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Project Management and Innovation in Biomedical Engineering Lesson 0: Subject presentation

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Set of slides for Section 1 of the course "Project Management and Innovation in Biomedical Engineering". Biomedical Engineering - UPF (2013-14) Introduction to management concepts, innovation management, business models, value chain, strategies, design of communication plans.

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Page 1: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Project Management and Innovation in Biomedical

Engineering Lesson 0: Subject presentation

Page 2: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

• You get familiar with basic management concepts and tools, so that:

• You are able to assess key aspects in the biomedical engineering world from a managerial perspective • You are able to apply them in a specific entrepreneurial initiative: your career development

Target

Page 3: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

4 ECTS credits (1st – 2nd quarter) • Theory (20 sessions – 1 hour) • Seminars ( 4 sessions – 2 hours) • Practical sessions ( 8 sessions – 2 hours)

How

Page 4: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

How

• Basic management concepts and tools • Assess key aspects in the biomedical engineering world from a managerial perspective • Apply them in an entrepreneurial initiative: your career development

• Theory • Classes plus own work from references

• Seminars

• Analysis of exemplary cases

• Practical sessions and project

• Application on own case

Page 5: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Who

Mixed technical and professional backgrounds to foster a wider view on Biomedical Engineering Management

• David de Lorenzo

(background on genomics / entrepreneurship) http://www.linkedin.com/pub/david-de-lorenzo/5/a15/778

• Miguel Ángel González Ballester (background on computerized medical imaging / public and industrial research) http://es.linkedin.com/in/miguelangelgonzalez

• Aurelio Ruiz (background on R+D+i management at industry and university) http://es.linkedin.com/in/aurelioruiz

Plus diverse experts from different settings in seminars

Page 6: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Evaluation

4 points: Tests (at the end of each quarter, each 2 points, required at least 1 point in both tests). Can be reevaluated in a final redemption exam. Note: Failing one test implies directly going to the final

test.

4 points: Group work. To be delivered at the end of the practical sessions. Cannot be reevaluated. 2 points: Presentation of individual plans (individual track within group work). Cannot be reevaluated. Each of the parts is to be passed (50%) independently, final score the sum-up of the 3 parts

Page 7: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Project Management and Innovation in Biomedical

Engineering Strategic design. Aurelio Ruiz

Page 8: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Project Management and Innovation in Biomedical Engineering

By the end you should be able to answer

What is management?

What is project management?

What is innovation? What is innovation management?

Why is it relevant in Biomedical Engineering? Is it different from other

disciplines?

Page 9: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Project Management and Innovation in Biomedical Engineering

Introduction

What is management? This is the focus of this first part

Why is it relevant in Biomedical Engineering? Is it different from other disciplines? – This is

embedded across the whole subject

Page 10: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Project Management and Innovation in Biomedical Engineering

Introduction

What is management? This is the focus of this first part

Page 11: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Wikipedia shows “collective wisdom”, let’s analyze the way it defines it

Additional questions:

What do you think about “Management is what

managers do”

Have a look at the historic evolution. Any conclusion? Any thought about future evolution?

Page 12: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

“act of coordinating the efforts of people to accomplish desired goals and objectives using available resources efficiently and effectively.”

Goal 2 the object of a person’s ambition or effort; an aim or desired result: Objective 1 a thing aimed at or sought; a goal: Quality

Resource 1 (usually resources) a stock or supply of money, materials, staff, and other assets that can be drawn on by a person or organization in order to function effectively: Financial (money, asssets) Human (people, skills) Production (including IT) Knowledge, etc… ALL INTERLINKED!

Page 13: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

“act of coordinating the efforts of people to accomplish desired goals and objectives using available resources efficiently and effectively.”

Efficient: 1 (of a system or machine) achieving maximum productivity with minimum wasted effort or expense: Effective: 1 successful in producing a desired or intended result:

Page 14: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

“act of coordinating the efforts of people to accomplish desired goals and objectives using available resources efficiently and effectively.”

This definition lacks the most essential responsibility in management

Q1: How are goals defined?

(What if goals are not the right ones?)

Page 15: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Different levels (top management, mid-level, … up to individual management), mostly dependent / impacting

in goals

Irrespective of level, all share many common concepts

What do you think about “Management is what managers do”

Page 16: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Different activities, mostly depending on nature of resources (financial and legal, technical, marketing,

communication,…)

Often interlinked in every professional career, with different weights

What do you think about “Management is what managers do”

Page 17: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Different scopes (generic ones, specific for software development, etc)

Often also sharing common principles.

What do you think about “Management is what managers do”

Page 18: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Different levels Different activities Different scopes

Summary: What do you think about “Management is what managers do”

Q2: Which are the common concepts across different management roles?

Q3: How to choose the right methodology for me in a specific time? (How to focus on those aspects more

relevant for me?)

Page 19: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Have a look at the way management has evolved

Page 20: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Have a look at the way management has evolved

Management evolves from the need to formalize

technological and social advances

Is technology nowadays going faster than human do? Often management skills in an organization / project are

following past principles (is this also the case of the Wikipedia definition?)

