Komisija za izbor nastavnika na naučnu oblast „Mašinski proizvoni inženjering“

Prof. dr. Maida Čohodar Husić, Mašinski fakultet Sarajevo

Prof. dr. Hazim Bašić, Mašinski fakultet Sarajevo

Prof. dr. Nermina Zaimović Uzunović, Mašinski fakultet Zenica

Nastavno-naučnom vijeću

Mašinski fakultet Sarajevo

Univerzitet u Sarajevu

Na osnovu odluke Vijeća Mašinskog fakulteta Univerziteta u Sarajevu donesene na sjednici održanoj 28.10.2019. god., i rješenjem broj 06‐VL‐4747/19, od 28.10.2019. god. imenovana je komisija u sastavu:

1. R. prof. dr. Maida Čohodar Husić, Mašinski fakultet Sarajevo, Univerzitet u Sarajevu; oblast: Mašinski proizvodni inženjering;

2. R. prof. dr. Hazim Bašić, Mašinski fakultet Sarajevo, Univerzitet u Sarajevu; oblast: Mašinski proizvodni inženjering;

3. R. prof. dr. Nermina Zaimović Uzunović, Mašinski fakultet Zenica, Univerzitet u Zenici; oblast Mašinski proizvodni inženjering.

sa zadatkom da na osnovu dokumentacije prijavljenih kandidata sačini izvještaj i pripremi prijedlog za izbor u zvanje vanredni profesor na naučnoj oblasti „Mašinski proizvodni inženjering“.

Na Javni konkurs za izbor akademskog osoblja objavljen 3.10.2019. god. u dnevnom listu “Dnevni avaz” i na web stranici Mašinskog fakulteta u Sarajevu u zvanje vanredni profesor se prijavio jedan kandidat i to:

doc. dr. Almira Softić.

Nakon uvida i priloženu dokumentaciju koju je podnio prijavljeni kandidat, Komisija podnosi sljedeći:

I Z V J E Š T A J

1. Opšti podaci o kandidatu i oblasti na koju se bira

Ime i prezime: Almira Softić

Kontakt: tel: +387 61 829 242

email: softic@mef.unsa.ba

Trenutno zaposlenje: Mašinski fakultet Univerziteta u Sarajevu,

Katedra za mašinski proizvodni inženjering

Zvanje u kojem se

kandidat nalazi:

Docent

Naučna oblast na koju

se kandidat bira:

Mašinski proizvodni inženjering

2. Biografski podaci

2.1. Lični podaci

Ime i prezime: Datum rođenja: Mjesto rođenja: Porodično stanje:

Almira Softić 14.03.1971. Sarajevo, Bosna i Hercegovina udata, dvoje djece

2.2. Obrazovanje

14.07.2014.

Doktor tehničkih nauka Mašinski fakultet Sarajevo, Katedra za mašinski proizvodni inženjering

3.12.2005.

Magistar tehnički nauka Mašinski fakultet Sarajevo, Katedra za mašinski proizvodni inženjering

1998-2000.

Postdiplomski studij Upravljanje kvalitetom i metrologija Mašinski fakultet Sarajevo, Odsjek proizvodni Položila sve predmete predviđene nastavnim planom i programom sa prosječnom ocjenom 9.

1999. Školovanje za Evropskog menadžera kvalitete pod pokroviteljstvom QVQ, Osterreiche vereinigung fur Qualitatssicherung, EOQ Quality Systems Manager.

05.01.1996. Diplomirani mašinski inžinjer Mašinski fakultet Sarajevo, Katedra proizvodnu tehniku i kibernetiku Odbranila diplomski rad ocjenom 10.

1989.-1995.

Dodiplomski studij Mašinski fakultet Sarajevo; Smjer: Proizvodna tehnika I kibernetika Položila sve predmete predviđene nastavnim planom i programom sa prosječnom ocjenom 8,5.

1984.-1989.

Mašinska tehnička škola Sarajevo, Sarajevo

1977.-1984. Osnovna škola „Bratstvo i jedinstvo“, Sarajevo.

