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Frontiers of Engineering Management

ISSN 2095-7513

ISSN 2096-0255(Online)

CN 10-1205/N

Postal Subscription Code 80-905

Front. Eng    2023, Vol. 10 Issue (3) : 427-438    https://doi.org/10.1007/s42524-023-0258-0
RESEARCH ARTICLE
How do project-oriented organizations enhance innovation? An institutional theory perspective
Shankar SANKARAN(), Catherine P. KILLEN, Alexandra PITSIS
Faculty of Design Architecture and Building, University of Technology Sydney, Ultimo, NSW 2007, Australia
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Abstract

A project-oriented organization is a hybrid form of organization where a functional hierarchy is augmented with structures to manage projects strategically across the organization. Six project-oriented organizations from diverse industries that emphasize innovation in their strategies were selected for this study. We use the three pillars of institutional theory — regulative, normative and cultural-cognitive — and institutional entrepreneurship to analyze interview data from executive and project, program and portfolio management personnel in the project-oriented organizations to investigate how innovation is facilitated through external influences and internal responses. Our findings indicate that processes and new structures provide effective ways for innovation and, while individuals are important, processes are more effective than individuals at enabling innovation. We put forward some lessons for practice that emerge directly from the findings, including suggestions on improving allocation of resources, a need to focus on processes, reconceptualization of “failure”, and dedicated investment in market knowledge, customer knowledge, performance metrics and flexible governance structures.

Keywords project-oriented organizations      innovation      institutional entrepreneurship      institutional theory     
Corresponding Author(s): Shankar SANKARAN   
About author: * These authors contributed equally to this work.
Just Accepted Date: 30 May 2023   Online First Date: 03 July 2023    Issue Date: 29 August 2023
 Cite this article:   
Shankar SANKARAN,Catherine P. KILLEN,Alexandra PITSIS. How do project-oriented organizations enhance innovation? An institutional theory perspective[J]. Front. Eng, 2023, 10(3): 427-438.
 URL:  
https://academic.hep.com.cn/fem/EN/10.1007/s42524-023-0258-0
https://academic.hep.com.cn/fem/EN/Y2023/V10/I3/427
Reference Aspect of project Concepts used
Mahalingam and Levitt (2007) Conflicts in global projects Scott’s three-pillar framework
Bresnen and Marshall (2010) Partnering in construction Institutional logics; Institutional actors mobilizing for change
Orr et al. (2011) Global projects Scott’s three-pillar framework
Henisz et al. (2012) Project governance and relational contracting Scott’s three-pillar framework
Johnson (2013) Factors resulting in emergence of project management Scott’s three-pillar framework
Hu et al. (2015) Megaproject and complex project management Scott’s three-pillar framework
Müller (2016) Enablers and barriers to project governance Scott’s three-pillar framework
Locatelli et al. (2017) Corruption in public projects Scott’s three-pillar framework
Biesenthal et al. (2018) Megaproject management Scott’s three-pillar framework
Hall and Scott (2019) Integrated project delivery Institutional entrepreneurship; Scott’s three-pillar framework
Biygautane et al. (2019) Public Private Partnership Institutional entrepreneurship
Loosemore et al. (2021) Social procurement in construction firms Isomorphism: Coercive, mimetic and normative
Qiu et al. (2022) Megaproject (China) Institutional logics; Institutional entrepreneurship
Sydow and Söderlund (2022) Organizing complex projects Institutional entrepreneurship; Institutional logics; Institutional field
Tab.1  Some examples of application of institutional theory concepts in project and construction management literature (2007–2022)
Regulative Normative Cultural-Cognitive
Laws and regulations
Operating laws
Knowledge of government
Work practices
Social norms, expectations and local preferences
Industry organization
Logistics
Relationships
Resources and productivity
Market knowledge
Local culture/beliefs
Language/Concepts/Meaning
Tab.2  Source of initial nodes and sub-nodes (Javernick-Will and Scott, 2010)
Main nodes and sub-nodes No. of references Total (main node) Relative frequency/%
Normative
Experiment and trial and error* 75 75 5.0
Industry organization* 15 128 8.6
Agile as a practice adopted in IT 24
Competition 25
Professional roles 58
Stakeholder market demands 6
Standards project management prescribed peak bodies 0
Institutional entrepreneurship* 54 179 12.0
Individuals 6
New structures 43
Processes 76
Logistics 0 20 1.3
Contractors or suppliers 0
Systems 20
Market knowledge* 35 102 6.8
Knowledge of customer 48
Knowledge of market requirements 19
Relationships 44 45 3.0
Between projects and functions 1
Resources and productivity* 43 137 9.2
Cost 36
Performance 49
Quality 0
Speed 9
Social norms, expectations, and local preferences 68 68 4.6
Standards 5 5 0.3
Industry standards 0
Technology (Apps) 10 10 0.7
Work practices* 46 74 5.0
Incentives 28
Cultural-Cognitive
Language/Concepts/Meanings* 89 316 21.2
Communication norms 13
Local practices 33
Sensemaking 181
Local culture beliefs* 64 132 8.8
Collaboration 20
Cultural norms 48
Regulative
Operating laws 3 44 2.9
Finance 37
Labor 0
Tax 4
Knowledge of government 2 4 0.3
Political considerations 2
Laws & Regulations* 121 154 10.3
Government related 8
Policies governing the business/industry 14
Rules to follow due to law regulations 11
Total references 1493
Tab.3  Frequencies against nodes and sub-nodes
Project-oriented organization Individual entrepreneur Structures to promote innovation Processes to promote innovation
FSP Skunkworks to drive innovation
Outsourced innovation initiative
Tribes and Guilds
Cross-functional teams
Forums to discuss innovation
Emphasis on designing with customers using prototyping
Customer journey mapping
Managers asked to pitch ideas in forums
CIS Head of Strategy and Technology Innovation Dedicated innovation labs
Setting up business unit to innovate
Decentralized project structures
Chief Technology Office managing an innovation portfolio
Labs to test ideas
Collaboration with hi-tech companies
Innovations at different levels of business managed by local operations
Fast tracking gateway process to accelerate innovation
Use agile projects to test innovations
Innovation around customer experience
SOU Chief Information Officer supporting innovation through Customer Experience (CX) Lab and discretionary funding CX Lab to develop customer experience design
Change governance group to approve new initiatives
Innovation group to develop digital services
Cycle of exploration before funding innovation after pilot testing
Hierarchical decision-making on innovation through CX Lab
Internal recognition systems for new ideas
Human-centered design
Prioritize innovations that have an impact on customer
Customer journey mapping
Road map with strategy for innovation
TD Senior Vice President Innovation Research and Development (R&D) Manager and Chief Technology Officer Advanced innovation group in R&D (works with external stakeholders)
Product innovation groups
New product development processes and roadmap
Yearly R&D meeting with expo to gather ideas
Allocate time for people to develop concepts
Decision-making process to authorize innovation projects
TSP Innovation hubs
Innovation lab for an industry sector
Innovation teams
Reward systems for ideas
Hackathons
Technology innovation strategy plan
Alignment between business strategy and R&D programs
Annual awards for innovation
PU IT Innovation Manager (driving from bottom) Skunkworks
Development teams
Guilds for knowledge sharing
Strategic partnership for funding
New energy group
Innovation plans based on time horizons
Annual innovation maturity assessment
Data-based decision making on investment
Experiments by marketing team
Prototyping
Hackathons
Crowdsourcing innovation challenges
Energize awards
Human-centered processes
Tab.4  Roles of individuals, structures and processes in innovation at the case organizations
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