This document provides a strategic analysis and plan for SpaceX to acquire 3D Systems, a leading 3D printing company. It first introduces SpaceX and the space exploration industry, noting challenges around agility, transporting materials to Mars, and manufacturing replacement parts in space. Acquiring a 3D printing firm is proposed to help address these challenges. Potential targets are screened from a list of major 3D printing companies, with 3D Systems selected due to its expertise in aerospace and industrial prototyping. An acquisition plan is outlined, proposing a friendly acquisition to improve 3D Systems' capabilities rather than extract economic value from its past R&D. Regulatory issues are not foreseen to be a barrier.
This document summarizes an article about the future direction of the National Research Council of Canada (NRC). It discusses how the NRC will be reorganized to focus on applied research with commercial applications, consolidating its institutes into 12 business units focused on health, manufacturing, infrastructure, security and natural resources. The goal is to help Canadian businesses develop and commercialize new technologies to create high-paying jobs. However, critics argue this shifts the NRC's focus from basic research and puts it in the role of acting like a for-profit business.
The document summarizes the international research project Opening Universities to Lifelong Learning (OPULL) from 2009 to 2013. The project aimed to identify best practices for transitions between vocational and academic study and full-time and part-time education to enhance lifelong learning opportunities. It involved universities from Germany, Denmark, Finland, and the UK. The research had several phases including mapping education systems, student surveys, interviews on recognizing prior learning, and developing models for a European open university. Preliminary findings showed different approaches to open universities across countries. The current phase involves interviews with students and stakeholders to understand views on recognizing prior learning within higher education qualifications.
This document discusses insertion sort, including its basic idea of inserting unsorted elements into a sorted list one by one. An example is provided to illustrate how insertion sort works on an array of random numbers. Pseudocode is given for an insertion sort function, and example C code is provided to show how to insert an element into a sorted list. The document ends with questions about applications of insertion sort and alternative implementations.
El documento resume el uso de Internet y las redes sociales en España. Aproximadamente 36 millones de personas usan Internet y 22 millones usan redes sociales como Facebook o WhatsApp. La mayoría (86%) accede a Internet a diario, principalmente desde dispositivos móviles. WhatsApp y Facebook son las redes sociales más populares en España. La mayoría de usuarios de Facebook tienen entre 20 y 39 años y su uso es equitativo entre hombres y mujeres.
Buzzpad 5x5 Yarışma Eğlence Formatı - www.arskeypad.comarskeypad
Buzzpad 5x5 Yarışma Eğlence Formatı, 5x5 toplam 25 sorudan oluşur ve yaklaşık 30-35 dk. sürer. Takımlar halinde oynanabilir, en fazla 10 takım aynı anda yarışabilir, ekiplerdeki kişi sayısı konusunda herhangi bir kısıtlama yoktur. Takımların kişi sayılarının eşit olmasına da gerek yoktur. Her takımda bir adet Buzzpad bulunur. Takımların kendi içlerinde iyi bir ekip çalışması yapmaları, içlerinden Buzzpad'i en hızlı kullanacağını düşündükleri kişiye Buzzpad'e basma sorumluluğunu vermeleri ve soru ekrana geldiğinde hızlı bir şekilde birlikte düşünüp, Buzzpad'i kullanarak soruya cevap verme hakkını elde etmeleri gerekmektedir.
Sorulacak ilk soruyu seçecek takımı sistem otomatik olarak belirler. Takım bir soru kategorisi ve puan değeri belirler. Örneğin; "Sinema kategorisinden 300 puanlık soru" gibi. Soru ekrana gelmeye başlar, ancak bu esnada süre başlamadığı için Buzzpad'lere basılmaması gerekir. Buzzpad'e erken basan takımların Buzzpad'leri 5 saniye boyunca kilitlenir. Süre başladıktan sonra doğru cevabı bildiğini düşünen takımlar hızlı bir şekilde Buzzpad'lerine basarlar ve ekranda en hızlı Buzzpad'ini kullanan takımın numarası yanar. Takım sözlü olarak yanıtını söyler, eğer cevap doğru ise soru puanı kadar puan takım hanesine yazılır. Eğer takım yanlış yanıt verir ise eksi puan alır ve diğer tüm takımların yeniden Buzzpad'e basma şansları doğar. Soruyu doğru bilen takım bir sonraki kategori ve puan değerini seçme hakkını kazanır.