Page 21: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Have a look at the way management has evolved

Military treaty Politics (16th cent)

Economy (18th cent)

Page 22: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Have a look at the way management has evolved

Technical production

(18th-19th cent)

Organisations (20th cent)

Quality management (20th cent)

Page 23: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Have a look at the way management has evolved

Collective creation (and evaluation)

Top-down Vs Bottom-up approaches

Business models

Page 24: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Have a look at the way management has evolved

(End-user, open, etc)

Innovation

Page 26: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Summary: Have a look at the way management has evolved

Management adapts!

Again Q3 (less personalised): which management principles are most suitable for the biomedical engineering

field? (How to decide?) Relevant for your current career stage (but out of the scope of this subject): which will be the ones most suitable in the

future biomedical engineering field? (keep an eye to progress in related fields!)

Page 27: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Q3: How to choose the right methodology for me in a specific time? (How to focus on those aspects more

relevant for me?) Which management principles are most suitable for the

biomedical engineering field?

Q2: Which are the common concepts across different management roles?

Q1: How are goals defined?

Page 28: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Basic Concepts - Strategy

Business Model Value Chain

Strategic design

Page 29: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Basic Concepts - Strategy

Business Model Value Chain

Strategic design

Page 30: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

Business Model

Article: (1) Business Models, Business Strategy and

Innovation. David J. Teece

Let’s have a look at some selected excerpts

Page 31: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

(abstract) “(a business model) reflects management’s hypothesis about what customers want, how they want it and what they will pay, and how an enterprise can organize to best meet customer needs, and get paid for doing so, and make a profit” (pg. 173) “it refers in the first instance to a conceptual, rather than a financial, model of a business. It makes

implicit assumptions about customers, the behavior of revenues and costs, the changing nature of user needs, and likely competitor responses”

Page 32: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

(pg. 188) “Selecting the “right” architecture and pricing model for a business requires not just understanding the

choices available, but also assembling the evidence needed to validate conjectures and hunches about costs, customers, competitors, complementors,

distributors and suppliers takes detailed fact-specific enquiry, and a keen understanding of customer needs and customer willingness to pay, as well as of competitor positioning and likely competitor responses”

Page 33: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

(pg. 190) “The chances of good design are greater if

entrepreneurs and managers have a deep understanding of user needs, consider multiple alternatives, analyze the value chain thoroughly so as to understand just how to deliver what the customer wants in a cost-effective and timely fashion, adopt a neutrality or relative efficiency perspective to outsourcing decisions, and are good listeners and fast learners” (pg. 191) “Its sustainability can only be determined against a particular business environment or context”

Page 34: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

(Page 191) “The essence of a business model is that it crystallizes customer needs and ability to pay, defines the manner by which the business enterprise responds to and delivers value to customers, entices customers to pay for value, and converts those payments to profit

through the proper design and operation of the various elements of the value chain” “Put differently, a business model reflects

management’s hypothesis about what customers want, how they want it and what they will pay, and how an enterprise can organize to best meet customer needs, and get paid well for doing so”

Page 35: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

(pg. 192) “Good business model design and implementation involves assessing such internal factors as well as external factors concerned with customers, suppliers, and the broader business environment.”

Page 36: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

management’s hypothesis

Conceptual model

assumptions

validate conjectures and hunches

assembling the evidence

fact-specific enquiry

deep understanding

proper design and operation

Similar process to technical / research

design

But issues to be taken into account are those

relevant for management

consider multiple alternatives

Page 37: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

organize to

best meet

revenues and costs

competitor

costs, customers, competitors, complementors, distributors

and suppliers

competitor positioning

cost-effective and timely

value chain

pay for value

internal factors as well as

external factors

customer needs

get paid

make a profit (*)

(*) Taking profit as a core goal. It could be

more complex or even different (as the case

of public sector, research, NGOs, etc)

Page 38: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model – own career development

organize to

best meet

revenues and costs

Competitor – other job seekers in my field?, candidates from other fields? automation of job?

costs, customers, competitors, complementors, distributors

and suppliers - the overall job market: demand, offer, services supply such as

training, etc

competitor positioning – relative situation against other job seekers

cost-effective and timely

value chain

pay for value

internal factors as well as

external factors

customer needs – employer needs

get paid

make a profit (*) – reach own professional goals (money for some,

vocational for others, etc)

(*) Taking profit as a core goal. It could be

more complex or even different (as the case

of public sector, research, NGOs, etc)

Page 39: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

Business Model

Business models in the Biomedical (engineering) field Main Article: (2) Trends and drivers of change in the biomedical healthcare sector in Europe: Mapping report. European Foundation for the Improvement of Living and working conditions Comp. Article: Still deploying Milkmen in a Megastore World? Fixing the MedTech Commercial model. Boston Consulting Group (to address other sectors)

Page 40: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

Business Model

Business models in the Biomedical (engineering) field Main Article: (2) Trends and drivers of change in the biomedical healthcare sector in Europe: Mapping report. European Foundation for the Improvement of Living and working conditions This article introduces 3 relevant concepts: value

chain / SWOT analysis / organisation types.

