Civil Engineering Global Industry Almanac 2016-2025
Civil Engineering Global Industry Almanac 2016-2025
SUMMARY
Global Civil Engineering industry profile provides top-line qualitative and quantitative summary information including: Sector size (value 2016-20, and forecast to 2025). The profile also contains descriptions of the leading players including key financial metrics and analysis of competitive pressures within the Sector.
KEY HIGHLIGHTS
SUMMARY
Global Civil Engineering industry profile provides top-line qualitative and quantitative summary information including: Sector size (value 2016-20, and forecast to 2025). The profile also contains descriptions of the leading players including key financial metrics and analysis of competitive pressures within the Sector.
KEY HIGHLIGHTS
- The civil engineering industry includes construction work classified as civil engineering (i.e. non-buildings), excluding companies working in the home-building subsector. The market value is calculated as the value of the construction of non-buildings. Where possible values are not adjusted seasonally. All currency conversions have been calculated using constant average 2019 annual rate.
- Figures presented in this report are calculated applying the 'middle path' scenario - this is based on the current situation in countries where the epidemic burst first, like China as a model countries and the announcements made by governments, stating that the abnormal situation may last up to six months.
- The assumption has been made that after this time the economy will gradually go back to the levels recorded before the pandemics by the end of the year. It is also assumed that there is no widespread economic crisis as seen back in 2008 due to announced pay-outs across countries.
- At the moment of preparation of this report in November 2020 the economic implications of the lock downs of many economics are still very difficult to predict as there is no indication how long the pandemics could last, the number of sectors forced to stay closed and the scale of the governmental' aid involved.
- The global civil engineering sector is expected to generate total revenues of $3,178.2bn in 2020, representing a compound annual growth rate (CAGR) of 3.9% between 2016 and 2020.
- During enforced lockdown periods, countries around the world have seen a great deal of public investment diverted towards healthcare and emergency measures.
- The wider economic impact of the COVID-19 pandemic will almost certainly lead to suppressed growth in the forecast period.
- Save time carrying out entry-level research by identifying the size, growth, and leading players in the global civil engineering Sector
- Use the Five Forces analysis to determine the competitive intensity and therefore attractiveness of the global civil engineering Sector
- Leading company profiles reveal details of key civil engineering Sector players’ global operations and financial performance
- Add weight to presentations and pitches by understanding the future growth prospects of the global civil engineering Sector with five year forecasts
- What was the size of the global civil engineering Sector by value in 2020?
- What will be the size of the global civil engineering Sector in 2025?
- What factors are affecting the strength of competition in the global civil engineering Sector?
- How has the Sector performed over the last five years?
- How large is the global civil engineering Sector in relation to its regional counterparts?
