scheduling and management of seed fund allocation across multiple npd projects
TRANSCRIPT
Scheduling and Management of Seed Fund Allocation across Multiple NPD ProjectsAshok Rangaswamy
Dept. of Information TechnologySri Shakthi Institute of Engineering and Technology
Coimbatore, INDIAashok AT siet.ac.in
Abstract- The most important factor affecting the implementation of innovative ideas is the ineffectiveness in the delivery
of seed fund. Sometimes the most significant innovation does not receive the fund and in certain situations proper help is
not extended to the innovators. In order to eradicate this issue, the proposal to manage multiple NPD projects is put forth.
Seed fund is the vital factor in conceiving the ideas into new products for commercial use. It is difficult to schedule and
manage the seed money for multiple new product development (NPD) projects, especially for large scale government
initiatives. The process model to effectively manage the seed fund for multiple NPD projects is proposed and its
application to the accelerated radical innovation (ARI) methodology is discussed.
Keywords-Seed fund, venture capital, NPD, new product development
I. INTRODUCTION
Innovation can create positive externalities in the form of spillover benefits to the economic
growth of the country as well as it eradicates poverty. The government needs to generate large
scale invention outcomes to attain the socio economic transformation. Recently, Indian
government announced the launching of INR 5000 Crore innovation fund to support the new
ideas for the inclusive economic growth. Seed funding is the key enabler to transform the
concepts into new commercial products. To manage the rapid development of new products at a
larger scale, the seed fund has to be effectively distributed across many projects.
The study [1] shows that the majority of R&D efforts were spent on incremental innovation.
The study cautions that focusing only on incremental innovation will not be effective and rather
counterproductive in today’s flat world, where competitive innovations breakthrough across the
world. Thus, radical innovation is the only solution to attain the maximum breakthrough that
would significantly impact on the country's economy.
The table I [1] clearly shows that the new product development (NPD) project’s execution time
from concept to turn out to market is much longer than an acceptable period. This result clearly
states why corporate are hesitant on pursuing breakthrough innovations [1].
Uncertainty is the killer of many new product development (NPD) projects. The risk elements
need to be identified throughout the life cycle of NPD. Once risk element which potentially
endangers the NPD project’s outcome is identified, it has to be mitigated first, before proceeding
further with the project.
TABLE I. HISTORICAL INNOVATION LIFE CYCLES
Sl.No Innovation
Approx. life cycle time from
concept to final approved
design for production (in years)
1 Atomic bomb 12
2 GMO in food products 35
3 Powered flight 54
4 Wind electricity 140
For effective monitoring, risk management and to control the throughput of the multiple NPD
projects, it is mandatory that there has to be an effective mechanism. In this proposal, throughput
is defined as the number of successful NPD projects to the total projects in the specific time unit.
Hence, a novel approach is proposed, in which the effective tracking, control and optimization
of the seed fund utilization across multiple NPD projects is achieved. This approach adopts the
scheduling mechanism, which is used to control multiple computing processes.
The seed fund to multiple NPD projects is delivered in stages, after evaluating the progress at
each stage. The high potential project with promising results gets the highest priority in fund
allocation. This progressive seed fund allocation to the highly prioritized NPD projects will
enhance the throughput for the seed fund allocated.
II. EXISTING PRACTICE
A. Incremental Innovation
A stage-gate® system [2] is the commonly accepted practice for innovation management of
low and medium level technology innovations. It is the incremental innovation model. The
process of incremental innovation progresses through five stages, with assessment and approval
gate in-between:
Stage 0: Idea conceptualization Gate 1: Idea screening
Stage 1: Scoping (technical assessment) Gate 1: Scope approval
Stage 2: Build business case (detailed investigation) Gate 2: Approval to development
Stage 3: Development Gate 3: Approval for testing
Stage 4: Testing and validation Gate 4: Approval for launching
Stage 5: Launch
The seed fund is normally released after successful pass through each gate. It is the most
accepted model for incremental innovation, in which breakthrough seldom happens. The potential
pit fall in this model is that there is a long gap from conceiving the idea (stage 0) to start working
on the idea (stage 2). Further, seed fund is delivered with major chunk, once it is approved in gate
2. Since then, there is only a little control on how the seed fund is effectively utilized. Many ideas
go to “sleep/ zombie” mode even before they are given the fair chance of development.
B. Radical Innovation
Accelerated radical innovation (ARI) method [1] holds the potential to accelerate the radical
innovation to achieve the breakthrough findings. ARI methodology[3] consists of the following
steps to achieve the radical innovation in accelerated mode.
1) Inception period
Inception period focuses on identifying challenges in implementing the project.