Buzzpad 5x5, sorularının tamamını siz oluşturabilirsiniz ya da bizim sizin için çeşitli genel kültür kategorilerinden sorular oluşturmamızı isteyebilirsiniz. Firmanız, ürününüz ya da eğitim içeriğiniz ile ilgili soruları içeren kategori(ler) oluşturmak suretiyle ekibinizin bilgilerini onları eğlendirirken pekiştirebilirsiniz. Soruların ardından kullanabileceğiniz bilgi ekranları ile doğru cevapları görsel olarak da destekleyebilirsiniz.
The document introduces the Gordon Jewish Community Center and describes the wide range of amenities and programs it offers including fitness classes, sports facilities, early childhood education, social and cultural events, rental space, and community support to enrich lives through recreational, educational, and social activities for people of all ages and faiths. The Center aims to promote a sense of belonging and affection for the greater Nashville community through its mission.
This document summarizes an article about the future direction of the National Research Council of Canada (NRC). It discusses how the NRC will be reorganized to focus on applied research with commercial applications, consolidating its institutes into 12 business units focused on health, manufacturing, infrastructure, security and natural resources. The goal is to help Canadian businesses develop and commercialize new technologies to create high-paying jobs. However, critics argue this shifts the NRC's focus from basic research and puts it in the role of acting like a for-profit business.
The document summarizes the international research project Opening Universities to Lifelong Learning (OPULL) from 2009 to 2013. The project aimed to identify best practices for transitions between vocational and academic study and full-time and part-time education to enhance lifelong learning opportunities. It involved universities from Germany, Denmark, Finland, and the UK. The research had several phases including mapping education systems, student surveys, interviews on recognizing prior learning, and developing models for a European open university. Preliminary findings showed different approaches to open universities across countries. The current phase involves interviews with students and stakeholders to understand views on recognizing prior learning within higher education qualifications.
This document discusses insertion sort, including its basic idea of inserting unsorted elements into a sorted list one by one. An example is provided to illustrate how insertion sort works on an array of random numbers. Pseudocode is given for an insertion sort function, and example C code is provided to show how to insert an element into a sorted list. The document ends with questions about applications of insertion sort and alternative implementations.
El documento resume el uso de Internet y las redes sociales en España. Aproximadamente 36 millones de personas usan Internet y 22 millones usan redes sociales como Facebook o WhatsApp. La mayoría (86%) accede a Internet a diario, principalmente desde dispositivos móviles. WhatsApp y Facebook son las redes sociales más populares en España. La mayoría de usuarios de Facebook tienen entre 20 y 39 años y su uso es equitativo entre hombres y mujeres.
Buzzpad 5x5 Yarışma Eğlence Formatı - www.arskeypad.comarskeypad
Buzzpad 5x5 Yarışma Eğlence Formatı, 5x5 toplam 25 sorudan oluşur ve yaklaşık 30-35 dk. sürer. Takımlar halinde oynanabilir, en fazla 10 takım aynı anda yarışabilir, ekiplerdeki kişi sayısı konusunda herhangi bir kısıtlama yoktur. Takımların kişi sayılarının eşit olmasına da gerek yoktur. Her takımda bir adet Buzzpad bulunur. Takımların kendi içlerinde iyi bir ekip çalışması yapmaları, içlerinden Buzzpad'i en hızlı kullanacağını düşündükleri kişiye Buzzpad'e basma sorumluluğunu vermeleri ve soru ekrana geldiğinde hızlı bir şekilde birlikte düşünüp, Buzzpad'i kullanarak soruya cevap verme hakkını elde etmeleri gerekmektedir.
