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Turkey Aerospace & Defense
TURKEY AEROSPACE & DEFENSE 2016 AEROSPACE TURKEY TURKEY AEROSPACE & DEFENSE 2016 Aerospace - Defense - Original Equipment Manufacturers Platforms - Clusters - Multinationals - Sub-Tier Suppliers Distinguished GBR Readers, Since the inception of the Undersecretariat for Defense Industries 30 years ago, significant steps have been taken to achieve the goals of having the Turkish armed forces equipped with modern systems and technologies and promoting the development of the Turkish defense industry. In the last decade alone, the aerospace and defense (A&D) sector's total turnover quadrupled, while exports have increased fivefold, reaching $5.1 billion and $1.65 billion in 2014, respectively. The industry's investment in research and development (R&D) reached almost $1 billion in 2014. The total workforce in the A&D industry reached 30,000 personnel, of which 30% are engineers. Even more remarkable, Turkey is now at the stage of offering its own platforms for both the local market and to international allies, and has commenced a series of follow up local programs. Although this progress has been achieved under the circumstances of a healthy and consistent political environment and in parallel with sustained growth in the Turkish economy, the proportion of expenditure for defense in the national budget and as a percentage of Turkey’s GDP has been stable. With the help of the national, multinational and joint defense industry projects that have been undertaken in Turkey by the undersecretariat, the defense industry has become a highly capable community comprising large-scale main contractors, numerous sub- system manufacturers, small- and medium-sized enterprises, R&D companies who are involved in high-tech, niche areas, research institutes, and universities. -
ERDAL KILIÇASLAN [email protected] +90 505 912 8952 +90 212 252 6339
ERDAL KILIÇASLAN [email protected] +90 505 912 8952 +90 212 252 6339 EXPERIENCE: ------------------------------------------------------------------------------------------------ TÜBİTAK BİLGEM İLTAREN -ANKARA 2013- ◊ Technical Adviser for Electronic Warfare Projects. DDI TECHNOLOGY INC -İSTANBUL 2012- ◊ Technical Adviser for Research and Development Projects RMK MARINE INC -İSTANBUL 2011-2012 ◊ Technical Adviser for the Military Ship Projects İSTANBUL OTOKAR INC -İSTANBUL/ADAPAZARI 2009-2012 ◊ Technical Adviser for the Project of Turkish National Main Battle Tank (ALTAY Project) Evaluation and Conceptual Design of Active Protection System of Turkish National Main Battle Tank Design of “Threat Evaluation Unit” of the Turkish Main Battle Tank Requirement Analysis of the Project MIKES INC. / “BAE SYSTEMS” -ANKARA/NEW YORK 2006-2008 ◊ Promoted to System Engineering Group Leader as a Design Lead System Engineer (Ankara, Facilities – NEW YORK) Participated in the Project of Modernization of F-16 Aircrafts until the preparation of System Test Procedures as System Engineering Group Leader in Ankara and New York Facilities, o Analyzed all the radars in the threat list of F-16 Aircrafts o Guided the Threat Data Package Analysis Process, o Participated in the jamming techniques definition process for the threats of F-16 Aircrafts. o Participated in the definition and analysis process of the system and software requirements, o Prepared the Test Engineering Management Process Document for the Modernization of F-16 Aircrafts Radar Warning Receivers, -
Technology Fast 50 Turkey 2020 Winners Powerful Connections Fast50.Deloitte.Com.Tr 1 Deloitte Technology Fast 50 Turkey 2020 Winners | Powerful Connections Contents
Technology Fast 50 2020 TURKEY 50 15 years of innovation Deloitte Technology Fast 50 Turkey 2020 Winners | Powerful connections Technology Fast 50 2020 TURKEY 50 15 years of innovation Technology Fast 50 Turkey 2020 Winners Powerful connections fast50.deloitte.com.tr 1 Deloitte Technology Fast 50 Turkey 2020 Winners | Powerful connections Contents Deloitte Foreword 3 Fast Facts 4 Winners List 5 2020 Big Star Awards 6 2020 Facebook Women in Tech Award 12 2020 Facebook Cross-Border Award 14 2020 Top 10 Companies 16 2020 Winners Profiles 22 Runner Ups List Winners 43 Program Partners 47 Technology Fast 50 Turkey Program 49 2 Deloitte Technology Fast 50 