Page 41: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Project Management and Innovation in Biomedical

Engineering Strategic design. Session 2. Aurelio Ruiz

Page 42: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Introduction

Last chapter ….

Page 43: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Project Management and Innovation in Biomedical Engineering

Introduction

What is management? This is the focus of this first part

Why is it relevant in Biomedical Engineering? Is it different from other disciplines? – This is

embedded across the whole subject

Page 44: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

http://en.wikipedia.org/wiki/Management

What is Management?

Q3: How to choose the right methodology for me in a specific time? (How to focus on those aspects more

relevant for me?) Which management principles are most suitable for the

biomedical engineering field?

Q2: Which are the common concepts across different management roles?

Q1: How are goals defined?

Page 45: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Basic Concepts - Strategy

Business Model Value Chain

Strategic design

Page 46: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

management’s hypothesis

Conceptual model

assumptions

validate conjectures and hunches

assembling the evidence

fact-specific enquiry

deep understanding

proper design and operation

Similar process to technical / research

design

But issues to be taken into account are those

relevant for management

consider multiple alternatives

Page 47: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

organize to

best meet

revenues and costs

competitor

costs, customers, competitors, complementors, distributors

and suppliers

competitor positioning

cost-effective and timely

value chain

pay for value

internal factors as well as

external factors

customer needs

get paid

make a profit (*)

(*) Taking profit as a core goal. It could be

more complex or even different (as the case

of public sector, research, NGOs, etc)

Page 48: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Introduction

This chapter ….

Page 49: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Sample Business Models

‘Reengineering’ of the meat packing industry. Prior to the 1870s, cattle were shipped live by rail from the Midwestern stockyard centers like Omaha, Kansas City and Chicago to East Coast markets where the animals were slaughtered and the meat sold by local butchers. Gustavus Swift sensed that if the cattle could be slaughtered in the Midwest and shipped already dressed to distant markets in refrigerated freight cars, great economies in production’/centralization and transportation could be achieved, along with an improvement in the quality of the final product Sell a product of a higher quality and lower cost by changing the way cattle is distributed This is a basic business model Implementation: His biggest challenge was the absence of refrigerated warehouses to store the beef near point of sale Logistic problem Swift set about creating a nationwide web of refrigerated facilities, often in partnerships with local jobbers. ‘Once Swift overcame the initial consumer resistance to meat slaughtered days before in distant places, his products found a booming market because they were as good as freshly butchered meats and were substantially cheaper - Swift’s success quickly attracted imitators - By the 1890s, men like Phillip Armour had followed on Swift’s heels’

Page 50: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Sample Business Model

Sell a product of a higher quality and lower cost by changing the way cattle is distributed This is a basic business model Implementation: Internal problems: I cannot do the investment required to have the required warehouse Share risk / benefits with partners External problems: Initial consumer resistance they were as good as freshly butchered meats and were substantially cheaper Competitors Does it look like naïve from our perspective?

Many areas in Biomedical Engineering are in a similar situation of business development as cattle business was in the 19th century - Very mature market but with new opportunities and models possible by technological advances, but with very conservative customers / regulations. Global markets often requiring large investments

Page 51: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Sample Business Model

Discussion. The typical example: Zara http://www.nytimes.com/2012/11/11/magazine/how-zara-grew-into-the-worlds-largest-fashion-retailer.html?_r=0

Page 52: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

Before managing a project / company, it is important to be able to manage oneself!

-Which are my own goals at the short, mid, long-

term? -Which are my current capabilities?

-What do I expect from this project? How does it help me reach my goals?

-Are there future capabilities I need and still not possess?

And also, for the specific case of this subject, one external factor: which are the expectations of my

direct clients?

Page 53: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model – professional model?

organize to

best meet revenues and costs – should

I invest?

Other job seekers in my field?, candidates from other fields? automation of job? Do I compete locally or internationally? The overall job market:

demand, (where is it?), offer (do I have negotiation power?), services supply such as training,

etc

Competitor positioning – relative situation against other job seekers. Do I know how to compare?

cost-effective and timely – what is to

be done at a specific time?

pay for value – will I have a Special value proposition?

internal factors as well as

external factors

Employer needs – do you know them? Which are your sources of information?

get paid – which are the usual salaries? Which are my needs / expectation?

Reach own professional goals (money for some, vocational for others, etc)

Page 54: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

Business Model

Business models in the Biomedical (engineering) field Main Article: (2) Trends and drivers of change in the biomedical healthcare sector in Europe: Mapping report. European Foundation for the Improvement of Living and working conditions Comp. Article: Still deploying Milkmen in a Megastore World? Fixing the MedTech Commercial model. Boston Consulting Group

Page 55: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

Business Model

Business models in the Biomedical (engineering) field Main Article: (2) Trends and drivers of change in the biomedical healthcare sector in Europe: Mapping report. European Foundation for the Improvement of Living and working conditions 3 relevant concepts:

value chain / SWOT analysis / organisation types.

