TCI 2015 Small Business, Clusters, and ExportsTCI Network
Small businesses in South Australia face challenges such as remote location from global markets and fierce competition. However, the state has specialized clusters in industries like aerospace, water, and creative arts. South Australia ranks highly in global innovation and liveability indexes. The government supports clusters through organizations like the Cluster Coordination Office and works to increase exports by promoting the state's specializations in fields like architecture and sustainable solutions.
TCI 2015 The Evolutionary Dimension in Cluster PolicyTCI Network
The document discusses the evolving role of clusters in supporting emerging industries and sustainable competitiveness. It argues that clusters must move beyond traditional spatial and sector boundaries to engage in cross-border collaboration, global value chains, and emerging opportunities across sectors. Cluster organizations should facilitate entrepreneurship and innovation in emerging industries, related diversification through new technologies, and public-private partnerships for open innovation. The role of cluster policy is also evolving to better support clusters in developing cross-cluster strategies, internationalization, and integration into priority emerging domains. Several examples from the Basque region of Spain are provided.
TCI 2015 Small Business, Clusters, and ExportsTCI Network
Small businesses in South Australia face challenges such as remote location from global markets and fierce competition. However, the state has specialized clusters in industries like aerospace, water, and creative arts. South Australia ranks highly in global innovation and liveability indexes. The government supports clusters through organizations like the Cluster Coordination Office and works to increase exports by promoting the state's specializations in fields like architecture and sustainable solutions.
TCI 2015 The Evolutionary Dimension in Cluster PolicyTCI Network
The document discusses the evolving role of clusters in supporting emerging industries and sustainable competitiveness. It argues that clusters must move beyond traditional spatial and sector boundaries to engage in cross-border collaboration, global value chains, and emerging opportunities across sectors. Cluster organizations should facilitate entrepreneurship and innovation in emerging industries, related diversification through new technologies, and public-private partnerships for open innovation. The role of cluster policy is also evolving to better support clusters in developing cross-cluster strategies, internationalization, and integration into priority emerging domains. Several examples from the Basque region of Spain are provided.
TCI 2015 What Do Links Mean in Innovation Clusters? ‘Relational Dialectics’TCI Network
This document discusses the complexity of communication networks based on a study of innovation clusters. It presents several key findings:
- Semantic network analysis of university, industry, and government websites on nanotechnology found similarities between universities and industries but less structure among governments.
- Analysis of hyperlinks between websites found the industry and public/government sites were central, and relationships flowed from industry to public/government to academia.
- Communication networks can have unintended outcomes like increased minor conflicts between nations rather than decreased conflicts as assumed. Networks involve complex dependencies that may not be fair or beneficial to all parties.
- Semantic networks reveal shared meanings and values but also individual cognitive structures like thoughts and beliefs. Network effects
This document provides an overview of Concord, a company that manufactures children's car seats and other products for over 30 years. It discusses Concord's history of being founded in 1978 and becoming a leading manufacturer in Germany. It outlines the company's values of usability, simplicity, personality, quality, and service. It also describes Concord's product lines, distribution network, and awards received for high-quality car seats.
This document discusses fostering cross-cluster innovation to address societal challenges. It provides examples of projects from the Lower Austria region that bring together different industry sectors and clusters. One project developed bioplastic alternatives through collaboration between the Plastics and Food clusters. Another project promoted recycling of construction materials by engaging the Green Building, Mechatronics, and Logistics clusters. The document emphasizes that cluster management can anticipate trends and facilitate cross-sector work, while policymakers can support flexibility, cross-department collaboration, and involvement of clusters in new regulations.
This document discusses the history and evolution of business clusters from early commercial centers to modern high-tech clusters. It defines key cluster concepts and outlines the role of policymakers in both spontaneously formed "wild" clusters and structured "domesticated" clusters. The document advocates for cluster-based economic development policies to improve competitiveness at both the microeconomic company level and the macroeconomic regional level.
Herding pigs managing self-organizing teamsMike Vincent
Agile software development teams are self-organizing, so how are they managed? This presentation will help you understand the leadership and coaching necessary for highly productive and motivated teams.
TCI 2014 Cross-clustering for future economic growthTCI Network
The document discusses cross-clustering and its importance for future economic growth in Sweden. It outlines several Swedish government programs that promote cross-clustering between industries and research areas. It provides examples of cross-clustering between packaging and printed electronics industries. Key learnings from cross-clustering are mutual trust, market-driven collaboration, and engaged leadership. The document also summarizes the allocation of structural funds in Sweden, with a focus on innovation, SMEs, and reducing carbon emissions. National programs aim to stimulate cross-regional collaboration in research and innovation.