Turkey 2020 Winners | Powerful connections In this keystone year, I am thrilled to present This year we will be awarding for a second time, I want to extend my gratitude to Facebook for you the winners of the Fast 50 program the Cross-Border and Women in Tech special their continued cooperation and support in in Turkey. As these results will be the final awards. In addition, we added a “Runner Ups” bringing Fast 50 2020 Turkey together. pre-pandemic results, we once again see list to recognize companies in their 3rd years, an outstanding growth performance in the that are already promising great growths. I also would like to give thanks to our long- Turkish technology industry. 15 years ago, lasting NGO partners for their commitment to when Deloitte started this program in Turkey, Fast 50 program is Deloitte’s commitment the Turkish technology ecosystem. we hoped to bring the Turkish technology to a new generation of corporations that entrepreneurs to the world stage. -
Aselsan Elektronik Sanayi Ve Ticaret Anonim Şirketi and Its Subsidiaries
ASELSAN ELEKTRONİK SANAYİ VE TİCARET ANONİM ŞİRKETİ AND ITS SUBSIDIARIES REPORT OF THE BOARD OF DIRECTORS FOR THE PERIOD BETWEEN 1 JANUARY – 31 DECEMBER 2019 Content Page Number 1. Principles of Preparation ........................................................................................................................ 1 2. Company Information and Organizational Structure ............................................................................ 1 3. The Company’s Shareholder Structure .................................................................................................. 3 a. Members of the Board of Directors and Senior Executives ................................................................... 4 b. Information on Business Partnerships, Associates, Subsidiaries, Joint Ventures and Branches ............ 7 4. Main Factors That Affect the Performance, Investment and Dividend Policy of the Company .......... 10 5. Enterprise Risk Management ................................................................................................................. 11 a. Main Risk Categories ............................................................................................................................ 11 b. Early Detection and Management of Risk Committee Works ............................................................... 12 6. Financial Information of the Company .................................................................................................. 12 a. Financial Resources of the Company ................................................................................................... -
Aselsan Elektronik Sanayi Ve Ticaret Anonim Şirketi and Its Subsidiaries
ASELSAN ELEKTRONİK SANAYİ VE TİCARET ANONİM ŞİRKETİ AND ITS SUBSIDIARIES REPORT OF THE BOARD OF DIRECTORS FOR THE PERIOD BETWEEN 1 JANUARY – 30 SEPTEMBER 2020 Content Page Number 1. Principles of Preparation ........................................................................................................................ 1 2. Company Information and Organizational Structure .............................................................................. 1 3. The Company’s Shareholder Structure ................................................................................................... 3 a. Members of the Board of Directors and Senior Executives............................................................. 4 b. Information on Business Partnerships, Associates, Subsidiaries, Joint Ventures and Branches ...... 7 4. Main Factors That Affect the Performance, Investment and Dividend Policy of the Company ............... 9 5. Enterprise Risk Management ............................................................................................................... 11 a. Main Risk Categories .................................................................................................................... 11 b. Early Detection and Management of Risk Committee Works ......................................................... 12 6. Financial Information of the Company ................................................................................................. 12 a. Financial Resources of the Company ........................................................................................... -