2.3. Radno iskustvo

Oktobar 2018.- Docent Univerzitet u Zenici, Mašinski fakultet, Studij metrologija, Predmeti: Kalibracija, dokumentacija i upravljanje laboratorijama, Planiranje i obrada podataka mjerenja

Juli 2014. -

Docent Univerzitet u Sarajevu, Mašinski fakultet Sarajevo, Katedra za mašinski proizvodni inženjering; Naučna oblast mašinski proizvodni inženjering; Predmeti: Osnovi mjerenja i obrade podataka, Proizvodna mjerna tehnika, Upravljanje kvalitetom, Metrologija i kvalitet.

Oktobar 2013.- Docent Univerzitet u Sarajevu, Šumarski fakultet Predmeti: Šumarska biometrika i Biometrika.

2005.- Rukovodilac Laboratorije za proizvodnu mjernu tehniku 2005.-2011. Viši asistent

Mašinski fakultet univerziteta u Sarajevu Katedra za proizvodnu tehniku i kibernetiku; Viši asistent na predmetima: Osnovi mjerenja i obrade podataka, Proizvodna mjerna tehnika, Upravljanje kvalitetom

2009.- Član tehničkog komiteta BAS/TC 38 Mjeriteljstvo i mjerenja 1996.-2005. Asistent

Mašinski fakultet univerziteta u Sarajevu Katedra za proizvodnu tehniku i kibernetiku Asistent na predmetima: Matematika III i Proizvodna mjerna tehnika

3. Naučno-istraživački rad, objavljeni radovi, učešće na projektima, pedagoško iskustvo

3.1. Doktorska disertacija

2014 „Istraživanje mjerne sljedivosti jedinice za dužinu primjenom metode kružne interkomparacije“, Mašinski fakultet Sarajevo, Univerzitet u Sarajevu

3.2. Magistarski rad

2005 „Razvoj modela osiguranja kvaliteta u mjernim laboratorijama Mašinskog fakulteta u Sarajevu prema standardima ISO 17025 i ISO 9001:2000”, Mašinski fakultet Sarajevo, Univerziteta u Sarajevu

3.3. Diplomski rad

1996 „Kompjuterska simulacija fleksibilnih proizvodnih sistema“, Mašinski fakultet Sarajevo, Univerziteta u Sarajevu

3.4. Radovi poslije izbora u zvanje docent

2019.

Softić A., Bašić H., Lemeš S., Zaimović Uzunović N: Research of Traceability of Unit of Length in Metrology System of Bosnia and Herzegovina, 12th International Symposium on Measurement and Quality Control, Cyber Physical Issue, IMEKO TC 14 2019, June 3rd-7th 2019, Belgrade, Serbia.

Abstract:The actual status of metrology infrastructure of B&H on the state level and possibilities for improvement in future was discussed in this paper. The Institute of Metrology of Bosnia and Herzegovina (IMBiH) is a Government authority on the state level performing the functions of conformity assessment. Institute also has a role in harmonization of B&H legislation with the EC Directives. Since 2009. IMBiH has been full member of the European Association of National Metrology Institutes (EURAMET). Basic adopted laws in force on metrology in B&H are Law of metrology as well as Law on Measurement Units. The metrology system in B&H is highly decentralized, with a lack of correspondence between different levels of authorities. Accredited laboratories and other laboratories occupied with length measurement make their own traceability chain using laboratories in region and without inclusion of IMBiH. Laboratory for length in IMBiH is responsible for the realization and maintenance of the National Standard for Length and transferring unit of the length to lower rank standards and calibration of measuring

instruments. Unit of length, in the Laboratory for length is realized through Iodine stabilized He-Ne laser of wavelength 633 nm. The laser is realized according to the definition of meter, i.e. according to the requirements of the International Recommendation for Practical Realization of the meter (CIMP 1997/2001 ‘Mise en pratique’). This laser can be used for calibration of other lasers with wavelength of 633 nm including laser interferometers for length measurements.

U bazi: Scopus Link: https://link.springer.com/chapter/10.1007/978-3-030-18177-2_9

Lemeš S., Zaimović Uzunović N., Softić A., Bašić H.,: Cyber-physical approach to coordinate measurement of flexible parts, 12th International Symposium on Measurement and Quality Control, Cyber Physical Issue, IMEKO TC 14 2019, June 3rd-7th 2019, Belgrade, Serbia.