1. EXECUTIVE SUMMARY
1.1. Market value
1.2. Market value forecast
1.3. Geography segmentation
1.4. Competitive Landscape
2. INTRODUCTION
2.1. What is this report about?
2.2. Who is the target reader?
2.3. How to use this report
2.4. Definitions
3. GLOBAL CIVIL ENGINEERING
3.1. Market Overview
3.2. Market Data
3.3. Market Segmentation
3.4. Market outlook
3.5. Five forces analysis
4. MACROECONOMIC INDICATORS
4.1. Country data
5. CIVIL ENGINEERING IN ASIA-PACIFIC
5.1. Market Overview
5.2. Market Data
5.3. Market Segmentation
5.4. Market outlook
5.5. Five forces analysis
6. CIVIL ENGINEERING IN EUROPE
6.1. Market Overview
6.2. Market Data
6.3. Market Segmentation
6.4. Market outlook
6.5. Five forces analysis
7. MACROECONOMIC INDICATORS
7.1. Country data
8. CIVIL ENGINEERING IN FRANCE
8.1. Market Overview
8.2. Market Data
8.3. Market Segmentation
8.4. Market outlook
8.5. Five forces analysis
9. MACROECONOMIC INDICATORS
9.1. Country data
10. CIVIL ENGINEERING IN GERMANY
10.1. Market Overview
10.2. Market Data
10.3. Market Segmentation
10.4. Market outlook
10.5. Five forces analysis
11. MACROECONOMIC INDICATORS
11.1. Country data
12. CIVIL ENGINEERING IN AUSTRALIA
12.1. Market Overview
12.2. Market Data
12.3. Market Segmentation
12.4. Market outlook
12.5. Five forces analysis
13. MACROECONOMIC INDICATORS
13.1. Country data
14. CIVIL ENGINEERING IN BRAZIL
14.1. Market Overview
14.2. Market Data
14.3. Market Segmentation
14.4. Market outlook
14.5. Five forces analysis
15. MACROECONOMIC INDICATORS
15.1. Country data
16. CIVIL ENGINEERING IN CANADA
16.1. Market Overview
16.2. Market Data
16.3. Market Segmentation
16.4. Market outlook
16.5. Five forces analysis
17. MACROECONOMIC INDICATORS
17.1. Country data
18. CIVIL ENGINEERING IN CHINA
18.1. Market Overview
18.2. Market Data
18.3. Market Segmentation
18.4. Market outlook
18.5. Five forces analysis
19. MACROECONOMIC INDICATORS
19.1. Country data
20. CIVIL ENGINEERING IN INDIA
20.1. Market Overview
20.2. Market Data
20.3. Market Segmentation
20.4. Market outlook
20.5. Five forces analysis
21. MACROECONOMIC INDICATORS
21.1. Country data
22. CIVIL ENGINEERING IN INDONESIA
22.1. Market Overview
22.2. Market Data
22.3. Market Segmentation
22.4. Market outlook
22.5. Five forces analysis
23. MACROECONOMIC INDICATORS
23.1. Country data
24. CIVIL ENGINEERING IN ITALY
24.1. Market Overview
24.2. Market Data
24.3. Market Segmentation
24.4. Market outlook
24.5. Five forces analysis
25. MACROECONOMIC INDICATORS
25.1. Country data
26. CIVIL ENGINEERING IN JAPAN
26.1. Market Overview
26.2. Market Data
26.3. Market Segmentation
26.4. Market outlook
26.5. Five forces analysis
27. MACROECONOMIC INDICATORS
27.1. Country data
28. CIVIL ENGINEERING IN MEXICO
28.1. Market Overview
28.2. Market Data
28.3. Market Segmentation
28.4. Market outlook
28.5. Five forces analysis
29. MACROECONOMIC INDICATORS
29.1. Country data
30. CIVIL ENGINEERING IN THE NETHERLANDS
30.1. Market Overview
30.2. Market Data
30.3. Market Segmentation
30.4. Market outlook
30.5. Five forces analysis
31. MACROECONOMIC INDICATORS
31.1. Country data
32. CIVIL ENGINEERING IN NORTH AMERICA
32.1. Market Overview
32.2. Market Data
32.3. Market Segmentation
32.4. Market outlook
32.5. Five forces analysis
33. CIVIL ENGINEERING IN RUSSIA
33.1. Market Overview
33.2. Market Data
33.3. Market Segmentation
33.4. Market outlook
33.5. Five forces analysis
34. MACROECONOMIC INDICATORS
34.1. Country data
35. CIVIL ENGINEERING IN SCANDINAVIA
35.1. Market Overview
35.2. Market Data
35.3. Market Segmentation
35.4. Market outlook
35.5. Five forces analysis
36. CIVIL ENGINEERING IN SINGAPORE
36.1. Market Overview
36.2. Market Data
36.3. Market Segmentation
36.4. Market outlook
36.5. Five forces analysis
37. MACROECONOMIC INDICATORS
37.1. Country data
38. CIVIL ENGINEERING IN SOUTH AFRICA
38.1. Market Overview
38.2. Market Data
38.3. Market Segmentation
38.4. Market outlook
38.5. Five forces analysis
39. MACROECONOMIC INDICATORS
39.1. Country data
40. CIVIL ENGINEERING IN SOUTH KOREA
40.1. Market Overview
40.2. Market Data
40.3. Market Segmentation
40.4. Market outlook
40.5. Five forces analysis