Turkcell the Digital Operator
Turkcell the Digital Operator Turkcell Annual Report 2018 About Turkcell Turkcell is a digital operator headquartered in Turkey, serving its customers with its unique portfolio of digital services along with voice, messaging, data and IPTV services on its mobile and fixed networks. Turkcell Group companies operate in 5 countries – Turkey, Ukraine, Belarus, Northern Cyprus, Germany. Turkcell launched LTE services in its home country on April 1st, 2016, employing LTE-Advanced and 3 carrier aggregation technologies in 81 cities. Turkcell offers up to 10 Gbps fiber internet speed with its FTTH services. Turkcell Group reported TRY 21.3 billion revenue in FY18 with total assets of TRY 42.8 billion as of December 31, 2018. It has been listed on the NYSE and the BIST since July 2000, and is the only NYSE-listed company in Turkey. Read more at www.turkcell.com.tr/english-support All financial results in this annual report are prepared in accordance with International Financial Reporting Standards (IFRS) and expressed in Turkish Lira (TRY or TL) unless otherwise stated. TABLE OF CONTENTS TRY Turkcell Group 16 Chairman’s Message 21.3 20 Board of Directors 22 Message from the CEO billion 26 Executive Officers 28 Top Management of Subsidiaries REVENUES 30 Turkcell Group 31 Our Vision, Target, Strategy and Approach 32 2018 at a Glance 34 2018 Highlights 36 The World’s 1st Digital Operator Brand: Lifecell 37 Turkcell’s Digital Services 2018 Operations 38 Exemplary Digital Operator 40 Our Superior Technology 41.3% 46 Our Consumer Business EBITDA 52 Our -
NSF Workshop on Future Directions in Nano-Scale Systems, Dynamics and Control
NSF Workshop on Future Directions in Nano-Scale Systems, Dynamics and Control Metin Sitti NanoRobotics Laboratory Department of Mechanical Engineering and the Robotics Institute Carnegie Mellon University, Pittsburgh, PA 15213-3890 [email protected] Abstract This report contains the findings of the first NSF workshop on the newly emerging area of nano-scale systems, dynamics and control. This workshop brought together many leading researchers from various disciplines and background for discussing the current status, future research directions, and potential applications of this new field. After giving a general background on nano-scale dynamics and systems, research problems and open issues related to Scanning Probe Microscopy dynamics and controls, nano- manipulation systems, directed self-assembly, nano-manufacturing, micro/nano-robotics, nano- electromechanical sensors and devices, micro/nano-electromechanical systems integrated with biological entities, and nano-scale human-machine interfacing are discussed. Next, current and future educational initiative possibilities are addressed. Finally, promising future directions and challenges are summarized, and ongoing workshop, symposium and invited session organizations in the IEEE and ASME conferences are reported. Prepared for submission to the IEEE Controls Magazine 1 I. Introduction This paper is aimed to report the findings and recommendations of the NSF Workshop on Future Directions in Nano-Scale Systems, Dynamics and Control in Denver, Colorado one day before the Automatic Control Conference (ACC), June 3, 2003. The purpose of this workshop was to bring together leading researchers from many different disciplines in the current status, challenging unsolved problems, and applications of nano-scale systems and controls as a new emerging field. Nanotechnology which is aimed to control the materials and processes at the molecular and nano-scales has become one of the critical technologies of this century. -
2Ç2021 Kar Tahminleri