Abstract:This research implements the Finite Element Analysis of the contact between the flexible part and the CMM touch-probe in order to support the Cyber-Physical Manufacturing Metrology Model and its metrology integration into coordinate measuring machine (CMM) inspection of flexible parts. Although optical metrology offers a solution for flexible part measurements, because there is no contact between the measurand and the probing system, not all geometrical features are accessible by the optical CMM probe. Therefore, it is important to quantify and to validate the deformation introduced by the contact measuring process. The Cyber-Physical Systems connect the virtual and physical worlds in a way that intelligent objects communicate and interact with each other. This research will connect the physical measurement system consisting of CMM and flexible plastic part with their digital representation, where contact is simulated by means of Finite Element Method. U bazi: Scopus Link: https://link.springer.com/chapter/10.1007/978-3-030-18177-2_27

2018. H.Bašić, A. Softić, E. Baralić,: Key parameters of selection and calculation of measurement uncertainty of Coriolis flow-meter, 210th International Research/Expert Conference ”Trends in the Development of Machinery and Associated Technology”TMT 2018, Karlovy Vary, Chech Republic, 18th September - 22st September, 2018.

Abstract: A continual development of science, engineering and technology resulted in usage of reliable, durable instruments and devices

which maintenance costs are reduced to minimum during their life-time. Nowadays, usage of flow-meter based on the Coriolis force on measuring places is increasing. An everyday flow measurement is known problem of calculation between mass and volumetric flow and it is stressed in fiscal measurement especially in the oil industry. To get accurate mass units from volumetric, beside volumetric meter, it is necessary to include additional measurement apparatus for measurement of temperature, pressure, density and other variables. All mentioned parameters in continual flow process makes calculation harder and in many cases makes uncertainty higher. In this paper, important parameters for proper design and selection of a certain flow meterswill be presented. Also, basics of measurement uncertainty will be presented under conditions of relatively low measurement passes as well as basic information about appearing of Coriolis force and Coriolis mass flow meter. Link: http://www.tmt.unze.ba/zbornik/TMT2018/09.pdf

2017. Softić A., Bašić H.,: Metrology infrastructure of Bosnia and Herzegovina in the context of European integration, International Conference on Innovative Technologies, IN-TECH 2017, Ljubljana, 13. - 15.09.2017. ISSN 0184-9069, pp 145-149. Abstract: In the process of Bosnia and Herzegovina (B&H) integration into European Union, EU demands homogeneous, transparent and credible technical environment, in order to be built on technical competency of all component of European House of Quality (EQH). Overall, there has been limited progress on free movement of goods in the areas of standardization, accreditation and metrology and on consumer protection- Legal alignment and related capacity building remain a priority, as is coordination between the relevant institutions and repealing conflicting legislation. Major steps still need to be taken to achieve a fully functioning single economic area.

2017. Bašić H., Brkić M., Softić A.,: Application of overall efficiency equipment index method for production process optimization, 10. Naučno-stručni skup sa međunarodnim učešćem ”QUALITY 2017”, ISSN 1512-9268, pp. 555-562, Neum, B&H, 17. – 203. maj 2017. Abstract: U radu su prikazani rezultati primjene OEE koncepta u fabrici s velikoserijskom proizvodnjom metalnih dijelova. Sistemskim praćenjem zastoja detektovani su slučajni i tokom rada teško primjetni faktori koji utiču na smanjenje raspoloživosti, efikasnosti i kvaliteta, čime mogu da ugroze kvalitet i proizvodnost fabrike. Detaljnom analizom zastoja, u prvom periodu eksperimenta, uvidjelo se da se pored mašina koje postoje u pogonu, može identificirati još jedna tzv. „skrivena“ mašina.