Step 1. Recognize threat or opportunity
Step 2. Define breakthrough and life cycle position
Step 3. Identify grand challenges
3a, Market and societal challenges
3b. Scientific and technological challenges
3c. Business and organizational challenges
3d. Cluster/ Network challenges
Step 4. Determine key ARI hurdles
Step 5. Assess hurdles
Step 6. Establish ARI system vision
2) Implementation period
After the steps followed in inception period, several steps are followed here to launch the design.
Step 7. Form value innovation network
Step 8. Accelerated innovation prototyping
Step 9. Launch ARI prototype design
Step 10. If market is confirmed, launch ARI standard design.
The methodology for seed fund delivery is not specified in this innovation management process
available in the literature.
III. WHAT INVENTORS WANT
The ideal seed fund delivery process has to support the inventors, mentor them and come along
their path as the true companion towards success. The current master-slave model won’t be
appreciated by many recent inventors, who do not want to be disturbed during invention, by the
name of funding and also the fund allocation can be made more effective than that process.
The seed funding to the inventors can be compared with the caring ensured to mothers before
the birth of the baby. Since the fertilization of the idea in their mind, inventors try to hold the
invention process within them till the delivery of the prototype. Inventors need to be carefully
supported, assessed for the growth condition of the invention, supplemented with seed fund at
frequent intervals and are mentored when the progress of invention is critical. This is exactly the
fact that every true inventor expects from seed fund managers. They do not want to annihilate
their ideas or to deliver the unsuccessful invention outcome.
The ideal seed fund delivery process/ innovation incubation center needs to ensure security
throughout the invention period such that the outcome meets the purpose and helps the inventor as
well as the whole world. Existing seed fund management system does not effectively manage, if
too many ideas flow into the process. There is always the chance of spoiling the inventors’ spirit
through the scrutinizing process of ideas, as inventors are always afraid of protecting their ideas,
skeptical about revealing it to others just for funding since they are highly energized towards
implementing the idea, rather than disclosing it. Many inventors may not even turn-up for the
seed fund or kill potential ideas in the very nascent stage. Thus the core objective of the seed
fund, which is to boost the innovation, is diluted in the existing fund management model.
IV. PROPOSED MODEL FOR SEED FUND MANAGEMENT
A. Process Model
Each NPD project is considered as the individual project thread. The thread is initialized, when
the fertilized idea enters into the funding process. The thread starts its journey from the dormant
state. The thread moves to ready state, when the thread is passed in the idea screening and the
project is kick-started. The management of multiple NPD projects as threads into different states
is depicted in fig. 1.
Figure 1. Seed fund management process for multiple NPD projects.
Figure 2. Scheduler for seed fund delivery.
B. Mode of fund delivery
Mode of fund delivery is classified into two phases:
a. During inception period
b. During implementation period.
Two different modalities are used in each phase to simplify the funding access for inventors. During the
initial inception period, the installment of seed fund is delivered as MFI (microfinance institution) loan
for each project. If the NPD project progress is not satisfactory, it is treated simply as the MFI loan and
the money is collected from the inventors as weekly payment, till the satisfactory progress is made to get
the approval. Once the NFD project gets the approval, the MFI loan is augmented as seed fund, without
the need of repayment at regular intervals.
Once the inception period is completed (ARI [4] steps 1-6), the seed fund accrued is carried over to
the micro venture support wing. The term agreement is reached between the spin-off company and the
micro venture partner. In the implementation period, micro venture partner provides the remaining seed
fund support as the venture capital in return for the equities. In the implementation period, incubation
support is provided to the start-up. If there is any deviation in the progress, proper mentoring will also be
provided. These two modalities are depicted in fig. 3 and fig 4. Intensive care will be provided in the
implementation period to bring the maximum throughput for the total seed money invested during the
period.
1) Inception Period
Figure 3. Mode of fund delivery in the inception period
(ARI steps 1 to 6).
2) Implementation Period
Figure 4. Mode of fund delivery in the implementation period
(ARI steps 7 to 10).
C. Seed Fund Delivery
Seed fund shall be delivered to the project threads which are in ready state. If multiple projects wait in
the ready state, which is the core problem in providing fund , the seed fund will be delivered to the
project thread with highest priority. Priority is the dynamic attribute assigned to each project thread.
Priority shall be dynamically calculated based on the project progress, value creation and other attributes.
There is also a provision to force the priority to any level as per the seed manager’s decision.
The scheduling process for the seed fund delivery is shown in fig. 2. The highest priority project
thread is taken into “current” project under consideration state by the scheduler. If resources for the
current thread are unavailable or decision making team waits for more information about the current
thread, it will be taken to “blocked” state. Once the information or resource required is available, the
blocked thread will be taken to either current or ready state, depending on its priority. The history log will
be maintained for each thread to record attribute values in each step and each state.
