu na energię", Zakpane Ochrna budynku przed czynnikami zewnętrznymi jak główna funkcja rzwiązań budwlanych 21 / Przemysław Markiewicz // Czaspism Techniczne. Architektura. 2005, iss. 6-A, sp ] type: article in a jurnal - VI Natinwide Scientific and Technical Cnference titled: Prblemy prjektwe w kntekście nwych technlgii budwlanych, Krakw One f the directins f scientific study that I have pursued is the prblem f the design f glazing and its cnnectin with the energy efficiency f a building, as well as the prblem f the architectural design f varius types f glazed curtain walls. This was assciated with my clse cperatin with prfessr Andrzej Bjęś - wh was a leading specialist in this field. Kształtwanie architektniczn-przestrzenne przeszklnych struktur ścian z punktwym mcwaniem szyb 22 / Przemysław Markiewicz // Czaspism Techniczne. Architektura. 2007, iss.. 4-A, p ] type: article in a jurnal - VII Natinwide Scientific and Technlgical Cnference 19 Thermal insulatin f external partitins in light f current Cnstructin Law regulatins and stanards fr energy efficient and passive buildings in English - transl. nte. 20 Influence f cnstructin slutins n the architectural expressin f a building in English - transl. nte. 21 Prtecting a building frm external factrs as the main functin f cnstructin slutins in English - transl. nte. 22 Architectural and spatial shaping f glazed wall structures with a pint-type glass pane fastening in English - transl. nte 15

16 titled Prblemy prjektwe w kntekście nwczesnych technlgii budwlanych, Krakw Prjektwanie przeszklnych struktur prętw-cięgnwych z punktwym mcwaniem szyb 23 / Przemysław Markiewicz., 2009 type: cnference prceedings published in a bk - VIII Internatinal Scientific and Technlgical Cnference titled Prblemy prjektwe w kntekście nwczesnych technlgii budwlanych, Krakw Tendencje rzwjwe dla przeszklnych ścian słnwych 24 / Przemysław Markiewicz. Internatinal Scientific Cnference titled: 1-st Wrld Multi Cnference n INTELIGENT BUILDING TECHNOLOGIES & MULTIMEDIA MANAGEMENT, Krakw Okna energszczędne 25 / Przemysław Markiewicz // presentatin at an academic seminar f the A-4 Institute f Cnstructin Design at the Faculty f Architecture f the Cracw University f Technlgy, Wpływ rientacji budynku względem strn świata, wielkści przeszkleń raz knstrukcji kien i spsbu ich mntażu na zużycie energii kńcwej na grzewanie w budynkach energszczędnych = The influence f the rientatin f a building in relatin t the cardinal directins, the surface area f its glazing and the structure f windws and their methd f fitting n the final energy cnsumptin f heating in energy efficient buildings / Przemysław Markiewicz // Śrdwisk Mieszkaniwe = Husing Envirnment [nline]. 2016, iss. 16, p ]. ISSN MNiSW pints: 8 type: article in a jurnal Energy efficient buildings are structures that feature varius types f innvative architectural, cnstructin-related and building service slutins, linked t s-called intelligent building systems. In Pland it is still very difficult t find such buildings, which is why trips abrad have prven imprtant in cnducting research, especially trips t Strasburg. Innwacyjne rzwiązania prjektwe dla budynków energszczędnych i pasywnych 26 / Przemysław Markiewicz. Kraków : Wydawnictw Plitechniki Krakwskiej, p type: chapter in a bk - IX Natinwide Scientific and Technlgical Cnference titled Prblemy prjektwe w kntekście nwych technlgii budwlanych, Krakw Rzwiązania architektniczn-budwlane na przykładzie nwej szkły przy Parlamencie Eurpejskim w Strasburgu (Ecle Eurpeenne de Strasburg) 27 / Przemysław Markiewicz // presentatin at an academic seminar at the A-4 Institute f Cnstructin Design at the Faculty f Architecture f the Cracw University f Technlgy, Design f glazed band and rd structures with pint-type glass pane fastening in English - transl. nte. 24 Develpment tendencies f glazed curtain walls in English - transl. nte. 25 Energy efficient windws in English - transl. nte. 26 Innvative design slutins fr energy efficient and passive buildings in English - transl. nte. 27 Architectural and cnstructin-related slutins n the example f a new schl near the Eurpean Parliament in Strasburg [Ecle Eurpeenne de Strasburg] in English - transl. nte. 16