Page 56: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Basic Concepts - Strategy

Business Model

Value Chain Strategic design

Page 57: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Value chain – Biomedical sector

internal and external - Internal: Which is the chain of activities within an

organization to deliver its products - External: Which is the whole chain involved in a generic

business.

Example: Music (Creation, Distribution, Enjoyment

plus tools horizontally)

“chain of activities (…) in order to deliver a valuable product or service for the market”

http://en.wikipedia.org/wiki/Value_chain

Page 58: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Value chain – Biomedical sector

Horizontal and vertical integration possible

Within a single company or through strategic partnerships Example: Cattle – having the whole business exploiting both

slaughter house and its distribution / being able to exploit my segment if I deal with the problem in other segments

“chain of activities (…) in order to deliver a valuable product or service for the market”

http://en.wikipedia.org/wiki/Value_chain

Page 59: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Value chain – Biomedical sector

“chain of activities (…) in order to deliver a valuable product or service for the market”

http://en.wikipedia.org/wiki/Value_chain

Trends and drivers of change in the biomedical healthcare sector in Europe: Mapping report. European Foundation for the Improvement of Living and working conditions

Why important? -Internal: Dependencies? Barriers? Synergies? May my role

disappear? - External: Who are my clients? Do I need to take into account their

clients? Competitors? Only in my “segment”?

Think how IT revolutionized the music business by impacting, specially, the distribution part of the chain

Page 60: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Sample Value Chain - External

“chain of activities (…) in order to deliver a valuable product or service for the market”

http://en.wikipedia.org/wiki/Value_chain

Music Creation – Distribution - Enjoyment

Why did it happen?

Creators were given new opportunities Did it play a role?

Consumers modified their behavior – perception over price + possibilities of piracy

New business models and fragmentations of the market, including a large new market for devices

Page 61: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Value chain

Internal “chain of activities (…) in order to deliver a valuable product or service for the market” http://en.wikipedia.org/wiki/Value_chain

Page 62: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Project Management and Innovation in Biomedical

Engineering Strategic design. Session 3. Aurelio Ruiz

Page 63: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Introduction

Last chapter ….

Page 64: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Value chain – Biomedical sector

internal and external - Internal: Which is the chain of activities within an

organization to deliver its products - External: Which is the whole chain involved in a generic

business.

Example: Music (Creation, Distribution, Enjoyment

plus tools horizontally)

“chain of activities (…) in order to deliver a valuable product or service for the market”

http://en.wikipedia.org/wiki/Value_chain

Page 65: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Value chain – Biomedical sector

Horizontal and vertical integration possible

Within a single company or through strategic partnerships Example: Cattle – having the whole business exploiting both

slaughter house and its distribution / being able to exploit my segment if I deal with the problem in other segments

“chain of activities (…) in order to deliver a valuable product or service for the market”

http://en.wikipedia.org/wiki/Value_chain

Page 66: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Introduction

This chapter ….

Page 67: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Strategy definition

Out of the scope of this course

Page 68: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

SWOT analysis

(pg. 192) “Good business model design and

implementation involves assessing such internal factors as well as external factors concerned with customers, suppliers, and the broader business environment.” Focused analysis of the internal and external value chains

Page 69: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

SWOT analysis

http://en.wikipedia.org/wiki/SWOT_analysis

If a goal is defined, build the most appropriate strategy

If a goal is not defined, identify

potential sources of competitive advantages

Just a tool for a systematic

analysis and support decision – making. But does not make

decisions for you

It simplifies complex problems: a virtue, and a risk!

Page 70: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

SWOT analysis

Critical to correctly define the scope of the analysis!

Not the same analysis for:

-I do not know what to do with my professional career. I may carry out a general internal analysis of job market situation and trends, to take a decision (match strengths and opportunities?

Work out weaknesses to match opportunities? Mitigate threats?

-I know I want to undertake a research career. Internal assessment should be directed to those issues relevant for a

research career

Page 71: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Business Model

Business Model

Business models in the Biomedical (engineering) field Main Article: (2) Trends and drivers of change in the biomedical healthcare sector in Europe: Mapping report. European Foundation for the Improvement of Living and working conditions Comp. Article: Still deploying Milkmen in a Megastore World? Fixing the MedTech Commercial model. Boston Consulting Group

Page 72: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Value chain – Biomedical sector

External “chain of activities (…) in order to deliver a valuable product or service for the market” http://en.wikipedia.org/wiki/Value_chain

Trends and drivers of change in the biomedical healthcare sector in Europe: Mapping report. European Foundation for the Improvement of Living and working conditions

Page 73: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Value chain – Biomedical sector

Horizontal and vertical integration possible

“chain of activities (…) in order to deliver a valuable product or service for the market” http://en.wikipedia.org/wiki/Value_chain

Trends and drivers of change in the biomedical healthcare sector in Europe: Mapping report. European Foundation for the Improvement of Living and working conditions

Page 74: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Value chain – Biomedical sector

What makes biomedical areas special with respect to other engineering fields?

Market: Payer, prescriber and final customer (patient) are often not the same one!

(A medical doctor will recommend a treatment to a patient, paid by a government, insurance company or sometimes

directly by the patient) Regulation: Time or requirements to bring something to

market / commercialize / advertise / distribute, etc (no beta versions!)

