Title: Organizations and Environments
 1Organizations and Environments
  2Definitions of Organizations
- Social entity, goal directed, deliberately 
structured, identifiable boundaries (Daft)  - Response to and means of creating value that 
satisfies human needs. Embodies collective 
knowledge, values, and vision (Jones)  - Integration of specialized knowledges into a 
common task (Drucker) 
  3Organizations
- Human creations whose operations and products are 
results of the ways we govern them and of the 
social, institutional, and political structures 
within which they operate (i.e., their 
environments)  - Organizations are both products of these 
structures and de-stabilizers of these structures 
  4Trends and Tensions in Contemporary Organizations
- Small and flexible vs. large and vertically 
integrated  - Technology as work saver vs. work producer 
 - Networks vs. hierarchies 
 - Knowledge workers vs. administrators as powerful 
organizational members  - Manufacturing vs. service 
 - Labor shortages vs. labor surpluses 
 
  5Trends and Tensions in Contemporary Organizations
- Production of high vs. low wage service jobs 
 - Job as package of specific duties in specific 
time period vs. job as flexible in duties, time, 
and space  - Need for organizational learning vs. poor memory 
capacity due to downsizing, merger, and 
acquisition activity 
  6Trends and Tensions in Contemporary Organizations
- Globalism vs. nationalism vs. environmentalism 
 - Establishment of strong organizational cultural 
values vs. appreciating diversity  - Multigenerational workplaces Veterans vs. 
boomers vs. GenXers, vs. Generation Y vs. 
millennial generation  - New technologies vs. old human values (e.g., 
biotechnology, wireless technology) 
  7Essential Features of Organizations
- Open system input, transformation, output 
 - Subsystems boundary spanning, production, 
maintenance, adaptation, management  - Domains range of products and services produced 
for serving markets and customers  - Environmental Transactions dealing with factors 
outside the organizational boundaries 
  8Open Systems View of Organization
ENVIRONMENT
Raw Materials Resources
Products Services
Output
Transformation
Input
Organization
Production Maintenance Adaptation Management
Boundary Spanning
Boundary Spanning
Subsystems 
 9Organization-Environment Interface
- Task (specific) factors 
 - Customers 
 - Suppliers 
 - Distributors 
 - Regulatory agencies 
 - Competitors 
 - Unions 
 - Partners 
 - Special Interests
 
- General factors 
 - Economic 
 - International 
 - Political/legal 
 - Technology 
 - Social/demographic 
 - Cultural 
 - Physical/natural resources
 
  10Environmental Uncertainty
- Simple -Complex Dimension 
 - Number of elements and their similarity 
 - Family restaurant vs. automobile manufacturer 
 - Determines what information you need 
 
- Stability-Change Dimension 
 - how fast and unpredictably elements change 
 - Universities vs. telecommunications 
 - Determines how often you need to collect 
information  
  11Perceived Environmental Uncertainty
- Simple vs. Complex Elements 
 - Stable vs. Dynamic Elements 
 - Richness vs. Poorness of Elements 
 - More uncertainty results when organization has to 
deal with complex, changing, and/or poor quality 
elements.  
  12Environmental Uncertainty
Rate of Change
Low
High
Low Uncertainty
Moderate Uncertainty
Low
(Information known and available)
(Constantly need new information) 
Complexity
Moderate Uncertainty 
High Uncertainty 
High
(Information overload) 
(Information needs unknown) 
 13Theories of Organization-Environment Relationships
- Contingency Theory 
 - Resource Dependence 
 - Strategic Choice 
 - Population Ecology 
 - Institutional Theory 
 - Transaction Cost Theory
 
  14Contingency Theory
- Most effective way to organize is contingent on 
complexity and change in environment  - Stable environments Mechanistic structures 
(specialization, formality, hierarchy)  - Changing environments Organic structures (less 
specialization, informality, lateral relations) 
  15Resource Dependence
- Organizations obtain scarce and valued resources 
from environments  - Desire to control these resources to minimize 
dependencies  - Processes and transactions used to obtain 
resources develop dependencies  - Balancing act of maintaining autonomy and 
recognizing dependencies  
  16Strategic choice
- Managers perceive environments 
 - Make strategy and design structure 
 - Re-strategize when changes are perceived 
 - Managers enact environments through their 
decision-making choices  - Since managers perceive differently, they bring 
organizations in different directions  - Example Sears vs. Montgomery Ward
 
  17Population Ecology
- Focus is on whole population of organizations 
(e.g., gasoline stations in Canada wine industry 
in California)  - Natural selection processes 
 -  Variation Selection Retention 
 - Unsuccessful organizational forms die out 
 - Environmental determinism 
 