The document discusses the Hamburg Aviation cluster in northern Europe, which includes major companies like Airbus and Lufthansa Technik. It was honored as a leading cluster in Germany. The cluster aims to foster collaboration between research, industry and the public sector. It is also part of the European Aerospace Cluster Partnership (EACP) network of 34 clusters from 13 countries. Through the EACP, the clusters work to improve services, establish international partnerships, and influence EU policy. One example is the CARE project, a three-year FP7 project between 8 EACP clusters focusing on sustainable technologies for air transport.
Klaus Haasis led a creative collaboration lab discussing how to effectively collaborate in teams and networks. He presented a 5-step approach: 1) Create an open environment like in kindergartens, 2) Open minds through appreciation, 3) Address problems constructively, 4) Understand different roles and needs, 5) Learn to enjoy collaboration through sustainable diversity. Haasis believes collaboration allows people with different perspectives to find solutions beyond their individual visions. He offered a free webinar to further discuss lessons from kindergartens and dealing with challenges openly.
TCI 2015 D2i – design to innovate The Danish Design ClusterTCI Network
The document discusses D2i, the Danish Design Cluster, which promotes design-driven innovation in Denmark. It does this through international marketing and PR for the Danish design industry, as well as embedding design capabilities in small and medium-sized enterprises across different industries. D2i has worked with over 575 companies and 1650 individuals over 4 years. Studies show companies that utilize design thinking and design-driven innovation have higher profits, growth, and value than those who do not. D2i is establishing a new co-working space in Kolding to further support the design community in Denmark.
TCI 2015 Cross-overs between Agro and High TechTCI Network
The document discusses crossovers between the agro and high-tech industries in the Netherlands. It notes that population growth and food security are global challenges and that food clusters are part of a global supply chain. However, expanding livestock industries is difficult in some regions due to social opposition. The document also discusses challenges around integrating agriculture and high-tech industries in the Eindhoven region of the Netherlands, including creating livable cities, protecting nature, and facilitating industry growth, while overcoming obstacles between the sectors. It concludes that while the necessary conditions exist, active cluster management is still needed to fully realize potential crossovers.
TCILatinAmerica16 Desarrollo Territorial “Instrumentos de medición”TCI Network
Este documento describe el desarrollo de instrumentos de medición para evaluar el desarrollo territorial en Chile. Explica que se comenzó con 107 variables agrupadas en dimensiones como capital humano y capital social, y luego se fueron reduciendo a través de criterios de selección y métodos estadísticos hasta llegar a 20 variables clave. El objetivo final es generar un indicador compuesto que permita comparar el desempeño territorial entre comunas y tomar mejores decisiones de política pública.
The document discusses social media etiquette and strategies for businesses. It advises communicating professionally and avoiding spamming followers to maintain reputation. Additionally, it emphasizes knowing one's social graph to craft a successful social media strategy. The company provides social media education, training, consultancy and administrative support services to help clients integrate social media into their existing marketing.
TCI 2014 Cluster Initiatives as Tools for Shared Value Creation The Case of H...TCI Network
This document discusses a cluster initiative in Barranquilla, Colombia that aimed to create shared value in the local healthcare industry. Through a 7-month process involving interviews and meetings, the initiative identified that chronic patients represented 75% of healthcare spending but were poorly served by the reactive, acute-care focused system. The initiative developed a strategic vision of shifting from reactive to continuous, patient-centered care. This included redefining roles, integrating patient data, and incentivizing new product development. Over subsequent years, the initiative held training events, partnered organizations, and helped one company grow significantly, indicating it successfully promoted both social and business goals through a collaborative approach.
Energia bizia (Derrigorrezko Bigarren hezkuntza / Izar-eskola / Pamplonetario)Planetario de Pamplona
Bigarren hezkunza (3. eta 4. mailak), Batxilergoa, HHU, LHI, Lanbide-Tailerrak...
Energia bizia dokumentalak gure zibilizazioa eta erabiltzen dugun energia harremanatzen ditu. Ikuspuntu orokorra erabiliz, perspektiba zabal batetik gaur egungo egoera aztertzen da, egungo eta etorkizuneko aukerak plazaratuz.
escuela.pamplonetario.org
Este documento describe los diferentes tipos de centrales eléctricas y cómo generan energía. Explica que la energía se genera principalmente en centrales eléctricas mediante maquinaria que convierte la energía mecánica del agua, el viento, combustibles como el carbón, el petróleo o el gas natural, o la energía nuclear en energía eléctrica. Luego, la energía se transmite a hogares y otros lugares a través de líneas eléctricas para su uso.
Este documento describe los diferentes tipos de centrales eléctricas y cómo generan energía. Explica que la energía se genera principalmente en centrales eléctricas mediante maquinaria que convierte la energía mecánica del agua, el viento, combustibles como el carbón, el petróleo o el gas natural, o la energía nuclear en energía eléctrica. Luego, la energía se transmite a través de líneas eléctricas a los hogares para que podamos usar aparatos eléctricos.
7. Energia magnitude bat da; lana egiteko materiaren
ahalmena da, beroa sortu, argia egin eta mugimendua
eragitea ahalbidetzen duena.