Way of use: Often required an intermediary to use the product different from a mere distributor (a doctor, for instance) Cost and value: Perceived value and willingness to pay

different than in other areas

Page 75: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

SWOT analysis

Page 76: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

SWOT analysis

Example on professions:

A comprehensive SWOT audit of the role of the biomedical physicist in the education of healthcare professionals in Europe. C.J. Caruana, M. Wasilewska-Radwanska, A. Aurengo, P.P. Dendy, V. Karenauskaite, M.R. Malisan, J.H. Meijer, D. Mihov, V. Mornstein, E. Rokita, E. Vano, M. Weckstrom, M. Wucherer

Page 77: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Summary analysis

Analysis frameworks (just) provide structured means to facilitate analysis (above all if done / discussed by multiple persons!) to serve as a basis for informed strategic planning. Several tools are often combined. Their quality depends on completeness and accuracy of data and information used. Their usefulness relies on the capability to draw strong strategies based on the information they provide.

Page 78: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Strategy implementation

Follow-up

Balanced Scoreboard Key Performance Indicators

Page 79: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Strategy implementation

Balanced Scoreboard Identify a key, limited set of

indicators, representative for the strategy which allow monitoring

and early identification of potential deviations / successes.

It should be properly used!

Reducing the set of key indicators does not reduce the

complexity of problems. It should reflect completely the

strategy

Page 80: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Strategy implementation

Key Performance Indicators (KPI) Key Relevant Primary objectives of KPIs is to assess strategy Aligned with it! Clearly defined (what they mean, how they are calculated) Temporal evolution is often the most interesting information

Page 81: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Organisations

Organisations

Page 82: Project Management and Innovation in Biomedical Engineering. Section 1: Concepts on management and strategy

Organisations

A good manager understands organizations (own, competitors, clients, other stakeholders) very good.

Strategic plans are useless if not assumed by an organization. Often strategic plans have important external dependencies

such as alliances -Fighting against organizational dynamics is not practical

-But if required, it is adequate to carefully select the right path

-Why?

- Mafia (Los Soprano): ruled by values and personal relations - Church: pyramidal, unity, obedience

-Army : relevance of hierarchies

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Organisations

Newton’s law of motion http://en.wikipedia.org/wiki/Newton's_laws_of_motion

First law: When viewed in an inertial reference frame, an object

either is at rest or moves at a constant velocity, unless acted upon by an external force.

Second law: The acceleration of a body is directly proportional to, and in the same direction as, the net force acting on the body, and inversely proportional to its mass. Thus, F = ma,

where F is the net force acting on the object, m is the mass of the object and a is the acceleration of the object.

Third law: When one body exerts a force on a second body, the second body simultaneously exerts a force equal in magnitude

and opposite in direction to that of the first body.

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Organisations

If the velocity is the right one, why change? How to assess velocity is the right one Where should I reach? When?

Start from the end: definition of goals

But velocity depends on observer Which is my evaluation system? Is it the same as for other (relevant observers)?

If there is no movement, or is inadequate, force is required!

Most adequate tactics for me

First law: When viewed in an inertial reference frame, an object either is at rest or moves at a constant velocity, unless acted upon by an external force.

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Organisations

Proportional to applied force Proportional to mass of what we want to move

In the direction of the force

When applying a force relevant: -What depends just on me?

-What does not depend on me, but can be influenced by my force?

-What is absolutely out of my scope of influence?

Second law: The acceleration of a body is directly proportional to, and in the same direction as, the net force acting on the body, and inversely proportional to its mass.

Thus, F = ma, where F is the net force acting on the object, m is the mass of the object and a is the acceleration of the object.

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Organisations

The importance of people:

-Managers -Organizations

-Customers -Other relevant stakeholders

The importance of tools:

-Control and coordination efforts take effort, and generate resistance

-Any action has consequences. Any lack of action may lack reactions!

Third law: When one body exerts a force on a second body, the second body simultaneously exerts a force equal in magnitude and opposite in direction to that of the

first body.

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Organisations

What could be energy in management? Resources? -Time

- Money -People -Quality

-Resources

I cannot modify one without affecting others. Which degrees of freedom do I have?

Any factor is fixed? Any factor out of my control?

In physics, the law of conservation of energy states that the total energy of an isolated system cannot change—it is said to be conserved over time. Energy can be neither

created nor destroyed, but can change form, for instance chemical energy can be converted to kinetic energy in the explosion of a stick of dynamite.

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Organisations

Which is the lack of efficiency I can (unavoidably) assume? Am I able to identify sources of inefficiency?

Irreversible?

Entropy is a measure of the number of specific ways in which a system may be arranged, often taken to be a measure of disorder, or a measure of progressing towards

thermodynamic equilibrium (…) "a measure of thermal energy per unit temperature that is not available for useful work".