ARAŞTIRMA BÖLÜMÜ 16 Temmuz 2021 2Ç2021 KAR TAHMİNLERİ BANKACILIK SEKTÖRÜ 2Ç21T/ 2Ç21T/ 6A21T/ Bilanço Net Dönem Karı *Kesin/ 2Ç21T 1Ç21 4Ç20T 3Ç20 2Ç20 1Ç20 2Ç20 1Ç20 6A21T 6A20 6A20 Açıklama (Mn TL) Tahmini Değ.% Değ.% Değ.% Tarihi Finans Akbank 2.036 2.027 1.848 1.523 1.586 1.310 28,3% 0,4% 4.063 2.896 40,3% 28.07.2021 K Garanti Bankası 2.596 2.529 1.111 1.896 1.600 1.631 62,2% 2,6% 5.124 3.231 58,6% 29.07.2021 K İş Bankası (C) 1.739 1.854 1.627 2.149 1.579 1.456 10,2% -6,2% 3.593 3.035 18,4% 6.08.2021 T T. Halk Bankası 65 59 510 315 950 825 -93,1% 10,7% 124 1.775 -93,0% 13.08.2021 T Vakıflar Bankası 635 750 669 1.100 1.525 1.716 -58,3% -15,3% 1.385 3.241 -57,3% 9.08.2021 K Yapı ve Kredi Bank. 1.844 1.453 765 1.854 1.331 1.129 38,5% 26,9% 3.296 2.461 34,0% 30.07.2021 K TSKB 233 226 207 204 168 154 38,2% 3,0% 459 322 42,4% 4.08.2021 T Finans Toplam 9.148 8.897 6.736 9.040 8.740 8.222 4,7% 2,8% 18.045 16.962 6,4% Kaynak: Ziraat Yatırım, Banka Finansalları, T: Tahmini, a.d.: Anlamlı Değil Tahminlerimizde Etkili Olan Faktörler BDDK’nın açıklamış olduğu aylık verilere göre Bankacılık sektörü karı 2021 yılının Nisan-Mayıs döneminde, bir önceki yılın aynı dönemine göre %30,3, bir önceki çeyreğin ilk iki ayına göre de %9,4 oranında düşüş kaydetmiş ve 8,4 milyar TL seviyesinde gerçekleşmiştir. -
Lab on a Chip
Lab on a Chip View Article Online CRITICAL REVIEW View Journal | View Issue Mobile microrobots for bioengineering Cite this: Lab Chip,2017,17,1705 applications Hakan Ceylan,ab Joshua Giltinan,abc Kristen Kozielskia and Metin Sitti *abc Untethered micron-scale mobile robots can navigate and non-invasively perform specific tasks inside un- precedented and hard-to-reach inner human body sites and inside enclosed organ-on-a-chip microfluidic devices with live cells. They are aimed to operate robustly and safely in complex physiological environ- ments where they will have a transforming impact in bioengineering and healthcare. Research along this line has already demonstrated significant progress, increasing attention, and high promise over the past several years. The first-generation microrobots, which could deliver therapeutics and other cargo to targeted specific body sites, have just been started to be tested inside small animals toward clinical use. Here, we review frontline advances in design, fabrication, and testing of untethered mobile microrobots for bioengineering applications. We convey the most impactful and recent strategies in actuation, mobility, Creative Commons Attribution 3.0 Unported Licence. Received 18th January 2017, sensing, and other functional capabilities of mobile microrobots, and discuss their potential advantages and Accepted 27th April 2017 drawbacks to operate inside complex, enclosed and physiologically relevant environments. We lastly draw an outlook to provide directions in the veins of more sophisticated designs and applications, considering DOI: 10.1039/c7lc00064b biodegradability, immunogenicity, mobility, sensing, and possible medical interventions in complex rsc.li/loc microenvironments. Introduction Physically intelligent material systems at the sub-millimeter This article is licensed under a a Physical Intelligence Department, Max Planck Institute for Intelligent Systems, scale are promising for applications in various fields, such as 70569 Stuttgart, Germany. -
Nano-Robotic Manipulation Systems Using Nanoprobes
Nano-Robotic Manipulation Systems using Nanoprobes Metin Sitti NanoRobotics Laboratory http://nanolab.me.cmu.edu Department of Mechanical Engineering and Robotics Institute Carnegie Mellon University, Pittsburgh, PA 15213, USA [email protected] Abstract: Handling of and interacting with smaller and smaller size objects where the human sensing, precision, and direct manipulation capabilities lack is one of the promising future trends in the robotics field. Due to the recent developments in nanotechnology, handling of materials especially at the molecular and nanometer scales has become a new challenging issue. Therefore, nano-robotics has recently emerged as a new robotics field that encompasses the design, fabrication and programming of robots with overall dimensions down to few micrometers, and the programmable manipulation of nanoscale objects This work is focused on developing theories and methodologies of analyzing, designing, building, and controlling Atomic Force Microscope (AFM) and glass micropipette based robotic nano-manipulation systems. At first, the understanding of nanoscale physics and dynamics for reliable nano-robot design, prototyping, and control for a given AFM based nano-manipulation task is improved by modeling. As target nano-manipulation tasks, teleoperated touching to surfaces, 2D nanoparticle assembly by pushing, and drawing 3D polymer micro/nano-fibers are selected. Using nano- physical continuum models of surface forces and contact mechanics, a real-time Virtual Reality nano-simulator is developed. Next, the issue of real-time monitoring of the AFM probe tip and nano-entity positions and behavior during nano-manipulation in ambient conditions is solved by integrating AFM probe force sensing with nano-physics models by developing an Augmented Reality system. -