41. MACROECONOMIC INDICATORS
41.1. Country data
42. CIVIL ENGINEERING IN SPAIN
42.1. Market Overview
42.2. Market Data
42.3. Market Segmentation
42.4. Market outlook
42.5. Five forces analysis
43. MACROECONOMIC INDICATORS
43.1. Country data
44. CIVIL ENGINEERING IN TURKEY
44.1. Market Overview
44.2. Market Data
44.3. Market Segmentation
44.4. Market outlook
44.5. Five forces analysis
45. MACROECONOMIC INDICATORS
45.1. Country data
46. CIVIL ENGINEERING IN THE UNITED KINGDOM
46.1. Market Overview
46.2. Market Data
46.3. Market Segmentation
46.4. Market outlook
46.5. Five forces analysis
47. MACROECONOMIC INDICATORS
47.1. Country data
48. CIVIL ENGINEERING IN THE UNITED STATES
48.1. Market Overview
48.2. Market Data
48.3. Market Segmentation
48.4. Market outlook
48.5. Five forces analysis
49. MACROECONOMIC INDICATORS
49.1. Country data
50. COMPANY PROFILES
50.1. Arup BV
50.2. Bouygues Batiment International
50.3. Eiffage SA
50.4. Bauer AG
50.5. ADCO Constructions Pty Ltd
50.6. Watpac Ltd
50.7. Andrade Gutierrez SA
50.8. Odebrecht S.A.
50.9. MOVER Participacoes SA
50.10. Jacobs Engineering Group Inc.
50.11. China State Construction Engineering Corp Ltd
50.12. Beijing Construction Engineering Group Co Ltd
50.13. Shanghai Construction Group Co Ltd
50.14. Hindustan Construction Co Ltd
50.15. Reliance Infrastructure Ltd.
50.16. Larsen & Toubro Limited
50.17. Penta-Ocean Construction Co Ltd
50.18. PT Wijaya Karya (Persero) Tbk
50.19. PT Total Bangun Persada Tbk
50.20. Ansal Properties & Infrastructure Ltd
50.21. ASTM SpA
50.22. Webuild SpA
50.23. Obayashi Corp
50.24. Shimizu Corp Singapore
50.25. Taisei Corporation
50.26. CEMEX, SAB de CV
50.27. Ballast Nedam NV
50.28. Royal BAM Group nv
50.29. Royal Volker Wessels Stevin NV
50.30. KBR Inc
50.31. Stroytransgaz
50.32. Strabag AG
50.33. Arkil Holding AS
50.34. Bilfinger Industrial Services Inc
50.35. Nordstjernan AB
50.36. Skanska AB
50.37. Kajima Corporation
50.38. Koh Brothers Group Ltd
50.39. TEE International Ltd
50.40. Aveng Grinaker-LTA Ltd
50.41. Murray & Roberts Holdings Ltd
50.42. Daelim Construction & Engineering Co Ltd
50.43. GS EPS Co.,Ltd.
50.44. Hyundai Engineering & Construction Co Ltd
50.45. Samsung C&T Engineering & Construction Group
50.46. Acciona SA
50.47. Fomento de Construcciones y Contratas S.A.
50.48. Ferrovial, S.A.
50.49. Enka Power Systems BV
50.50. VINCI Construction France SAS
50.51. Renaissance Construction Turkey
50.52. Polimeks Insaat Taahhut ve San Tic AS
50.53. Balfour Beatty Infrastructure Inc
50.54. Interserve Group Ltd
50.55. Kier Group plc
50.56. Keller Group Plc
50.57. Actividades de Construccion y Servicios SA
50.58. Bechtel Corp
50.59. Fluor Corporation
50.60. Kiewit Mining Group Inc
51. APPENDIX
51.1. Methodology
51.2. About MarketLine
1.1. Market value
1.2. Market value forecast
1.3. Geography segmentation
1.4. Competitive Landscape
2. INTRODUCTION
2.1. What is this report about?
2.2. Who is the target reader?
2.3. How to use this report
2.4. Definitions
3. GLOBAL CIVIL ENGINEERING
3.1. Market Overview
3.2. Market Data
3.3. Market Segmentation
3.4. Market outlook
3.5. Five forces analysis
4. MACROECONOMIC INDICATORS
4.1. Country data
5. CIVIL ENGINEERING IN ASIA-PACIFIC
5.1. Market Overview
5.2. Market Data
5.3. Market Segmentation
5.4. Market outlook
5.5. Five forces analysis
6. CIVIL ENGINEERING IN EUROPE
6.1. Market Overview
6.2. Market Data
6.3. Market Segmentation
6.4. Market outlook
6.5. Five forces analysis
7. MACROECONOMIC INDICATORS
7.1. Country data
8. CIVIL ENGINEERING IN FRANCE
8.1. Market Overview
8.2. Market Data
8.3. Market Segmentation
8.4. Market outlook
8.5. Five forces analysis
9. MACROECONOMIC INDICATORS
9.1. Country data
10. CIVIL ENGINEERING IN GERMANY
10.1. Market Overview
10.2. Market Data
10.3. Market Segmentation
10.4. Market outlook
10.5. Five forces analysis
11. MACROECONOMIC INDICATORS
11.1. Country data
12. CIVIL ENGINEERING IN AUSTRALIA
12.1. Market Overview
12.2. Market Data
12.3. Market Segmentation
12.4. Market outlook
12.5. Five forces analysis
13. MACROECONOMIC INDICATORS
13.1. Country data
14. CIVIL ENGINEERING IN BRAZIL