In physics, a force is said to do work when it acts on a body when there is a displacement of the point of application in the direction of the force. The force does not need to cause the displacement (…) The work done by a constant force of magnitude F on a point that moves a displacement d in the direction of the force is the product W=Fd

A force not generating displacement is not Work, just erosion

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Organisations

A good manager understands organizations (own, competitors, clients, other stakeholders) very good:

-Fighting against organizational dynamics is not practical

-But if required, it is adequate to carefully select the right path

Why?

- Mafia (Los Soprano): ruled by values and personal relations - Church: pyramidal, unity, obedience

-Army : relevance of hierarchies

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Organisations

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Organisations

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Seminars

In seminars we will have the opportunity to discuss these issues with experts from non-academic sectors:

1st quarter:

-Jaime García (Crisalix) -Bárbara Vallespín (Mobile World Capital)

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Other relevant issues at strategic level

Communication Intellectual Property Management

We will get into detail in the next sessions

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Project Management and Innovation in Biomedical

Engineering Strategic design. Session 4. Aurelio Ruiz

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Introduction

Last chapter ….

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Value chain – Biomedical sector

What makes biomedical areas special with respect to other engineering fields?

Market: Payer, prescriber and final customer (patient) are often not the same one!

(A medical doctor will recommend a treatment to a patient, paid by a government, insurance company or sometimes

directly by the patient) Regulation: Time or requirements to bring something to

market / commercialize / advertise / distribute, etc (no beta versions!)

Way of use: Often required an intermediary to use the product different from a mere distributor (a doctor, for instance) Cost and value: Perceived value and willingness to pay

different than in other areas

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Strategy implementation

Follow-up

Balanced Scoreboard Key Performance Indicators

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Organisations

First law: When viewed in an inertial reference frame, an object either is at rest or moves at a constant velocity, unless acted upon by an external force.

Second law: The acceleration of a body is directly proportional to, and in the same direction as, the net force acting on the body, and inversely proportional to its mass. Thus, F = ma, where F is the net force

acting on the object, m is the mass of the object and a is the acceleration of the object.

Third law: When one body exerts a force on a second body, the second body simultaneously exerts a force equal in magnitude and opposite in direction to that of the first body.

In physics, the law of conservation of energy states that the total energy of an isolated system cannot change—it is said to be conserved over time. Energy can be neither created nor destroyed, but can

change form, for instance chemical energy can be converted to kinetic energy in the explosion of a stick of dynamite.

Entropy is a measure of the number of specific ways in which a system may be arranged, often taken to be a measure of disorder, or a measure of progressing towards thermodynamic equilibrium (…) "a

measure of thermal energy per unit temperature that is not available for useful work".

In physics, a force is said to do work when it acts on a body when there is a displacement of the point of application in the direction of the force. The force does not need to cause the displacement (…) The work done by a constant force of magnitude F on a point that moves a displacement d in the direction of the force is the product W=Fd

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Organisations

A good manager understands organizations (own, competitors, clients, other stakeholders) very good.

Strategic plans are useless if not assumed by an organization. Often strategic plans have important external dependencies

such as alliances -Fighting against organizational dynamics is not practical

-But if required, it is adequate to carefully select the right path

-Why?

- Mafia (Los Soprano): ruled by values and personal relations - Church: pyramidal, unity, obedience

-Army : relevance of hierarchies

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Organisations

A good manager understands organizations (own, competitors, clients, other stakeholders) very good:

-Fighting against organizational dynamics is not practical

-But if required, it is adequate to carefully select the right path

Why?

- Mafia (Los Soprano): ruled by values and personal relations - Church: pyramidal, unity, obedience

-Army : relevance of hierarchies

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Introduction

This chapter ….

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Other relevant issues at strategic level

Communication Intellectual Property Management

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Other relevant issues at strategic level

Communication Intellectual Property Management

What do you understand as communication?

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Communication

communicate verb (SHARE INFORMATION) /kəˈmjuː.nɪ.keɪt/ B1 [I or T] to share information with others by speaking, writing, moving your body, or using other signals: B2 [I] to talk about your thoughts and feelings, and help other people to understand them

marketing noun [U] (JOB) /ˈmɑː.kɪ.tɪŋ/ /ˈmɑːr.kɪ.tɪ̬ŋ/ B2 a job that involves encouraging people to buy a product or service:

“communication is what communicators do”?

In every activity there is communication involved: sharing goals and updating progress within a team, dealing with a supervisor, interacting with clients,

positioning ourselves with competitors…

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Communication

Communicating has effects (it may also have 2rd order effects) for instance, the one who was not my target but happens to be affected

Not communicating has also effects (we also convey a message with what we do not communicate)

We may be technically perfect and not obtain our goals due to communication problems

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Communication

Objective(s) Message Activities Tools Target audience

What to achieve with the communication (there could be primary and secondary) Look at your business model Look at your strategy

Who is the main (and secondary if required) target of my communication Homogeneous or heterogeneous groups? Look at your internal and external value chains

Information you want to give to reach your goal Product, service, etc you have to sell How is my target audience already positioned with respect to my objective and possible messages I am competing with others with similar messages? Is it good or bad? Look at your internal and external value chains / organisations

We have a tendency to think directly on tools, while

adequacy of tools strongly depends / is a consequence of

former steps

Relevant to my objectives

What my target appreciates, in the most effective way

Suitable for message / relevant for my target Proportional to objectives

Determined by the activites

The specific actions Which are relevant for my target audience? - organisations Which are the ones most suitable to convey my meesage? Which is my budge? Resources? Work already existing?