17 The plicy f increasing energy efficiency in the cnstructin sectr cannt be analysed slely frm the perspective f individual structures, unavidably being transferred t the urban planning scale. Innvative slutins in terms f individual buildings are being adapted fr use n the urban planning scale. One example are phtvltaic panels, which - initially used as renewable energy surces n the scale f individual buildings - have quickly fund use n the urban planning scale as an energy efficient system f prviding pwer fr municipal lighting. Smart prject, building and city. Miasta przyszłści multimedialne i interaktywne miasta pieszych = Cities f the future multimedia and interactive cities fr pedestrians / Przemysław Markiewicz // Śrdwisk Mieszkaniwe = Husing Envirnment [nline]. 2014, iss. 13, p ]. ISSN MNiSW pints: 2 Mdern analysis and simulatin tls and skills fr the evaluatin and design f urban prjects / Przemysław Markiewicz // in: Back t the Sense f the City : 11th VCT Internatinal mngraph bk, Year 2016, July, Krakw = Vlver al sentid de la ciudad : 11º CTV Libr mngráfic internacinal, Añ 2016, Juli, Cracvia [nline] / eds. Rland Biere Arenas, Mateusz Gyurkvich. Barcelna : Centre f Land Plicy and Valuatins (CPSV), p ISBN type: cnference prceedings published in a bk- 11 th Internatinal Cngress CTV Virtual Cities and Territries, Krakw-Barcelna Smart prject, building and city - multi-criteria ptimisatin f the design prcess in the educatin f architecture students / Przemysław Markiewicz // Wrld Transactins n Engineering and Technlgy Educatin [nline]. 2016, Vl. 14, N. 4, p cnference prceedings: 8th WIETE Annual Cnference n Engineering and Technlgy Educatin, Bangkk, Thailand, ISSN type: cnference prceedings published in a jurnal indexed in the SCOPUS database I am the initiatr and, frm 2014, the c-rganiser f a cyclical students' exchange with a grup f clleges and schls frm Strasburg, France, cmbined with scientific student design wrkshps. These trips, apart frm their didactic aspect, have made it pssible fr me t perfrm my wn scientific studies, which have been fcused n the issues f s-called Integrated Energy Design scientific trip t France, t Lycee Le Crbusier in Strasburg, as well as t the Departement Genie Civil f the University f Strasburg. The gal f the trip was t gather materials fr a scientific study n the subject f the prblem f the design f architectural and technical detailed drawings f energy efficient buildings, a visit t the site f energy efficient cnstructin prjects that are either finished r under cnstructin, including gathering up t date phtgraphic material. Anther gal was discussing the cnditins f scientific cperatin with Lycee le Crbusier and Universite de Strasburg - Genie Civil, which specialises in energy efficient building design Scientific trip t France - Lycee le Crbusier in Strasburg, as well as t a cycle f scientific cnferences assciated with the celebratin f architecture days in Strasburg - Les Jurnées de l'architecture ( ) "1001 culeurs de l'architecture" as well as the Les jurnees de l`ec cnstructin cnference - the gal f the trip was the cntinuatin f 17

18 gathering materials fr a scientific wrk titled Prblemy prjektwania detalu architektniczn-budwlaneg w budynkach energszczędnych 28 () Scientific and research trip t Strasburg, France - Gathering research materials fr a scientific study titled "Zintegrwane prjektwanie energetyczne" 29 in particular fcusing n issues f integrating BIM (Building Infrmatin Mdelling) with BEM (Building Energy Mdel) Scientific and research trip t Strasburg, France - gathering research materials fr a scientific study titled "Zintegrwane prjektwanie energetyczne" in particular fcusing n issues f integrating BIM (Building Infrmatin Mdelling) with BEM (Building Energy Mdel). Rle f internatinal student wrkshps in the prcess f educating architects - Integrated Energy Design / Przemysław Markiewicz // Glbal Jurnal f Engineering Educatin [nline]. 2017, Vl. 19, N 3 type: cnference prceedings published in a jurnal indexed in the SCOPUS database The general directin f my research includes the widely understd prblem f lw energy building cnstructin, issues f BIM-standard design, as well as new specialisatins that are emerging arund the architectural prfessin. In particular, the leading subject and directin f the research wrk that I am cnducting is Integrated Energy Design participatin in a cnference in Krakw dedicated t the "SPIN - Mdel transferu innwacji w Małplsce" prject, participatin in a sympsium and thematic blck f the Center fr Energy Efficient Design f the Cracw University f Technlgy in the field f lw energy building cnstructin Participatin in the Małplski Certyfikat Budwnictwa energszczędneg cnference at the Center fr Energy Efficient Design f the Cracw University f Technlgy, Krakw. BIM standard and the new specialisatins that have emerged because f it arund the architectural prfessin / Przemysław Markiewicz // Czaspism Techniczne Plitechniki Krakwskiej TECHNICAL TRANSACTIONS Zintegrwane prjektwanie energetyczne = Integrated energy design / Przemysław Markiewicz // Archivlta. 2015, 3 (67), p ]. ISSN type: jurnal article Zintegrwane prjektwanie energetyczne, jak standard nauczania budwnictwa gólneg we Francji (na pdstawie materiałów i dświadczeń zebranych p wyjeździe naukw-badawczym i współrganizwanych warsztatach studenckich w Strasburgu 30 / Przemysław Markiewicz // presentatin at an academic seminar at the A-4 Institute f Cnstructin Design f the Faculty f Architecture f the Cracw University f Technlgy, Prblems in the design f architectural and technical detailed drawings in energy efficient buildings in English - transl. nte 29 Integrated energy design in English - transl. nte. 30 Integrated energy design as a standard f teaching building cnstructin in France (n the basis f materials and experiences btained after a research trip and c-rganised student wrkshps in Strasburg in English - transl. nte 18