14.1. Market Overview
14.2. Market Data
14.3. Market Segmentation
14.4. Market outlook
14.5. Five forces analysis
15. MACROECONOMIC INDICATORS
15.1. Country data
16. CIVIL ENGINEERING IN CANADA
16.1. Market Overview
16.2. Market Data
16.3. Market Segmentation
16.4. Market outlook
16.5. Five forces analysis
17. MACROECONOMIC INDICATORS
17.1. Country data
18. CIVIL ENGINEERING IN CHINA
18.1. Market Overview
18.2. Market Data
18.3. Market Segmentation
18.4. Market outlook
18.5. Five forces analysis
19. MACROECONOMIC INDICATORS
19.1. Country data
20. CIVIL ENGINEERING IN INDIA
20.1. Market Overview
20.2. Market Data
20.3. Market Segmentation
20.4. Market outlook
20.5. Five forces analysis
21. MACROECONOMIC INDICATORS
21.1. Country data
22. CIVIL ENGINEERING IN INDONESIA
22.1. Market Overview
22.2. Market Data
22.3. Market Segmentation
22.4. Market outlook
22.5. Five forces analysis
23. MACROECONOMIC INDICATORS
23.1. Country data
24. CIVIL ENGINEERING IN ITALY
24.1. Market Overview
24.2. Market Data
24.3. Market Segmentation
24.4. Market outlook
24.5. Five forces analysis
25. MACROECONOMIC INDICATORS
25.1. Country data
26. CIVIL ENGINEERING IN JAPAN
26.1. Market Overview
26.2. Market Data
26.3. Market Segmentation
26.4. Market outlook
26.5. Five forces analysis
27. MACROECONOMIC INDICATORS
27.1. Country data
28. CIVIL ENGINEERING IN MEXICO
28.1. Market Overview
28.2. Market Data
28.3. Market Segmentation
28.4. Market outlook
28.5. Five forces analysis
29. MACROECONOMIC INDICATORS
29.1. Country data
30. CIVIL ENGINEERING IN THE NETHERLANDS
30.1. Market Overview
30.2. Market Data
30.3. Market Segmentation
30.4. Market outlook
30.5. Five forces analysis
31. MACROECONOMIC INDICATORS
31.1. Country data
32. CIVIL ENGINEERING IN NORTH AMERICA
32.1. Market Overview
32.2. Market Data
32.3. Market Segmentation
32.4. Market outlook
32.5. Five forces analysis
33. CIVIL ENGINEERING IN RUSSIA
33.1. Market Overview
33.2. Market Data
33.3. Market Segmentation
33.4. Market outlook
33.5. Five forces analysis
34. MACROECONOMIC INDICATORS
34.1. Country data
35. CIVIL ENGINEERING IN SCANDINAVIA
35.1. Market Overview
35.2. Market Data
35.3. Market Segmentation
35.4. Market outlook
35.5. Five forces analysis
36. CIVIL ENGINEERING IN SINGAPORE
36.1. Market Overview
36.2. Market Data
36.3. Market Segmentation
36.4. Market outlook
36.5. Five forces analysis
37. MACROECONOMIC INDICATORS
37.1. Country data
38. CIVIL ENGINEERING IN SOUTH AFRICA
38.1. Market Overview
38.2. Market Data
38.3. Market Segmentation
38.4. Market outlook
38.5. Five forces analysis
39. MACROECONOMIC INDICATORS
39.1. Country data
40. CIVIL ENGINEERING IN SOUTH KOREA
40.1. Market Overview
40.2. Market Data
40.3. Market Segmentation
40.4. Market outlook
40.5. Five forces analysis
41. MACROECONOMIC INDICATORS
41.1. Country data
42. CIVIL ENGINEERING IN SPAIN
42.1. Market Overview
42.2. Market Data
42.3. Market Segmentation
42.4. Market outlook
42.5. Five forces analysis
43. MACROECONOMIC INDICATORS
43.1. Country data
44. CIVIL ENGINEERING IN TURKEY
44.1. Market Overview
44.2. Market Data
44.3. Market Segmentation
44.4. Market outlook
44.5. Five forces analysis
45. MACROECONOMIC INDICATORS
45.1. Country data
46. CIVIL ENGINEERING IN THE UNITED KINGDOM
46.1. Market Overview
46.2. Market Data
46.3. Market Segmentation
46.4. Market outlook
46.5. Five forces analysis
47. MACROECONOMIC INDICATORS
47.1. Country data
48. CIVIL ENGINEERING IN THE UNITED STATES
48.1. Market Overview
48.2. Market Data
48.3. Market Segmentation
48.4. Market outlook
48.5. Five forces analysis
49. MACROECONOMIC INDICATORS
49.1. Country data
50. COMPANY PROFILES
50.1. Arup BV
50.2. Bouygues Batiment International
50.3. Eiffage SA
50.4. Bauer AG
50.5. ADCO Constructions Pty Ltd
50.6. Watpac Ltd
50.7. Andrade Gutierrez SA
50.8. Odebrecht S.A.
50.9. MOVER Participacoes SA
50.10. Jacobs Engineering Group Inc.
50.11. China State Construction Engineering Corp Ltd
50.12. Beijing Construction Engineering Group Co Ltd
50.13. Shanghai Construction Group Co Ltd
50.14. Hindustan Construction Co Ltd
50.15. Reliance Infrastructure Ltd.
50.16. Larsen & Toubro Limited