Pre-emption: There is the specific scenario, where high priority project thread enters into ready state,
when low priority project is being considered for the fund delivery. The scheduler, which maintains the
queuing and processing of the project threads, immediately assesses this scenario, notifies the decision
making team and brings down the current thread into holding (“ready”) status and takes-up the highest
priority project thread for the fund allocation consideration (“current”) state.
D. Assessment
Each NPD project thread needs to be assessed while it is in the waiting state. The following attributes
are essential in assessing the potential breakthrough innovation [1]:
A1.Innovation vision
A2.Identified customers
A3.Competitive position (valuation)
A4.Innovation design (Feasibility and maturity)
A5.Manufacture and distribution (envisioned)
A6.Innovation reliability
A7.Innovation stakeholders
A8.Geographical scope
A9.Market volume
A10. Business plan
The progress that must be achieved for each attribute in the successive steps of ARI methodology is
shown in table II [1].
TABLE II. PROGRESS LOOKUP TABLE
ARI
stepA1 A2 A3 A4 A5 A6 A7 A8 A9 A 10
1 20 20 20 20 20 20 20 20 20 20
2 40 30 40 30 30 30 30 30 30 30
3 50 40 50 40 40 40 40 40 40 40
4 60 50 60 60 50 50 50 50 60 60
5 70 60 70 70 60 60 50 60 60 60
6 80 70 80 80 70 60 60 60 60 60
7 80 80 80 80 80 70 70 70 70 80
8 80 80 80 90 80 80 80 80 80 90
9 90 90 90 90 90 90 90 90 90 90
10 100%
Note: Progress is expressed as the percentage of required progress at step 10 for each attribute
This table is referred to take the decision to continue funding further, after the NPD project thread
moves from executing state to waiting state. If the progress is below the threshold of the expected level
mentioned in the table, the NPD project is rejected and taken to dormant state. In dormant state,
mentoring and improvement can be done; then the decision of revamping the project shall be taken.
Analytical Hierarchical process (AHP) helps in selecting the high priority project from the pool
available in the ready state. The AHP maintains the hierarchical tree, showing the criteria of selection. It
helps in reducing the complexity of the selection process, by reducing the complex decision making into
a group of elementary comparison [5]. The Fuzzy AHP approach [6] to solve the priority assignment for
the multiple projects will be derived and considered in the scope of the future work.
V. CONCLUSIONS
The proposed framework thus provides an effective seed fund delivery to the new inventions thereby
ensuring the development of actual outcome following every step. If the resource or the progress is not to
the expected level the inventor is mentored and the seed fund delivery is done only after the progress is
achieved. This process suggests that both the investors and the inventors will be benefited through
venture partners. In this framework, the micro finance institute and the micro venture partner are
employed together for the effectiveness of fund delivery. Hence, many innovations can be brought into
real implementation and thus our country’s economy will definitely improve. Further implementation of
this proposal will surely help the country by bridging the gap between inventors and investors as well as
technology enhancement will take place in the mere future.
REFERENCES
[1] John P. Dismukes, Lawrence K. Miller, John A. Bers, Jai A. Sekhar and Alec E. Shelbrooke, “Accelerated Radical Innovation (ARI) Methodology Validation”, PICMET 2009 Proceedings, pp 677-691, August 2-6, 2009
[2] Robert G. Cooper, Scott J. Edgett and Elko J. Kleinschmidt, “Optimizing the Stage-Gate® Process: What Best Practice Companies are Doing - Part One”, Research Technology Management (Industrial Research Institute, Inc.) Volume 45, Number 5, 2002.
[3] Bers, J. A., and Dismukes, J. P., “Accelerated Radical Innovation: The Execution Side”, Final Submitted to PICMET’09 Conference, April 2009.
[4] Bers, J. A., Dismukes, J. P., Miller, L. K., and Dubrovensky, A., “Accelerated Radical Innovation: Theory and Application”, Technological Forecasting and Social Change, 2009. 76(1): p. 165-177.
[5] Greg A. Stevens and James Burley, “Piloting the Rocket of Radical Innovation, Research and TechnologyManagement”, 2003.
[6] Mohammad Reza Mehregan, Mona Jamporazmey, Mahnaz Hosseinzadeh, and Mohsen Mehrafrouz, “Application of Fuzzy Analytic Hierarchy Process in Ranking Modern Educational Systems’ Success Criteria”, International Journal of e-Education, e-Business, e-Management and e-Learning, Vol. 1, No.4, October 2011.