Sprovedenim korektivnim mjerama su dijelom aktivirani kapaciteti „skrivene“ mašine, što je u drugom periodu praćenja eksperimenta rezultiralo povećanjem raspoloživosti, efikasnosti i kvalteta, a u konačnici i povećanjem vrijednosti indeksa OEE. U bazi: EBSCO Link: http://www.quality.unze.ba/zbornici/QUALITY%202017/005-Q17-037.pdf

2016. H.Bašić, M. Brkić, A. Softić,: Contribution to the development of quality control based on monitoring of index of overall equipment efficiency, 20th International Research/Expert Conference ”Trends in the Development of Machinery and Associated Technology” TMT 2016, Mediterranean Sea Cruising, 24th September - 1st October, 2016. Abstract: In this paper the results of research of OEE (Overall Equipment Efficiency) concept and its application in organizations with high volume production are presented. Since the quality and productivity of the plant affects a lot of random and inconspicuous factors, the goal of this study is to show impact of those factors to the availability, efficiency and quality of the plant. It is possible to reveal another „hidden machine” among the others by downtime monitoring, analysis, and taking of corrective actions. A case study analysis of the production has been done by applying the tools and methods of quality management. Results of the analysis showed that the improvement is achieved in terms of reducing waste and increasing productivity in the manufacturing process for the two analyzed periods. Link: http://www.tmt.unze.ba/zbornik/TMT2016/073.pdf

2016. A. Softić, H.Bašić,: Some aspects of the proficiency testing for dimensional laboratories using the gauge blocks, World Association for Innovative Technologies, IN-TECH Coference, IN-TECH 2016, Prague, 06. - 08.09.2016, ISSN 1849-0662, pp 181-185. Abstract: In this paper inter-comparison of set gauge blocks (class K) in four dimensional laboratories and their measurement results will be demonstrated. The reported results are analyzed by simple statistical means and investigated statistical distribution of the results. The uncertainties quoted by participants are different from one participant to another, so it wasn’t suitable to use simple arithmetic mean as an estimator of the true mean. Instead, it was used weighted mean, and that approach requires that the participants have made correct estimates of their uncertainty of measurements. Proficiency testing (PT) is an indispensible tool for developing and maintaining of infrastructure of modern society built of competent measurements, standards and

accreditation. The primary aim of proficiency testing is to provide a quality assurance tool for individual laboratories to enable them to compare their performance with similar laboratories, to take any remedial action, and to facilitate improvement. It is analyzed situation in these laboratories in field of length unit using calibration process of gauge blocks on mechanical comparator. For inter-comparison the set of class K gauge blocks is used thru four dimensional laboratories. The reported measurement results are analyzed by simple statistical means and investigated statistical distribution of the results. It was clear that the uncertainties quoted by participants are different from one participant to another, so it wasn’t suitable to use simple arithmetic mean as an estimator of the true mean. Instead, it was used weighted mean, and that approach requires that the participants have made correct estimates of their uncertainty of measurements. Results of statistical analysis vary in different ways, pointing to the fact that with caution it must be chosen way of processing results of proficiency testing. For this detailed approach to the processing of data of proficiency testing should be a great experience in such schemes.

2015.

H.Bašić, A. Softić, The proficiency testing analyses for dimensional laboratories using the gauge blocks, 9th International Research/Expert Conference ''Trends in the Development of Machinery and Associated Technology – TMT 2015, Barcelona, Spain, 22-23 July 2015.

Abstract: Proficiency testing is (PT) is determination of the determination of calibration or testing performance of a laboratory by means of interlaboratory comparison. Participation in proficiency testing schemes provides laboratories with an objective means of assessing and demonstrating the reliability of the data they are producing. In this paper intercomparison of set gauge blocks (class K) thru four dimensional laboratories and their results will be demonstrated. The technical protocol was issued to all participants prior to comparison. The reported measurement results are analyzed by simple statistical means and investigated statistical distribution of the results. It was clear that the uncertainties quoted by participants are different from one participant to another, so it wasn’t suitable to use simple arithmetic mean as an estimator of the true mean. Instead, it was used weighted mean, and that approach requires that the participants have made correct estimates of their uncertainty of measurements. U bazi: EBSCO Link: http://www.tmt.unze.ba/zbornik/TMT2015/TMT_2015_093.pdf

2015. Baralić E., Bašić H., Softić A., Parametri prilikom izbora i proračuna mjerne nesigurnosti coriolisovih mjerila protoka, 2nd International Conference „NEW TECHNOLOGIES NT-2015 Development and Application", pp. 233-240., Mostar, April 24-25.2015.