50.17. Penta-Ocean Construction Co Ltd
50.18. PT Wijaya Karya (Persero) Tbk
50.19. PT Total Bangun Persada Tbk
50.20. Ansal Properties & Infrastructure Ltd
50.21. ASTM SpA
50.22. Webuild SpA
50.23. Obayashi Corp
50.24. Shimizu Corp Singapore
50.25. Taisei Corporation
50.26. CEMEX, SAB de CV
50.27. Ballast Nedam NV
50.28. Royal BAM Group nv
50.29. Royal Volker Wessels Stevin NV
50.30. KBR Inc
50.31. Stroytransgaz
50.32. Strabag AG
50.33. Arkil Holding AS
50.34. Bilfinger Industrial Services Inc
50.35. Nordstjernan AB
50.36. Skanska AB
50.37. Kajima Corporation
50.38. Koh Brothers Group Ltd
50.39. TEE International Ltd
50.40. Aveng Grinaker-LTA Ltd
50.41. Murray & Roberts Holdings Ltd
50.42. Daelim Construction & Engineering Co Ltd
50.43. GS EPS Co.,Ltd.
50.44. Hyundai Engineering & Construction Co Ltd
50.45. Samsung C&T Engineering & Construction Group
50.46. Acciona SA
50.47. Fomento de Construcciones y Contratas S.A.
50.48. Ferrovial, S.A.
50.49. Enka Power Systems BV
50.50. VINCI Construction France SAS
50.51. Renaissance Construction Turkey
50.52. Polimeks Insaat Taahhut ve San Tic AS
50.53. Balfour Beatty Infrastructure Inc
50.54. Interserve Group Ltd
50.55. Kier Group plc
50.56. Keller Group Plc
50.57. Actividades de Construccion y Servicios SA
50.58. Bechtel Corp
50.59. Fluor Corporation
50.60. Kiewit Mining Group Inc
51. APPENDIX
51.1. Methodology
51.2. About MarketLine
LIST OF TABLES
Table 1: Global civil engineering sector value: $ billion, 2016-20
Table 2: Global civil engineering sector geography segmentation: $ billion, 2020
Table 3: Global civil engineering sector value forecast: $ billion, 2020-25
Table 4: Global size of population (million), 2016-20
Table 5: Global gdp (constant 2005 prices, $ billion), 2016-20
Table 6: Global gdp (current prices, $ billion), 2016-20
Table 7: Global inflation, 2016-20
Table 8: Global consumer price index (absolute), 2016-20
Table 9: Global exchange rate, 2015-19
Table 10: Asia-Pacific civil engineering sector value: $ billion, 2016-20
Table 11: Asia-Pacific civil engineering sector geography segmentation: $ billion, 2020
Table 12: Asia-Pacific civil engineering sector value forecast: $ billion, 2020-25
Table 13: Europe civil engineering sector value: $ billion, 2016-20
Table 14: Europe civil engineering sector geography segmentation: $ billion, 2020
Table 15: Europe civil engineering sector value forecast: $ billion, 2020-25
Table 16: Europe size of population (million), 2016-20
Table 17: Europe gdp (constant 2005 prices, $ billion), 2016-20
Table 18: Europe gdp (current prices, $ billion), 2016-20
Table 19: Europe inflation, 2016-20
Table 20: Europe consumer price index (absolute), 2016-20
Table 21: Europe exchange rate, 2015-19
Table 22: France civil engineering sector value: $ billion, 2016-20
Table 23: France civil engineering sector geography segmentation: $ billion, 2020
Table 24: France civil engineering sector value forecast: $ billion, 2020-25
Table 25: France size of population (million), 2016-20
Table 26: France gdp (constant 2005 prices, $ billion), 2016-20
Table 27: France gdp (current prices, $ billion), 2016-20
Table 28: France inflation, 2016-20
Table 29: France consumer price index (absolute), 2016-20
Table 30: France exchange rate, 2015-19
Table 31: Germany civil engineering sector value: $ billion, 2016-20
Table 32: Germany civil engineering sector geography segmentation: $ billion, 2020
Table 33: Germany civil engineering sector value forecast: $ billion, 2020-25
Table 34: Germany size of population (million), 2016-20
Table 35: Germany gdp (constant 2005 prices, $ billion), 2016-20
Table 36: Germany gdp (current prices, $ billion), 2016-20
Table 37: Germany inflation, 2016-20
Table 38: Germany consumer price index (absolute), 2016-20
Table 39: Germany exchange rate, 2015-19
Table 40: Australia civil engineering sector value: $ billion, 2016-20
Table 41: Australia civil engineering sector geography segmentation: $ billion, 2020
Table 42: Australia civil engineering sector value forecast: $ billion, 2020-25
Table 43: Australia size of population (million), 2016-20