Sorulacak ilk soruyu seçecek takımı sistem otomatik olarak belirler. Takım bir soru kategorisi ve puan değeri belirler. Örneğin; "Sinema kategorisinden 300 puanlık soru" gibi. Soru ekrana gelmeye başlar, ancak bu esnada süre başlamadığı için Buzzpad'lere basılmaması gerekir. Buzzpad'e erken basan takımların Buzzpad'leri 5 saniye boyunca kilitlenir. Süre başladıktan sonra doğru cevabı bildiğini düşünen takımlar hızlı bir şekilde Buzzpad'lerine basarlar ve ekranda en hızlı Buzzpad'ini kullanan takımın numarası yanar. Takım sözlü olarak yanıtını söyler, eğer cevap doğru ise soru puanı kadar puan takım hanesine yazılır. Eğer takım yanlış yanıt verir ise eksi puan alır ve diğer tüm takımların yeniden Buzzpad'e basma şansları doğar. Soruyu doğru bilen takım bir sonraki kategori ve puan değerini seçme hakkını kazanır.
Buzzpad 5x5, sorularının tamamını siz oluşturabilirsiniz ya da bizim sizin için çeşitli genel kültür kategorilerinden sorular oluşturmamızı isteyebilirsiniz. Firmanız, ürününüz ya da eğitim içeriğiniz ile ilgili soruları içeren kategori(ler) oluşturmak suretiyle ekibinizin bilgilerini onları eğlendirirken pekiştirebilirsiniz. Soruların ardından kullanabileceğiniz bilgi ekranları ile doğru cevapları görsel olarak da destekleyebilirsiniz.
The document introduces the Gordon Jewish Community Center and describes the wide range of amenities and programs it offers including fitness classes, sports facilities, early childhood education, social and cultural events, rental space, and community support to enrich lives through recreational, educational, and social activities for people of all ages and faiths. The Center aims to promote a sense of belonging and affection for the greater Nashville community through its mission.
Lockheed Martin engineers are developing a new design for a revolutionary space telescope with the help of MakerBot's 3D printing solutions. They are using MakerBot printers to quickly iterate prototypes of the SPIDER (Segmented Planar Imaging Detector for Electro-optical Reconnaissance) technology, which could make telescopes smaller, lighter, and less expensive. By accelerating the design process through rapid prototyping, MakerBot allows the engineers to conduct more experiments and gain insights faster. This helps Lockheed Martin deliver better solutions more quickly to clients like NASA and DARPA.
Opening Up Innovation at NASA - NASA\CoECI - Steve RaderSteve Rader
NASA's Center of Excellence for Collaborative Innovation (CoECI) educates the NASA workforce on crowdsourcing and challenges. It makes these tools easy to use by reducing barriers. CoECI has completed over 333 challenges on topics like software, algorithms, design, and more. Challenges provide significant cost savings over traditional contracts, often 40% on average. CoECI also helps manage the challenge pipeline and implements lightweight processes to promote adoption of open innovation across NASA.
Opening Up Innovation at NASA (NASA's Open Innovation Toolkit and Experience)Crowdsourcing Week
NASA's Center of Excellence for Collaborative Innovation (CoECI) educates the NASA workforce on crowdsourcing and challenges. It makes these tools easy to use by reducing barriers. CoECI has completed over 333 challenges on topics like software, algorithms, design, and more. Challenges provide significant cost savings over traditional contracts, often 40% on average. CoECI also helps manage the challenge pipeline and implements lightweight processes to promote adoption of open innovation across NASA.