Abstract: Requirements of end-users that are becoming more and more demanding as well as continual development of science, engineering and technology resulted in usage of reliable, durable instruments and devices which maintenance costs are reduced to minimum during their life-time and usage. Characteristics of the mentioned instruments can be the same for all kinds of industry; however such requirements are especially expressed in the metrology industry and accordingly researched, because the metrology industry represents sublimation of many different scientific branches, knowledge, physical law and engineering. In the metrology industry that deals with measurement of fluid flow, especially on main lines that are situated in difficult access areas mainly, such sites with accompanying instruments require minimum maintenance more and more often, of course, with follow-up results of measurements from a distance. Such instruments must be reliable, durable and easy to maintain and eventual replacement. Nowadays, usage of flow-meter based on the Coriolis force on measuring places is increasing. In this paper, important parameters for proper design and selection of a certain flow meters will be presented. Among other things, basics of measurement uncertainty will be presented under conditions of relatively low measurement passes as well as basic information about appearing of Coriolis force and Coriolis mass flow meter. Link: http://www.icnt.robotika.ba/download/proceedings.pdf

2015. Zaimović-Uzunović N., Lemeš S., Bašić H., Softić A., Haračić H., Kriteriji za izbor optimalnog metoda kalibracije volumena etalonske posude, 9. Naučno-stručni skup sa međunarodnim učešćem ”QUALITY 2015”, ISSN 1512-9268, pp. 165-170, Neum, B&H, 10. – 13. juni 2015.

Abstract: In the process of calibration of standard container volume, two methods are used; volumetric and gravimetric. The paper presents research setting out the criteria for the selection of the optimal calibration of reference vessel volume. The research-based measurement uncertainty is shown which method is optimal for a particular type of user and for specific purposes. U bazi: EBSCO

Link: http://www.quality.unze.ba/zbornici/QUALITY%202015/027-Q15-019.pdf

2015.

Softić A., Bašić H., Zaimović-Uzunović N, Metodologija provedbe šema za ispitivanje osposobljenosti u području mjerenja dužine, 9. Naučno-stručni skup sa međunarodnim učešćem ”QUALITY 2015”, ISSN 1512-9268, pp. 195-200, Neum, B&H, 10. – 13. juni 2015.

Abstract: Interlaboratory comparative tests and intercomparation of laboratory results show an upward trend at the global level, both by the participating laboratories so by the conformity assessment bodies. The most appropriate method for monitoring the quality of the measurement results of laboratories is to include them in proficiency testing programs. A good knowledge of the technical field of work that encompasses schemes tests as well as any additional information that enable efficient implementation scheme is necessary for setting the criteria for a proficiency testing scheme. This additional information is mostly determined by first conduct interlaboratory comparison that includes all aspects necessary for the operation of proficiency testing schemes and from results and experiences it is possible to set the correct criteria.

U bazi: EBSCO

Link: http://www.quality.unze.ba/zbornici/QUALITY%202015/032-Q15-042.pdf

2015. Bošnjaković A., Runje B., Bašić H., Softić A., The characteristics of quality management system in inspection bodies in accordance with the international standard ISO/IEC 17020:2012, 9. Naučno-stručni skup sa međunarodnim učešćem ”QUALITY 2015”, ISSN 1512-9268, pp. 555-562, Neum, B&H, 10. – 13. juni 2015.

Abstract: The international standard ISO/IEC 17020 contains the requirements for work of various inspection bodies which aim to raise the level of their activities, as well as the confidence level of clients in performing inspection activities. Furthermore, the standard is aligned with other standards of series standards ISO/IEC 17000 and contains certain parts of guideline IAF/ILAC A4 as well as the mandatory parts of ISO/PAS documents. The standard is used as the reference document during an assessment process of inspection bodies by accreditation bodies. Based on the assessment, inspection bodies prove the fulfillment of the standard requirements, respectively their competencies for performing inspection activities and gain market confidence. The paper describes all necessary steps which should be taken into account by an inspection body so that it can fulfill general and technical requirements of the standard and demonstrate the necessary competencies for performing inspection activities. Especially, the paper will pay attention to impartiality, independence and competence of personnel, traceability

of equipment, inspection methods, quality management system of an inspection body, etc.