Imaging-Based Spectrometer-Less Optofluidic Biosensors Based On
ARTICLE https://doi.org/10.1038/s41467-021-23257-y OPEN Imaging-based spectrometer-less optofluidic biosensors based on dielectric metasurfaces for detecting extracellular vesicles Yasaman Jahani 1,6, Eduardo R. Arvelo1,6, Filiz Yesilkoy 2, Kirill Koshelev 3,4, Chiara Cianciaruso 5, ✉ Michele De Palma 5, Yuri Kivshar 3 & Hatice Altug 1 1234567890():,; Biosensors are indispensable tools for public, global, and personalized healthcare as they provide tests that can be used from early disease detection and treatment monitoring to preventing pandemics. We introduce single-wavelength imaging biosensors capable of reconstructing spectral shift information induced by biomarkers dynamically using an advanced data processing technique based on an optimal linear estimator. Our method achieves superior sensitivity without wavelength scanning or spectroscopy instruments. We engineered diatomic dielectric metasurfaces supporting bound states in the continuum that allows high-quality resonances with accessible near-fields by in-plane symmetry breaking. The large-area metasurface chips are configured as microarrays and integrated with micro- fluidics on an imaging platform for real-time detection of breast cancer extracellular vesicles encompassing exosomes. The optofluidic system has high sensing performance with nearly 70 1/RIU figure-of-merit enabling detection of on average 0.41 nanoparticle/µm2 and real- time measurements of extracellular vesicles binding from down to 204 femtomolar solutions. Our biosensors provide the robustness of spectrometric approaches while substituting complex instrumentation with a single-wavelength light source and a complementary-metal- oxide-semiconductor camera, paving the way toward miniaturized devices for point-of-care diagnostics. 1 Institute of Bioengineering, École Polytechnique Fédérale de Lausanne (EPFL), Lausanne, Switzerland. -
Biomedical Applications of Untethered Mobile Milli/Microrobots This Paper Reviews the Current Advances in Biomedical Untethered Mobile Millirobots and Microrobots
INVITED PAPER Biomedical Applications of Untethered Mobile Milli/Microrobots This paper reviews the current advances in biomedical untethered mobile millirobots and microrobots. By Metin Sitti, Fellow IEEE, Hakan Ceylan, Wenqi Hu, Student Member IEEE, Joshua Giltinan, Student Member IEEE, Mehmet Turan, Sehyuk Yim, Student Member IEEE,andEricDiller,Member IEEE ABSTRACT | Untethered robots miniaturized to the length I. INTRODUCTION scale of millimeter and below attract growing attention for the One of the highest potential scientific and societal impacts prospect of transforming many aspects of health care and of small-scale (millimeter and submillimeter size) unteth- bioengineering. As the robot size goes down to the order of a ered mobile robots would be their healthcare and bioen- single cell, previously inaccessible body sites would become gineering applications. As an alternative to existing tethered available for high-resolution in situ and in vivo manipulations. medical devices such as flexible endoscopes and catheters, This unprecedented direct access would enable an extensive mobile medical milli/microrobots could access complex and range of minimally invasive medical operations. Here, we pro- small regions of the human body such as gastrointestinal vide a comprehensive review of the current advances in biome (GI), brain, spinal cord, blood capillaries, and inside the eye dical untethered mobile milli/microrobots. We put a special while being minimally invasive and could even enable emphasis on the potential impacts of biomedical microrobots access to unprecedented submillimeter size regions inside in the near future. Finally, we discuss the existing challenges the human body, which have not been possible to access and emerging concepts associated with designing such a currently with any medical device technology [1], [2].