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Dr. Haden A. Land, CEO and CTO of Safely2Prosperity, graced the cover of World’s Leaders Magazine as one of the Worlds Most Influential Leaders Inspiring The Tech World, 2024
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This report provides a comprehensive overview of the global SpaceTech industry as of Q3 2021. It details key metrics of the industry, including identifying over 12,000 SpaceTech companies, 5,000 investors, 200 R&D hubs, and 140 government organizations actively involved in the sector. The report also categorizes companies by core, verge, and space-applied classifications and analyzes the top industries within the sector such as space manufacturing, satellite communication, and space observation. Overall, the report aims to map the current SpaceTech ecosystem and analyze trends shaping its continued rapid growth.
The document provides an overview of the evolution of 3D printing. It discusses the history of 3D printing technologies from 1987 to present day. Key developments include the invention of stereolithography in 1987, commercialization of fused deposition modeling (FDM) in 1991, and the expansion of available materials like plastics, metals, and food items in recent years. The document also outlines several applications of 3D printing in fields such as aerospace, prosthetics, footwear, jewelry, and construction.
1. The document discusses corporate venture financing and how it allows corporations to influence complementarity between their products and venture products. Using specialized corporate inputs can help reduce venture marginal costs.
2. It provides an example of Mercom Capital Group, a consulting firm that advises clean energy companies. It summarizes Mercom's report on 2013 global solar funding trends, including a drop in venture capital but rise in overall financing, and discusses some large projects and M&A deals.
3. Mercom invested in India's solar sector despite delays and uncertainty due to the potential for strong growth with supportive policies addressing power needs.
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This document brings together a set
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available information relevant for
Hybrid Cloud Infrastructure
Industry. We are very excited to share
this content and believe that readers
will benefit from this periodic
publication immensely.
Using Open Innovation and Open Talentto Find Needed Technologies and Skills ...Steve Rader
The document discusses how open innovation and crowdsourcing can help organizations access needed skills and technologies in an era of rapid technological change. It notes that the skills and expertise required are becoming more complex and broad. Traditional approaches may not be able to keep up with this pace of change. However, open innovation platforms can provide access to large, global networks of diverse problem solvers. Well-designed challenges on these platforms have proven effective at discovering new or existing solutions from outside an organization's domains. The document provides several case studies of challenges run by NASA that successfully sourced innovative solutions to problems.
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The document discusses NASA's use of open innovation and crowdsourcing to access new skills, expertise, and solutions from a global community. It describes NASA's Center of Excellence for Collaborative Innovation which helps NASA pose challenges to crowdsourcing platforms representing over 70 million people. Well-designed challenges have proven effective at discovering new solutions, including solutions from outside the domain of the challenge. The accelerating rate of technological change makes it difficult for organizations to keep up internally, so leveraging diverse external crowds is an effective strategy for innovation.
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The document discusses trends in the space-enabled big data and earth observation market. It notes that the market is growing steadily driven by value-added services on top of earth observation data. New data sources like increased satellite constellations and consumer drones are fueling exponential growth in geospatial analytics. Applications of artificial intelligence to earth observation data through computer vision, cloud computing and data science are enabling insights for industries like retail, construction and insurance by detecting objects and features at scale. The document predicts more acquisitions and partnerships in the near future as the market shifts focus from macro applications to solving industry-specific problems through vertical focused and data fusion approaches.
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This document presents the US Government Cloud Computing Technology Roadmap. It identifies 10 high-priority requirements that must be met for US government agencies to further adopt cloud computing. These requirements relate to standards, security, interoperability, portability, and other areas. The roadmap is intended to define and communicate what is needed to advance cloud computing technology and adoption. It incorporates input from public workshops, working groups, and comments. The overall goal is to help accelerate secure and effective cloud adoption within the US government.
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Lockheed Martin engineers are developing a new design for a revolutionary space telescope with the help of MakerBot's 3D printing solutions. They are using MakerBot printers to quickly iterate prototypes of the SPIDER (Segmented Planar Imaging Detector for Electro-optical Reconnaissance) technology, which could make telescopes smaller, lighter, and less expensive. By accelerating the design process through rapid prototyping, MakerBot allows the engineers to conduct more experiments and gain insights faster. This helps Lockheed Martin deliver better solutions more quickly to clients like NASA and DARPA.