Table 44: Australia gdp (constant 2005 prices, $ billion), 2016-20
Table 45: Australia gdp (current prices, $ billion), 2016-20
Table 46: Australia inflation, 2016-20
Table 47: Australia consumer price index (absolute), 2016-20
Table 48: Australia exchange rate, 2015-19
Table 49: Brazil civil engineering sector value: $ billion, 2016-20
Table 50: Brazil civil engineering sector geography segmentation: $ billion, 2020
Table 1: Global civil engineering sector value: $ billion, 2016-20
Table 2: Global civil engineering sector geography segmentation: $ billion, 2020
Table 3: Global civil engineering sector value forecast: $ billion, 2020-25
Table 4: Global size of population (million), 2016-20
Table 5: Global gdp (constant 2005 prices, $ billion), 2016-20
Table 6: Global gdp (current prices, $ billion), 2016-20
Table 7: Global inflation, 2016-20
Table 8: Global consumer price index (absolute), 2016-20
Table 9: Global exchange rate, 2015-19
Table 10: Asia-Pacific civil engineering sector value: $ billion, 2016-20
Table 11: Asia-Pacific civil engineering sector geography segmentation: $ billion, 2020
Table 12: Asia-Pacific civil engineering sector value forecast: $ billion, 2020-25
Table 13: Europe civil engineering sector value: $ billion, 2016-20
Table 14: Europe civil engineering sector geography segmentation: $ billion, 2020
Table 15: Europe civil engineering sector value forecast: $ billion, 2020-25
Table 16: Europe size of population (million), 2016-20
Table 17: Europe gdp (constant 2005 prices, $ billion), 2016-20
Table 18: Europe gdp (current prices, $ billion), 2016-20
Table 19: Europe inflation, 2016-20
Table 20: Europe consumer price index (absolute), 2016-20
Table 21: Europe exchange rate, 2015-19
Table 22: France civil engineering sector value: $ billion, 2016-20
Table 23: France civil engineering sector geography segmentation: $ billion, 2020
Table 24: France civil engineering sector value forecast: $ billion, 2020-25
Table 25: France size of population (million), 2016-20
Table 26: France gdp (constant 2005 prices, $ billion), 2016-20
Table 27: France gdp (current prices, $ billion), 2016-20
Table 28: France inflation, 2016-20
Table 29: France consumer price index (absolute), 2016-20
Table 30: France exchange rate, 2015-19
Table 31: Germany civil engineering sector value: $ billion, 2016-20
Table 32: Germany civil engineering sector geography segmentation: $ billion, 2020
Table 33: Germany civil engineering sector value forecast: $ billion, 2020-25
Table 34: Germany size of population (million), 2016-20
Table 35: Germany gdp (constant 2005 prices, $ billion), 2016-20
Table 36: Germany gdp (current prices, $ billion), 2016-20
Table 37: Germany inflation, 2016-20
Table 38: Germany consumer price index (absolute), 2016-20
Table 39: Germany exchange rate, 2015-19
Table 40: Australia civil engineering sector value: $ billion, 2016-20
Table 41: Australia civil engineering sector geography segmentation: $ billion, 2020
Table 42: Australia civil engineering sector value forecast: $ billion, 2020-25
Table 43: Australia size of population (million), 2016-20
Table 44: Australia gdp (constant 2005 prices, $ billion), 2016-20
Table 45: Australia gdp (current prices, $ billion), 2016-20
Table 46: Australia inflation, 2016-20
Table 47: Australia consumer price index (absolute), 2016-20
Table 48: Australia exchange rate, 2015-19
Table 49: Brazil civil engineering sector value: $ billion, 2016-20
Table 50: Brazil civil engineering sector geography segmentation: $ billion, 2020
LIST OF FIGURES
Figure 1: Global civil engineering sector value: $ billion, 2016-20
Figure 2: Global civil engineering sector geography segmentation: % share, by value, 2020
Figure 3: Global civil engineering sector value forecast: $ billion, 2020-25
Figure 4: Forces driving competition in the global civil engineering sector, 2020
Figure 5: Drivers of buyer power in the global civil engineering sector, 2020
Figure 6: Drivers of supplier power in the global civil engineering sector, 2020
Figure 7: Factors influencing the likelihood of new entrants in the global civil engineering sector, 2020