U bazi: EBSCO

Link: http://www.quality.unze.ba/zbornici/QUALITY%202015/088-Q15-023.pdf

3.5. Radovi prije izbora u zvanje docenta

2013.

Softić A., Zaimović-Uzunović N., Basić H: Intercomparation as an excellent tool for testing laboratory methods and practice, 11th International Symposium on esurement and Quality Control 2013, ISMQC 2013, Cracow – Kielce, Poland, 11-13 September 2013.

2012.

Softić A., Zaimović-Uzunović N., Basić H: Proficiency Testing and Interlaboratory Comparisons in Laboratory for Dimensional Measurement, 16th International Research/Expert Conference ‘Trends in the Development of Machinery and Associated Technology’, TMT 2012, Dubai, AUE, 10-12 September 2012.

2012.

Basić H., Duraković B., Softić A.: Six Sigma Model Testing in Optimizing Medium Sized Company Production Process, 16th International Research/Expert Conference ‘Trends in the Development of Machinery and Associated Technology’, TMT 2012, Dubai, AUE, 10-12 September 2012.

2011.

Softić A., Basić H., Bošnjaković A.: Calibration of Optical Measuring Machine using Laser Interfrerometer, 15th International Research/Expert Conference ‘Trends in the Development of Machinery and Associated Technology’, TMT 2011, Prague, Czech Republic, 12-18 September 2011.

2011. Softić A . Šorn Š.: Drvna industrija u BiH – Kvalitet, standardi, tržište, 7th International Research/Expert Conference ‘Quality 2011’, Neum, Bosna i Hercegovina, 01-04 Juni 2011

2011.

Šorn Š., Softić A.: Kvalitet ljepljenja lameliranog drveta ‐ parametar kvaliteta u proizvodnji prozora, 7th International Research/Expert Conference ‘Quality 2011’, Neum, Bosna i Hercegovina, 01-04 Juni 2011.

2010. Basic H., Softic A.: The importance of interlaboratory comparison in length measurement as a prerequisite for raising the accuracy of measurement and development of measurement traceability, 14th International Research/Expert Conference ‘Trends in the Development of

Machinery and Associated Technology’, TMT 2010, Mediterranean Cruise, 11-18 September 2010.

2010. Bašić H., Softić A.: Značaj razvoja akreditovanih laboratorija na visokoškolskim ustanovama u kontekstu njihove veze sa privredom, IV savjetovanje Reforma visokog obrazovanja, Razvoj sistema upravljanja kvalitetom u visokom obrazovanju, Sarajevo, BiH, 16-17 April 2010.

2009. Basic H ,Softic A.: The drift elimination methods in gauge block mechanical comparison procedures, 13th International Research/Expert Conference ‘Trends in the Development of Machinery and Associated Technology’, TMT 2009, Hammamet,Tunisia, October, 2009.

2008. Softic A., Basic H., Sinisa T.: Some aspect of measurement uncertainty calculation in gauges block calibration, 12th International Research/Expert Conference ‘Trends in the Development of Machinery and Associated Technology’, TMT 2008, Istanbul, Turkey, 26-30 August, 2008.

3.6. Objavljenje knjige poslije izbora u zvanje docenta

2019.

Softić A., Zaimović-Uzunović N., (2019). Metrologija, dokumentacija i upravljanje laboratorijama, Udžbenik/knjiga, ISBN 978-9958-601-79-8, Mašinski fakultet Sarajevo, 2019.

3.7. Objavljenje knjige prije izbora u zvanje docenta

2009.

Zaimović-Uzunović N., Lemeš S., Denjo D., Softić A., : Proizvodna mjerenja, Udžbenik/knjiga, ISBN 978-9958-617-44-7, Mašinski fakultet Zenica, 2009.

3.8. Recenzirane knjige i radovi poslije izbora u zvanje docenta

2019. Recenzija knjige

Nermina Zaimović-Uzunović, Amra Talić- Čikmiš, Samir Lemeš, Abaz Mandžuka: „Ispitivanje geometrijskih karakteristika proizvoda“, knjiga, Institut za privredni inženjering Zenica, 2019.