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NASA's Center of Excellence for Collaborative Innovation (CoECI) educates the NASA workforce on crowdsourcing and challenges. It makes these tools easy to use by reducing barriers. CoECI has completed over 333 challenges on topics like software, algorithms, design, and more. Challenges provide significant cost savings over traditional contracts, often 40% on average. CoECI also helps manage the challenge pipeline and implements lightweight processes to promote adoption of open innovation across NASA.
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Dr. Haden A. Land, CEO and CTO of Safely2Prosperity, graced the cover of World’s Leaders Magazine as one of the Worlds Most Influential Leaders Inspiring The Tech World, 2024
The document is a business plan report for a startup company called Repello that aims to commercialize NASA's Lotus dust mitigation coating technology. The coating is water-resistant, lightweight and durable. Repello plans to target the military, transportation and construction industries. It projects $2.97 million in first year sales, with expenses including employee payroll, rent and utilities. The report includes financial projections over 5 years, with net losses in early years but profitability expected by year 3 as sales grow 20% annually.
Learn about what AlphaSTAR Corporation has been up to this past quarter. Talk with CTO, Dr. Frank Abdi to gain some insight on the future of 3D Printing!
This report provides a comprehensive overview of the global SpaceTech industry as of Q3 2021. It details key metrics of the industry, including identifying over 12,000 SpaceTech companies, 5,000 investors, 200 R&D hubs, and 140 government organizations actively involved in the sector. The report also categorizes companies by core, verge, and space-applied classifications and analyzes the top industries within the sector such as space manufacturing, satellite communication, and space observation. Overall, the report aims to map the current SpaceTech ecosystem and analyze trends shaping its continued rapid growth.
The document provides an overview of the evolution of 3D printing. It discusses the history of 3D printing technologies from 1987 to present day. Key developments include the invention of stereolithography in 1987, commercialization of fused deposition modeling (FDM) in 1991, and the expansion of available materials like plastics, metals, and food items in recent years. The document also outlines several applications of 3D printing in fields such as aerospace, prosthetics, footwear, jewelry, and construction.
1. The document discusses corporate venture financing and how it allows corporations to influence complementarity between their products and venture products. Using specialized corporate inputs can help reduce venture marginal costs.
2. It provides an example of Mercom Capital Group, a consulting firm that advises clean energy companies. It summarizes Mercom's report on 2013 global solar funding trends, including a drop in venture capital but rise in overall financing, and discusses some large projects and M&A deals.
3. Mercom invested in India's solar sector despite delays and uncertainty due to the potential for strong growth with supportive policies addressing power needs.
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Presentation to OPM Open Opportunities Learning Series by NASA's Steve Rader on 11.17.20. This presentation explores the use of open innovation and open talent based on NASA's experience with the NASA Tournament Lab (NTL) via NASA's Center of Excellence for Collaborative Innovation.
This document brings together a set
of latest data points and publicly
available information relevant for
Hybrid Cloud Infrastructure
Industry. We are very excited to share
this content and believe that readers
will benefit from this periodic
publication immensely.
Using Open Innovation and Open Talentto Find Needed Technologies and Skills ...Steve Rader
The document discusses how open innovation and crowdsourcing can help organizations access needed skills and technologies in an era of rapid technological change. It notes that the skills and expertise required are becoming more complex and broad. Traditional approaches may not be able to keep up with this pace of change. However, open innovation platforms can provide access to large, global networks of diverse problem solvers. Well-designed challenges on these platforms have proven effective at discovering new or existing solutions from outside an organization's domains. The document provides several case studies of challenges run by NASA that successfully sourced innovative solutions to problems.