Figure 8: Factors influencing the threat of substitutes in the global civil engineering sector, 2020
Figure 9: Drivers of degree of rivalry in the global civil engineering sector, 2020
Figure 10: Asia-Pacific civil engineering sector value: $ billion, 2016-20
Figure 11: Asia-Pacific civil engineering sector geography segmentation: % share, by value, 2020
Figure 12: Asia-Pacific civil engineering sector value forecast: $ billion, 2020-25
Figure 13: Forces driving competition in the civil engineering sector in Asia-Pacific, 2020
Figure 14: Drivers of buyer power in the civil engineering sector in Asia-Pacific, 2020
Figure 15: Drivers of supplier power in the civil engineering sector in Asia-Pacific, 2020
Figure 16: Factors influencing the likelihood of new entrants in the civil engineering sector in Asia-Pacific, 2020
Figure 17: Factors influencing the threat of substitutes in the civil engineering sector in Asia-Pacific, 2020
Figure 18: Drivers of degree of rivalry in the civil engineering sector in Asia-Pacific, 2020
Figure 19: Europe civil engineering sector value: $ billion, 2016-20
Figure 20: Europe civil engineering sector geography segmentation: % share, by value, 2020
Figure 21: Europe civil engineering sector value forecast: $ billion, 2020-25
Figure 22: Forces driving competition in the civil engineering sector in Europe, 2020
Figure 23: Drivers of buyer power in the civil engineering sector in Europe, 2020
Figure 24: Drivers of supplier power in the civil engineering sector in Europe, 2020
Figure 25: Factors influencing the likelihood of new entrants in the civil engineering sector in Europe, 2020
Figure 26: Factors influencing the threat of substitutes in the civil engineering sector in Europe, 2020
Figure 27: Drivers of degree of rivalry in the civil engineering sector in Europe, 2020
Figure 28: France civil engineering sector value: $ billion, 2016-20
Figure 29: France civil engineering sector geography segmentation: % share, by value, 2020
Figure 30: France civil engineering sector value forecast: $ billion, 2020-25
Figure 31: Forces driving competition in the civil engineering sector in France, 2020
Figure 32: Drivers of buyer power in the civil engineering sector in France, 2020
Figure 33: Drivers of supplier power in the civil engineering sector in France, 2020
Figure 34: Factors influencing the likelihood of new entrants in the civil engineering sector in France, 2020
Figure 35: Factors influencing the threat of substitutes in the civil engineering sector in France, 2020
Figure 36: Drivers of degree of rivalry in the civil engineering sector in France, 2020
Figure 37: Germany civil engineering sector value: $ billion, 2016-20
Figure 38: Germany civil engineering sector geography segmentation: % share, by value, 2020
Figure 39: Germany civil engineering sector value forecast: $ billion, 2020-25
Figure 40: Forces driving competition in the civil engineering sector in Germany, 2020
Figure 41: Drivers of buyer power in the civil engineering sector in Germany, 2020
Figure 42: Drivers of supplier power in the civil engineering sector in Germany, 2020
Figure 43: Factors influencing the likelihood of new entrants in the civil engineering sector in Germany, 2020
Figure 44: Factors influencing the threat of substitutes in the civil engineering sector in Germany, 2020
Figure 45: Drivers of degree of rivalry in the civil engineering sector in Germany, 2020
Figure 46: Australia civil engineering sector value: $ billion, 2016-20
Figure 47: Australia civil engineering sector geography segmentation: % share, by value, 2020
Figure 48: Australia civil engineering sector value forecast: $ billion, 2020-25
Figure 49: Forces driving competition in the civil engineering sector in Australia, 2020
Figure 50: Drivers of buyer power in the civil engineering sector in Australia, 2020
Figure 1: Global civil engineering sector value: $ billion, 2016-20
Figure 2: Global civil engineering sector geography segmentation: % share, by value, 2020
Figure 3: Global civil engineering sector value forecast: $ billion, 2020-25
Figure 4: Forces driving competition in the global civil engineering sector, 2020