Nazioarteko Sisteman joulea da energia-unitatea,
baina beste unitate batzuen bidez ere adieraz daiteke.
Zientziari dagokionez izari abstraktua da, sistema itxi
baten estatu dinamikoarekin lotuta dagoena eta
denboran zehar aldaezin agertzen dena. Esate-baterako
zera esan daiteke: energia zinetikorik gabeko sistemak
geldi daude. Sistema bat hasierako egoera batetik
geroko egoera batera eramateko behar den lana,
magnitudeari dagokionez, sistema horrek izan duen
energiaren aldakuntzaren parekoa da.
·Nola sortzen da etxean
darabilgun energia?
8. ·Gure ustean hauek dira handienetik
txikienera hurrengo sektoreen energia
kontsumoa gehien kontsumitzen
dutena.
Industria, garraioa,etxea,
nekazaria…
9. EZAGUTZEN DITUGUN ENERGIA-
FORMAK HAUEK DIRA.
·*Argi energia:
-Lur planetan dagoen argi gehiena eguzkitik dator.
-Gauean, elektrizitatea erabiltzen dugu argia lortzeko.
*Energia termikoa:
-Eguzkiak, argiaz aparte, beroa ematen digu.
-Erregai fosiletan dagoen energia ere erabiltzen dugu
gure etxea berotzeko.
-Elektrizitatea makinak funtzionarazteko balio du.
10. *Energia kimikoa:
-Hau da energia kimiko bat gertatzen denean askatzen den
energia.
-Auto batek petrolioa erretzen duenean, erreakzio kimiko
bat gertatzen da petrolio eta oxigenoaren artean.
*Soinu energia:
-Soinu energia, bibrazioen bidez eginiko energia da.
- Bibrazio hauek, airetik doaz gure belarrietara iritsi arte.
*Energia zinetikoa:
-Objektu bat mugitzen denean, energia zinetikoa du.
-Auto gehienek bere energia petroliotik lortzen dute,
beste batzuek baterietatik.
*Energia elektrikoa:
-Zientzialariek deskubritu dute zelan energia
transformatu ahal den energia.
12. Energia berriztagarria
iturri naturaletatik sortzen
den energia mota da. Energia
mota honek erabiltzen dituen
baliabide naturalak oso ugariak
dira baina garrantzitsuenak
hauek dira:eguzkia, haizea
eta ura.
Iturri natural hauek,
agortezinak dira daukaten
energia kantitate
izugarriagatik eta neurri
naturalak erabiliz birsortzeko
gai direlako.
13. ENERGIA EZ BERRIZTAGARRIAK
Energia ez berriztagarriak gizakiok erabiltzen
ditugun heinean agortu egiten direnak dira.
Beraz amaitu egin ahal dira, eta behin amaituz
gero ezin dira berriro lortu. Energia
berriztagarrien guztiz kontrakoa da. Energia
mota honek, kantitate finko batean naturan
aurkitzen diren energia iturriei erreferentzia
egiten dio. Gainera, hauek agortzen direnean,
ezin dira ordezkatu, horretarako baliagarria
den produkzio sistemarik existitzen ez delako.
14. BI MOTATAN BEREIZTEN DIRA ENERGIA EZ
BERRIZTAGARRIAK:
ERREGAI FOSILAK:
Hauen artean ikatza,
petrolioa eta gas naturala
aurkitzen dira. Erregai
fosilak zuzenean erre
daitezke eta lortzeko ,
berogailuetan, galdaratan
Hauek sortzeko ere
zentral termikoetan erabili
daitezke.
ERREGAI NUKLEARRAK:
Hauen artean plutonioa eta
uranioa aurki ditzakegu.
hauek energia sortu
dezakete bidez. Energia
nuklearra energia sortzeko
erabiltzen da.
16. ENERGIA EZ BERRIZTAGARRIEN
ALDE ONAK ETA TXARRAK
ABANTAILAK:
* Denbora txikian energi
asko sortzen da.
* Ez da oso garestia.
* Erabiliak izaten diren
bitartean ez dute gas
txarrak sortzen ezta
berotegi efektua ere ez.
ARAZOAK:
* Agortzen dira.
* Sortzen duen
erradioaktibitatea milaka
urte irauten du.
* Haiekin istripuak izanez
gero hondamendi naturalak
sortzen ditu.
* Batzuk ez daude
teknologikoki oso garatuta,
esaterako altzairua.
18. GAINONTZEKO ENERGIA
PRIMARIOAK ERABILTZEN DIRA
● PETROLIOA:Kopururik handiena garraioan
kontsumitzen da eta beste kopuru industrian
eta etxe bizitzan.
● GAS NATURALA:Industrian eta etxe bizitzetan
erabilia.
● Ikatza, nuklearra,eroiloa eta eguzkitikoa ia
erabat elektrizitatea sortzeko.