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The document discusses NASA's use of open innovation and crowdsourcing to access new skills, expertise, and solutions from a global community. It describes NASA's Center of Excellence for Collaborative Innovation which helps NASA pose challenges to crowdsourcing platforms representing over 70 million people. Well-designed challenges have proven effective at discovering new solutions, including solutions from outside the domain of the challenge. The accelerating rate of technological change makes it difficult for organizations to keep up internally, so leveraging diverse external crowds is an effective strategy for innovation.
Top 10 Factors to Consider for Solar Trackers Feb 16 2016Khushbu Singh
The document discusses the top 10 factors to consider when selecting a solar tracker for a utility-scale photovoltaic project. It begins by introducing the topic and methodology used to determine the top 10 criteria. The top 10 criteria are then presented in order of importance: 1) Bankability, 2) Demonstrated capability via actual sites, 3) Ease of tracker installation and configurability to site, 4) Maintenance and warranty on parts, 5) Monitoring and data acquisition system, 6) Structural strength, 7) Tracker specifications regarding rotational angle, backtracking, power supply and DC capacity, 8) Supply chain, 9) Local requirements, and 10) Performance during unfavorable weather. Each criterion is
Top 10 Factors to Consider for Solar Trackers Feb 16 2016Wassim Bendeddouche
The document discusses the top 10 factors to consider when selecting a solar tracker for a utility-scale photovoltaic project. These include bankability, demonstrated capability through previous installations, ease of installation and configurability, maintenance requirements and warranty coverage, monitoring systems, structural strength, tracker specifications regarding rotation angle and power supply, supply chain management, local requirements, and performance during unfavorable weather. The factors are evaluated based on interviews with industry experts to determine the most important criteria for ensuring a tracker will meet the needs of the specific project and be considered a viable long-term investment.
The document discusses trends in the space-enabled big data and earth observation market. It notes that the market is growing steadily driven by value-added services on top of earth observation data. New data sources like increased satellite constellations and consumer drones are fueling exponential growth in geospatial analytics. Applications of artificial intelligence to earth observation data through computer vision, cloud computing and data science are enabling insights for industries like retail, construction and insurance by detecting objects and features at scale. The document predicts more acquisitions and partnerships in the near future as the market shifts focus from macro applications to solving industry-specific problems through vertical focused and data fusion approaches.
NIST Special Publication 500-293: US Government Cloud Computing Technology R...David Sweigert
This document presents the US Government Cloud Computing Technology Roadmap. It identifies 10 high-priority requirements that must be met for US government agencies to further adopt cloud computing. These requirements relate to standards, security, interoperability, portability, and other areas. The roadmap is intended to define and communicate what is needed to advance cloud computing technology and adoption. It incorporates input from public workshops, working groups, and comments. The overall goal is to help accelerate secure and effective cloud adoption within the US government.
The document outlines the planning for an innovation course being taught at Azman Hashim International Business School, including the schedule of topics to be presented by students on issues like the pros and cons of internal innovation, types of innovation, and the basic steps in the planning process for innovation.
Similar to M&A research project_SpaceX + 3D Systems (20)
2. Statement of Academic Integrity
We declare that all the material presented and submitted as part of this assignment is our
original work. For all the other material references and citations are mentioned.
We understand that plagiarism is the severest form of academic fraud. If any copying is
detected in this assignment, we bear the complete responsibility and the consequences that
might follow.