Figure 5: Drivers of buyer power in the global civil engineering sector, 2020
Figure 6: Drivers of supplier power in the global civil engineering sector, 2020
Figure 7: Factors influencing the likelihood of new entrants in the global civil engineering sector, 2020
Figure 8: Factors influencing the threat of substitutes in the global civil engineering sector, 2020
Figure 9: Drivers of degree of rivalry in the global civil engineering sector, 2020
Figure 10: Asia-Pacific civil engineering sector value: $ billion, 2016-20
Figure 11: Asia-Pacific civil engineering sector geography segmentation: % share, by value, 2020
Figure 12: Asia-Pacific civil engineering sector value forecast: $ billion, 2020-25
Figure 13: Forces driving competition in the civil engineering sector in Asia-Pacific, 2020
Figure 14: Drivers of buyer power in the civil engineering sector in Asia-Pacific, 2020
Figure 15: Drivers of supplier power in the civil engineering sector in Asia-Pacific, 2020
Figure 16: Factors influencing the likelihood of new entrants in the civil engineering sector in Asia-Pacific, 2020
Figure 17: Factors influencing the threat of substitutes in the civil engineering sector in Asia-Pacific, 2020
Figure 18: Drivers of degree of rivalry in the civil engineering sector in Asia-Pacific, 2020
Figure 19: Europe civil engineering sector value: $ billion, 2016-20
Figure 20: Europe civil engineering sector geography segmentation: % share, by value, 2020
Figure 21: Europe civil engineering sector value forecast: $ billion, 2020-25
Figure 22: Forces driving competition in the civil engineering sector in Europe, 2020
Figure 23: Drivers of buyer power in the civil engineering sector in Europe, 2020
Figure 24: Drivers of supplier power in the civil engineering sector in Europe, 2020
Figure 25: Factors influencing the likelihood of new entrants in the civil engineering sector in Europe, 2020
Figure 26: Factors influencing the threat of substitutes in the civil engineering sector in Europe, 2020
Figure 27: Drivers of degree of rivalry in the civil engineering sector in Europe, 2020
Figure 28: France civil engineering sector value: $ billion, 2016-20
Figure 29: France civil engineering sector geography segmentation: % share, by value, 2020
Figure 30: France civil engineering sector value forecast: $ billion, 2020-25
Figure 31: Forces driving competition in the civil engineering sector in France, 2020
Figure 32: Drivers of buyer power in the civil engineering sector in France, 2020
Figure 33: Drivers of supplier power in the civil engineering sector in France, 2020
Figure 34: Factors influencing the likelihood of new entrants in the civil engineering sector in France, 2020
Figure 35: Factors influencing the threat of substitutes in the civil engineering sector in France, 2020
Figure 36: Drivers of degree of rivalry in the civil engineering sector in France, 2020
Figure 37: Germany civil engineering sector value: $ billion, 2016-20
Figure 38: Germany civil engineering sector geography segmentation: % share, by value, 2020
Figure 39: Germany civil engineering sector value forecast: $ billion, 2020-25
Figure 40: Forces driving competition in the civil engineering sector in Germany, 2020
Figure 41: Drivers of buyer power in the civil engineering sector in Germany, 2020
Figure 42: Drivers of supplier power in the civil engineering sector in Germany, 2020
Figure 43: Factors influencing the likelihood of new entrants in the civil engineering sector in Germany, 2020
Figure 44: Factors influencing the threat of substitutes in the civil engineering sector in Germany, 2020
Figure 45: Drivers of degree of rivalry in the civil engineering sector in Germany, 2020
Figure 46: Australia civil engineering sector value: $ billion, 2016-20
Figure 47: Australia civil engineering sector geography segmentation: % share, by value, 2020
Figure 48: Australia civil engineering sector value forecast: $ billion, 2020-25
Figure 49: Forces driving competition in the civil engineering sector in Australia, 2020
Figure 50: Drivers of buyer power in the civil engineering sector in Australia, 2020