2017. Azra Čabaravdić: “Evaluation of mlr and gwr regression models of current

Recenzija rada annual increment predicted by growing stock, topographical and landsat 8 spectral data in the northeast bosnian mixed forest” koji je zaprimljen za objavljivanje u časopisu “Radovi Šumarskog fakulteta Univerziteta u Sarajevu.

2016. Recenzija rada

Azra Čabaravdić: “Geostatistical technique for growing stock estimates on small forest stands using inventory, enviromental and landsat 8 data”, ” koji je zaprimljen za objavljivanje u časopisu “Radovi Šumarskog fakulteta Univerziteta u Sarajevu.

3.9. Naučno-istraživački projekti poslije izbora u zvanje docenta

2013. – 2017.

Internacionalni projekat „EUROMET 1237 Comparison: Calibration of Gauge Blocks by mechanical comparison”, učešće u međunarodnoj interkomparaciji organizovanoj od strane National Metrology Institute of Turkey i Instituta za mjeriteljstvo Bosne i Hercegovine

2016. Univerzitet u Zenici, Mašinski fakultet u Zenici, formiranje postdiplomskog studija pod nazivom Metrologija, Katedra za automatizaciju iI metrologiju.

3.10. Projekti iz oblasti Mašinski proizvodni inženjering, saradnja sa Institucijama i privredom

2013. – 2018. Stručni Projekat Laboratorije za proizvodnu mjernu tehniku Mašinskog

fakulteta u Sarajevu I podružnice “Hidrolektrane na Neretvi” Jablanica JP Elektroprivreda BiH d.d. Sarajevo

3.11. Naučno-istraživački projekti prije izbora u zvanje docenta

1998. – 2002.

Rekonstrukcija Mašinskog fakulteta u Sarajevu finansiranom od strane Vlade Njemačke

1999.

Projekat “Interkomparativno mjerenje dužina graničnih mjerila” organizovanom od strane PRAQ III, Regionalnog programa za osiguranje kvaliteta

1999. – 2000. Projekat osavremenjavanja Laboratorije za proizvodnu mjernu tehniku-nabavka uređaja Perthometer concept u saradnji sa Friedrich-Alexander University Erlangen-Nuremberg

2010. Tempus project “From Quality Assurance to Strategy Development“, Wus

Austrija

2009. – 2012. Joint project „Strengthening higher education in Bosnia and Herzegovina“ Council of Europe, European Union

2012. Internacionalni projekat “Comparison of dial gauge and external micrometer”, učešće u kružnoj inerkomparaciji u saradnji sa BiH akreditacijskom kućom BATA i Norwegian Accreditation Body, Norwey

3.12. Pedagoško iskustvo i rezultati

Almira Softić zaposlena je na Mašinskom fakultetu u Sarajevu dvadeset tri godine. U zvanju asistenta i višeg asistenta (od 1996 do 2014) je izvodila vježbe na predmetima „Matematika III“, „Proizvodna mjerna tehnika“ „Osnovi mjerenja i obrade podataka“ I “Upravljanje kvalitetom” . Vježbe iz predmeta „Osnovi mjerenja I obrade podataka “, “Proizvodna mjerna tehnika” i “Upravljanje kvalitetom” je izvodila i u zvanju docenta do 2019 godine. U zvanju docenta, od 2014 do danas, izvodi predavanja i vježbe iz predmeta: “Proizvodna mjerna tehnika” I “Upravljanje kvalitetom” I “Metrologija I Kvalitet”. U zvanju asistenta, od 1997 do 2005, u zvanju višeg asistenta, od 2005 do 2014, i u zvanju docenta od 2014 do danas, je održala više hiljada sati nastave. Zadnjih godina član je Komisije za upis studenata na Mašinski fakultet u Sarajevu. Ocijenjena od strane studenata (evaluacija nastavnika koju sprovodi Mašinski fakultet Sarajevo) na svim anketama, za sve predmete, sa prosječnom ocjenom oko 9.