Group number: 02
Group Members:
Mahendar Singh B
Koganti Vineeth
Praveen K Reddy
Shuchi Saxena
3. Contents
Scope of Project......................................................................................................................................3
Introduction ............................................................................................................................................3
SpaceX.................................................................................................................................................3
Economic Setting: Space Exploration Industry .......................................................................................3
Industry overview ...............................................................................................................................3
Challenges in Future ...........................................................................................................................4
Strategic Solutions ..............................................................................................................................4
Strategic Logic for Acquisition of 3D printing technology firm...............................................................4
Searching and Screening.........................................................................................................................4
List of 3D printing companies .............................................................................................................5
Screening.............................................................................................................................................5
Acquisition Planning................................................................................................................................5
Form of Acquisition.............................................................................................................................5
Legal and Regulatory Issue..................................................................................................................6
Offer Price...........................................................................................................................................6
Form of Payment ................................................................................................................................6
Integration Plan...................................................................................................................................6
Conclusion...............................................................................................................................................6
4. Potential Take-over: 3DSystems by SpaceX
Scope of Project
The Scope of the Project is to study an organisation that is operating in a nascent industry and
explore various inorganic options to obtain competitive edge and for the growth of the Organisation.
SpaceX is an organisation operating in Space exploration industry which is chosen for the purpose of
this research study.
Introduction
SpaceX
SpaceX is a company that designs, manufactures and launches advanced rockets and Space crafts.
SpaceX was founded in 2002 by Elon Musk, an American entrepreneur, who had founded PayPal and
Tesla Motors. SpaceX was founded with an ultimate aim of enabling people to live in other Planets.
The Mission of SpaceX is “Colonizing Mars”. SpaceX is the only private organization authorized and
contracted by NASA to deliver pay load to International Space Station and launch satellites. SpaceX is
the first Organization to land a rocket used for launching orbital satellite.
Economic Setting: Space Exploration Industry
Industry overview
Space Exploration industry is a field of research industry that is primarily funded by Governments of
various nations. The industry was primarily funded by government as the major outcomes of this
industry were
Expand our understanding of the universe
Finding new sources of materials and energies
But as possibilities for profit creation through capturing new exotic resources and satellite launch
are becoming more viable, private players have also joined the Space Exploration industry. An
external environmental analysis for Space Exploration industry is given below:
Political reduces government expenditure
creates new jobs in the economy
strictly regulated
Economical
enhances new economic models
creates demand for high tech products
Social No Social opposition to private space exploration
Technology Technology landscape evolved
New technologies reducing model development time
Environment Reduces stress on the Earth's resources by giving us access to resources in
other planets
5. Challenges in Future
As the industry in its current phase of industry lifecycle is highly unpredictable and is highly
regulated by the Government policies the key source of competitive advantage for any company in
this industry is the agility and speed in new product development.
Also as SpaceX has a Mission to colonize Mars the challenges in meeting its mission adds to the
challenges of SpaceX that includes carrying resources and spares for 200 days space travel to Mars
and regular replacement of wear parts of the equipment in Mars colonies.
Thus the major challenges for SpaceX in the future are:
1. Agility in Product development
2. Transportation of materials for setting up Space colony
3. Manufacturing of parts in Space and Mars for replacement of spares
Strategic Solutions
1. Development of new cutting edge manufacturing processes and equipment to meet the
challenges
a. This strategy would take lot of resources and time but the industry structure
requires its players to be Agile
2. Partner with Cutting Edge Manufacturers
a. This strategy would require the strategic partner to increase investment in new
technologies to which the shareholders of the manufacturing company may be
averse
3. Acquisition of a Cutting Edge Manufacturer
a. This strategy would require large amount of financial resources and acquiring the
Technology improvement in-house would add to the risk of the organization.
Strategic Logic for Acquisition of 3D printing technology firm
Among the cutting edge manufacturing processes 3D printing is the only additive manufacturing
process where the material is added layer by layer to for the necessary part. This enables parts to
get manufactured from the powdered metal or plastic viable, other technologies require a
preformed blank from which the part is manufactured by material removal.
Thus 3D printing technology is less prone to creation of waste during manufacturing and the
powdered metal can be used for manufacturing of different parts. These characteristics make 3D
printing the best option for manufacturing in outer space and Mars.