What you use to carry out activities (including the form - how it is expressed) Dependent on all the former issues

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Communication

Objective(s) Message Activities Tools Target audience

Receive feedback / specifications from users (patients)

For the product’s benefit? For the benefit of society?

Relevant to my objectives

What my target appreciates, in the most effective way

Suitable for message / relevant for my target Proportional to objectives

Determined by the activites

Patients (or should I address prescribers?)

Commercial actions (contests, price reduction, etc) Non-profit activity

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Communication

Objective(s) Message Activities Tools Target audience

Relevant to my objectives

What my target appreciates, in the most effective way

Suitable for message / relevant for my target Proportional to objectives

Determined by the activites

Raise money from investors

Increase sales

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Communication

Objective(s) Message Activities Tools Target audience

Relevant to my objectives

What my target appreciates, in the most effective way

Suitable for message / relevant for my target Proportional to objectives

Determined by the activites

Change the way something is done within an organisation

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Communication

Objective(s) Message Activities Tools Target audience

Get a salary increase (how much?)

Who takes the decision on salary increases?

I deserve it given…

If I do not get it I may

leave

Others have received it

Depends on who takes decision. But do the activities already exist? (regular meeting, etc) or do I have to create the activities?

Internal press releases Quantification of results

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Communication

Objective(s) Message Activities Tools Target audience

Develop the professional career I am most interested in (Get the type of job I want)

Target employers I am interested in (and not all employers!)

I am the best now for what they want, with

respect to all other possible candidates

I am the best in the

future

My skills are worth being compensated at

the highest possible way (salary, responsibility, job

conditions, etc)

Job application Direct contact (“cold”, via intermediaries) Colaboration opportunities (internship, thesis) Job fairs

CV (document, linkedin, etc) Letters of motivation Social Networks, blogs (my presence Previous results (publications, thesis, etc)

Target other relevant actors (intermediaries, collaborators, etc) in their area of interest

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Communication

If we are elaborating a Communication Plan (as in ay other project management activity, more in next lessons), objectives should be as SMART as possible: -Specific, Measurable, Attainable - Assignable, Realistic, Time-Related And have agreed how they will be evaluated (the “measurable” component)

If it is the communication component within a wider management activity, objectives may be composed by a set of quantitative and qualitative indicators

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Communication

First law: When viewed in an inertial reference frame, an object either is at rest or moves at a constant velocity, unless acted upon by an external force.

Second law: The acceleration of a body is directly proportional to, and in the same direction as, the net force acting on the body, and inversely proportional to its mass. Thus, F = ma, where F is the net force

acting on the object, m is the mass of the object and a is the acceleration of the object.

Third law: When one body exerts a force on a second body, the second body simultaneously exerts a force equal in magnitude and opposite in direction to that of the first body.

In physics, the law of conservation of energy states that the total energy of an isolated system cannot change—it is said to be conserved over time. Energy can be neither created nor destroyed, but can

change form, for instance chemical energy can be converted to kinetic energy in the explosion of a stick of dynamite.

Entropy is a measure of the number of specific ways in which a system may be arranged, often taken to be a measure of disorder, or a measure of progressing towards thermodynamic equilibrium (…) "a

measure of thermal energy per unit temperature that is not available for useful work".

In physics, a force is said to do work when it acts on a body when there is a displacement of the point of application in the direction of the force. The force does not need to cause the displacement (…) The work done by a constant force of magnitude F on a point that moves a displacement d in the direction of the force is the product W=Fd

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Other relevant issues at strategic level

Communication

Intellectual Property Management

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Intellectual Property Management

http://en.wikipedia.org/wiki/Intellectual_property

“Intellectual property (IP) is a legal concept which refers to creations of the mind for which exclusive rights are recognized. Under intellectual property law, owners are granted certain exclusive rights to a variety of intangible assets, such as musical, literary, and artistic works; discoveries and inventions; and words, phrases, symbols, and designs. Common types of intellectual property rights include copyright, trademarks, patents, industrial design rights, trade dress, and in some jurisdictions trade secrets.”