3.13. Mentorstva na drugom ciklusu studija, a poslije izbora u zvanje docent

2019.

Kandidat: Mediha Hadžikadunić Tema: Primjena savremenih alata kvaliteta u cilju unapređenja kvaliteta poslovanja u kompaniji MANN+UMMEL BA Mentor: Almira Softić

2019. Kandidat: Amina Nakić Tema: LEAN menadžment u kompaniji MANN HUMMEL BA Mentor: Almira Softić

2019. Kandidat: Edin Hasaković

Tema:Dokumentovanje sistema kvaliteta prema ISO standardima u kompaniji NATRON HAYAT d.o.o. Mentor: Almira Softić

2019. Kandidat: Mirza Krajina Tema: Istraživanje mjerne nesigurnosti mašine za mjerenje dužine do 450mm Mentor: Almira Softić

2018. Kandidat: Belmin Šahman Tema: Dokumentovanje sistema kvaliteta I procjena mjerne nesigurnosti pri kalibraciji uglomjeta u Laboratoriji za proizvodnu mjernu tehniku Mentor: Almira Softić

2018. Diplomski rad po po predbolonjskom principu

Kandidat: Nijaz Hodžić Tema: Mjerenje ravnih površina povišene tačnosti Mentor: Almira Softić

2018. Kandidat: Amina Halilović Tema: Prikaz aktuelnog stanja mjeriteljske infrastructure u Bosni i Hercegovini Mentor: Almira Softić

2017. Kandidat: Šemsudin Šabaredžović Tema: Značaj standardizacije i metrologije u procesima pridruživanja u EU Mentor: Almira Softić

2017. Kandidat: Josipa Šakić Tema: Dokumentovanje sistema kvaliteta I procjena mjerne nesigurnosti pri kalibraciji uređaja za ispitivanje hrapavosti u Laboratoriji za PMT Mentor: Almira Softić

2016. Kandidat: Elvir Mujčinović Tema: Metodei sredstva za mjerenje uglova Mentor: Almira Softić

2016. Magistarski rad po predbolonjskom principu

Kandidat: Zajim Mahmutović Tema: Istraživanje efekata implementacije statističke kontrole kvaliteta u proizvodnim kompanijama srednje veličine Komentor: Almira Softić

2016. Kandidat: Benjamin Musa Tema: razrada I uvodjenje kalibracionih I sistemskih procedura prema

standard ISO 17025 u laboratorijama za mjerenje dužina Komentor: Almira Softić

3.14. Rukovođenje laboratorijom za Proizvodnu mjernu tehniku

U periodu od 2005.god do 2019. Rukovodi Laboratorijom za proizvodnu mjernu tehniku

Mašinskog fakulteta u Sarajevu. Zadaci koje obavlja su saradnja sa vanjskim klijentima,

pružanje usluga kalibracije, opravke, edukacije i treninga iz oblasti metrologije, mjerenja i

upravljanja kvalitetom. Radi velikog opsega usluga koje je laboratorija pružala iz oblasti

kalibracije, umjeravanja, reparacije i održavanja mjernih sredstava, instrumenata i mjernih

mašina ostvarena je saradnja sa velikim brojem bosanskohercegovačkih firmi. Realizacija

poslova sa koji su se odvijali u Laboratoriji nalaze se u arhivi Računovodstva Mašinskog

fakulteta u Sarajevu.

Lista korisnika (ne svih) usluga Laboratorija:

- EMKA Bosnia d.o.o. Goražde,

- Pretis d.o.o. Sarajevo,

- KJKP Vododvod i Kanalizacije, Sarajevo,

- Općina Centar, Općina Stari Grad, Općina Hadžići,

- Hidoelektrane na Neretvi, Jablanica JP Elektroprivreda Sarajevo,

- Pobjeda Technology d.d. Goražde,

- Bosnaplast d.o.o. Sarajevo,

- Unioninvestplastika d.d. Semizovac,

- GRAS Sarajevo,

- MDG International d.o.o. Sarajevo,

- BOSNALIJEK Sarajevo,

- BAMKARD d.d. Sarajevo,

- ENERGOINVEST d.d. Sarajevo,

- ENIKON d.o.o Kakanj,

- Itd.