Also because of the capability of 3D printing to manufacture intricate and convoluted parts cheaper
and faster than other technologies it can provide SpaceX with a capability of agile product
development that is essential to compete in this industry
Searching and Screening
Major companies in the 3D printing space were selected from various parts of the world and listed
below
6. List of 3D printing companies
Company Specialization Country
Stratasys Poly-jet printing, Industrial Prototype USA
3D Systems Industrial and Aerospace prototype USA
Materialise 3D printing Software Germany
Exone Industrial prototype Germany
Arcam Electron Beam melting Sweden
SLM Solutions Industrial Prototype Germany
Alphaform Rapid prototyping Germany
Voxeljet Industrial Prototype Germany
Organovo Organ printing and Pharma Prototype USA
Renishaw Industrial and Metrology Prototype UK
Screening
As we are in the process of acquisition of a 3D printing capability and not market share or new
Business Segment, the technological capabilities and cultural fit are the major filters for screening
the companies. An ideal target for SpaceX would be a US based 3D printing company that has
expertise in Industrial and Aerospace Prototyping. As per the above criteria the following companies
are selected:
Stratasys
3D Systems
The selected companies were further compared based on various parameters
2014 Stratasys 3D Systems
Revenue $ 750,129,000 $ 283,339,000
Net Income (loss) $ (119,420,000) $ 11,946,000
R&D expenditure $ 82,270,000 $ 75,395,000
Areas of Expertise Aerospace, Automobile,
Consumer electronics, Jewelry,
Dental, Consumer printing
Aerospace, High Precision
instrument, Dental, Defense
From the data above as well as from segment wise sales analysis Stratasys is found to have
businesses in multiple technologies in 3D printing catering to businesses as varied as Aerospace to
plastic-jet hobby printing. On the other hand, 3D Systems is a company focused on metal and
aerospace prototype printing.
Also the financials of 3D Systems are positive and hence can sustain its own operations. Based on
our analysis we propose 3D Systems as the target for acquisition for SpaceX
Acquisition Planning
Form of Acquisition
The management of 3D Systems has developed from a startup culture which is similar to the culture
of SpaceX. Also SpaceX aims to improve the capabilities of the 3D systems, not to reap economic
value of the previous R&D of the 3D Systems. Hence it is proposed to go for friendly acquisition deal.
7. Legal and Regulatory Issue
As far as researched, 3D Systems is not involved in any major legal litigation that could affect the
value of the company in the future. Also as the deal is a vertical integration in Technology industry
there are no regulatory issues that are foreseen.
Offer Price
Valuation of 3D Systems
2014 2015 2016 2017 2018
Net Operating cash flow 51,111,000 55,199,880 59,615,870 64,385,140 69,535,951
Terminal Value (4%) 899,559,524
51,111,000 55,199,880 59,615,870 64,385,140 969,095,476
Present value of future
earnings $ 730,586,841
Cash and cash equivalents $ 580,690,000 growth rate 8%
WACC 11.73%
Total Value $ 1,311,276,841
No of shares outstanding 112233000
Share value $ 11.68
Current Share price $ 8.38
The value per share is estimated at $ 11.68 based on the DCF as shown in the table above.
Form of Payment
As SpaceX is a privately held company, we cannot provide shares for as a currency for the
transaction. Hence the shares of 3D systems have to be purchased for cash. Hence the form of
payment is cash.
Integration Plan
3D Systems is proposed to be held as a 100% subsidiary of SpaceX and the operations of 3D systems
are proposed to be managed separately by present managers of 3D Systems. The Financial, R&D and
Strategic decisions of 3D systems are to be integrated into SpaceX. The cultural fit of the companies
is expected to be good as both the companies have a culture that fosters innovation.
Conclusion
Thus 3D system can be acquired to add competitive advantage for SpaceX over its competitors and
achieve its mission of Colonizing Mars.
As SpaceX is privately held as well as the 3D printing industry is not a traditional industry the data
availability was limited which has reduced the ability to analyze in depth about the selected
companies.