  18Institutional Theory
- Societal institutions are powerful forces for 
ensuring control and order  - In responding to institutional pressures, 
organizations develop isomorphic (similar) 
strategies, structures, and systems  - Normative, coercive, and mimetic forces make all 
organizations look the same  - Goal is to obtain social legitimacy 
 - Example banks, universities, discount stores
 
  19Transaction Cost Theory
- Organizations try to reduce monitoring, 
negotiating, and governing exchanges with 
environmental elements (transaction costs)  - Environmental uncertainty, opportunism, bounded 
rationality, small numbers bargaining, asset 
specificity, and risk levels increase transaction 
costs  - Transaction and bureaucratic costs balanced
 
  20What specific adaptation devices do organizations 
use?
- Structural Responses 
 - Develop new positions or units 
 - Boundary-spanning activities 
 - Buffering roles and units 
 - Planning Groups 
 - Forecasting 
 - Management Information Systems
 
  21Specific Adaptation Devices
- Inter-organizational Linkages 
 - Symbiotic interdependencies 
 - Benefit both organizations 
 - Competitive interdependencies 
 - Direct competition for scarce resources
 
  22Symbiotic Interdependencies
- Good reputation 
 - Cooptation 
 - Interlocking directorates 
 - Strategic alliances 
 - Long-term Contracts 
 - Equity ownership in other firms 
 
- Joint ventures 
 - Mergers, acquisitions, and takeovers 
 - Licensing 
 - Consortia 
 - Marketing or distribution agreements 
 - Franchising
 
  23Competitive Interdependencies
- Collusions 
 - Signaling 
 - Cartels 
 - Trade associations
 
- Regulatory bodies 
 - Competitive strategic alliances 
 - Networking
 
  24How do we assess if an organization is effective 
in its environment?
- Goals approach 
 - Official vs. operative goals 
 - Achieving organizational goals is effectiveness 
 - Systems resource approach 
 - Obtaining scarce and valued inputs 
 - Measured by quality and costs of inputs stock 
price and market share  - Example Software firm hires the best engineers 
with competitive compensation 
  25What is organizational effectiveness?
- Internal Systems Approach 
 - Innovation and quick response to changes 
 - Measured by decision making time, product 
innovation rate, time to get new products to 
market, reduction of conflict and motivation 
problems  - Example 3M 25 of sales must come from 
products less than 5 years old 
  26What is organizational effectiveness?
- Technical efficiency approach 
 - Ability to convert skills and resources into 
goods and services efficiently  - Measured by rate of reduction of defects, 
reduction of product costs and delivery times, 
increases in customer service and product quality  - Example TQM processes at Stanley Engineering
 
  27What is organizational effectiveness?
- Stakeholder Approach 
 - Stakeholders are any individuals, groups, or 
organizations that have an interest in the firms 
activities and ultimate survival  - Internal stakeholders owners or shareholders, 
employees, and managers  - External stakeholders customers, suppliers, 
government, unions, local community, general 
public, natural environment 
  28Managing Stakeholders
- Inducements and contributions balance 
 - Inducements are what the firm provides for 
stakeholder  - Contributions are what the stakeholder provides 
for the firm  - Firms would like to provide as little inducement 
as possible for adequate levels of stakeholder 
contribution and vice versa  
  29Managing Stakeholders
- Assess importance of stakeholders 
 - Power, legitimate rights, and urgency 
 - Assess potential for threat vs. potential for 
cooperation  - Determine appropriate strategies for managing the 
stakeholder 
  30Potential for Threat
Low
High 
Supportive Stakeholder Get Involvement
Mixed Blessing Stakeholder Collaborative 
 strategies
High
Potential for Cooperation
Non-supportive Stakeholder Defensive strategies
Marginal Stakeholder Monitor
Low 
 31Managing Stakeholders
- Managing multiple goals of stakeholders 
 - setting priorities or preference ordering 
 - sequential attention 
 - bargaining and compromise 
 - satisficing 
 - At least minimal satisfaction of all current 
stakeholders is organizational effectiveness. 
  32Total Responsibility Management Systems 
- Focus is on the triple bottom line 
 - Economic (profits) 
 - Social (people) 
 - Environmental (place) 
 - TRM can be significant source of competitive 
advantage for firms who take the lead in these 
initiatives 
  33Pressures for TRM
- Primary stakeholders owners, employees, 
customers, and suppliers  - Secondary stakeholders NGOs, activists, 
communities, and governments  - Social and institutional pressures and trends 
best of rankings and awards emerging global 
standards (e.g., UNs Global Compact) and 
reporting/accountability initiatives (e.g., GRI 
or SA 8000 or AA1000) 
  34Three Processes in the TRM Approach
- Institutionalizing a vision and set of valuses 
regarding responsible practice through the 
enterprise (inspiration)  - Integration of the responsibility into practice 
through strategy, management systems, and human 
resource capacity  - Improvement and innovation through measurement, 
feedback systems, and learning and remediation