Certain, not all! (all other regulations still need to be met)

For a given period of time (paying renovations) and, generally, for a given country / geographical area (paying for

each of them)

Intellectual property in Spain is separated in “Propiedad Intelectual” and “Propiedad Industrial” (who created, who has rights

over exploitation)

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Intellectual Property Management

http://en.wikipedia.org/wiki/Intellectual_property

“The stated objective of most intellectual property law (with the exception of trademarks) is to "Promote progress."[21] By exchanging limited exclusive rights for disclosure of inventions and creative works, society and the patentee/copyright owner mutually benefit, and an incentive is created for inventors and authors to create and disclose their work (…) The thinking is that creators will not have sufficient incentive to invent unless they are legally entitled to capture the full social value of their inventions." [22] This absolute protection or full value view treats intellectual property as another type of 'real' property, typically adopting its law and rhetoric. ”

Other moral issues (including the fact that a specific owner may be benefiting from social investments to carry out the invention)

But in terms of pure economic profit, absolute protection is NOT necessarily the optimal management decision

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Intellectual Property Management

Territorial scope. For Spain

Derechos de propiedad industrial e intelectual en proyectos tecnológicos de cooperación público –

privada. Foro de Empresas Innovadoras (FEI), CDTI. 2009

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Intellectual Property Management

Territorial scope. For Spain

Derechos de propiedad industrial e intelectual en proyectos tecnológicos de cooperación público –

privada. Foro de Empresas Innovadoras (FEI), CDTI. 2009

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Intellectual Property Management

http://en.wikipedia.org/wiki/Copyright “Copyright is a legal concept, enacted by most governments, giving the creator of an original work exclusive rights to it, usually for a limited time, with the intention of enabling the creator of intellectual wealth (e.g. the photographer of a photograph or the author of a book) to get compensated for their work and be able to financially support themselves. Generally, it is "the right to copy", but also gives the copyright holder the right to be credited for the work, to determine who may adapt the work to other forms, who may perform the work, who may financially benefit from it, and other related rights. It is a form of intellectual property (like the patent, the trademark, and the trade secret) applicable to any expressible form of an idea or information that is substantive and discrete. “

http://en.wikipedia.org/wiki/Moral_rights “Moral rights are rights of creators of copyrighted works generally recognized in civil

law jurisdictions and, to a lesser extent, in some common law jurisdictions. They include the right of attribution, the right to have a work published anonymously or pseudonymously, and

the right to the integrity of the work. The preserving of the integrity of the work bars the work from alteration, distortion, or mutilation. Anything else that may detract from the artist's

relationship with the work even after it leaves the artist's possession or ownership may bring these moral rights into play. Moral rights are distinct from any economic rights tied to

copyrights. Even if an artist has assigned his or her copyright rights to a work to a third party, he or she still maintains the moral rights to the work.”

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Intellectual Property Management

Secrecy is also a possible IP strategy

IP strategies are to be adapted to overall strategy

IP strategies should consider how to handle OUR IP, but also how others

handle theirs!

An important issue to consider is my capacity to: 1 - Exploit the IP

- I have the IP, but am I able to have the product? -I have the product, but am I able of reaching the market?

2 – Defend the IP

- Detect infringements -Prosecute them

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Intellectual Property Management

Territorial scope. For Spain

Derechos de propiedad industrial e intelectual en proyectos tecnológicos de cooperación público –

privada. Foro de Empresas Innovadoras (FEI), CDTI. 2009

http://en.wikipedia.org/wiki/Patent

A patent is a set of exclusive rights granted by a sovereign state to an inventor or their assignee for a limited period of time, in exchange for the public disclosure of the invention.

Typically, however, a patent application must include one or more claims that define the invention. These claims must meet relevant patentability requirements, such as novelty and non-obviousness (and usefulness!).

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Intellectual Property Management

I own the rights, what to do with them?

Strategic Management of Intellectual Property – An Integrated Approach.

William W. Fisher III, Harvard Law School

Felix Oberholzer‐Gee, Harvard Business School

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Intellectual Property Management

http://en.wikipedia.org/wiki/License A license may be granted by a party ("licensor") to another party ("licensee") as an element of an agreement between those parties. A shorthand definition of a license is "an authorization (by the licensor) to use the licensed material (by the licensee).“ (…) A license under intellectual property commonly has several components beyond the grant itself, including a term, territory, renewal provisions, and other limitations deemed vital to the licensor. Term: many licenses are valid for a particular length of time. This protects the licensor should the value of the license increase, or market conditions change. It also preserves enforceability by ensuring that no license extends beyond the term of the agreement. Territory: a license may stipulate what territory the rights pertain to. For example, a license with a territory limited to "North America" (Mexico/United States/Canada) would not permit a licensee any protection from actions for use in Japan.

Incomplete! Incomplete! Critical for price, for instance: exclusivity!

Critical for your own future: guarantees given!

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Intellectual Property Management

Sample presentation on terms to be taken into account The world of open source licenses / copyright licenses as Creative Commons, etc Understand what you are allowed to do / what you are allowing others to do

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Intellectual Property Management

Case Studies IP Advantage – Case studies on Intellectual Property http://www.wipo.int/ipadvantage/en/

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Intellectual Property Management

I do not own right. Does it mean I do not need to carry out

Intellectual Property Management?

Strategic Management of Intellectual Property – An Integrated Approach.

William W. Fisher III, Harvard Law School

Felix Oberholzer‐Gee, Harvard Business School

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Summary next session

Key concepts from this part

Discuss articles

Individual work expected on these issues (specially related to your personal project)

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Project Management and Innovation in Biomedical Engineering

What’s next

What is project management? – to be

continued by colleagues

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Project Management and Innovation in Biomedical Engineering

What’s next

What is innovation? What is innovation management? –

To be continued by colleagues

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