建設市場調査

 

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建設市場調査 uncovers insights into Consumer and Business behaviors, new materials, competitive landscapes, and changing regulations. Construction projects can be large, so research-based planning and strategies are important to minimize cost and maximize returns.

SIS Research and Strategy provides access to stakeholders, contractors, and Decision Makers, as a result, we often interview Engineers, Architects, Home Builders, Facility Managers, City Planners, Companies, and Contractors. There can be different levels of decision-makers and stakeholder influence in Construction, therefore, research uncovers the stakeholders to speak to meet your strategic priorities. 

建設業界の調査ソリューションには、価格テスト、場所の調査、顧客ジャーニーの調査、市場や流通チャネルの戦略分析を含むユーザビリティテストが含まれます。

What Construction Market Research Actually Measures

The category covers five distinct workstreams. Each answers a different capital question.

Market sizing and segmentation quantifies addressable demand by product category, end-use (single-family, multifamily, commercial, industrial, infrastructure), and geography down to the metropolitan statistical area. Building materials market sizing typically requires reconciling shipment data, permit filings, and contractor purchase behavior. The three rarely agree, and the gap is where opportunity sits.

競合他社の分析 maps share by channel, specification win rates, and price realization. Construction industry competitor analysis is harder than in most B2B sectors because share shifts at the project level, not the account level. A manufacturer can hold 40 percent of a distributor’s shelf and lose the specification battle at the architect.

Voice of customer captures how general contractors, subcontractors, specifiers, and owners actually select products. Screening criteria, decision hierarchies, and switching triggers vary sharply between tilt-up commercial, high-rise residential, and heavy civil.

Supplier qualification audits the manufacturing base for a component or system. A construction supplier qualification audit assesses capacity, lead time reliability, certifications, and financial stability across candidate vendors before a purchasing commitment.

Technology adoption tracks where BIM mandates, prefabrication, robotic layout, and telematics have moved from pilot to standard practice. Construction technology adoption insights inform both product roadmaps and go-to-market sequencing.

建設市場調査のメリット

Market Research provides focus and direction; in addition, it helps companies to identify customer needs, new opportunities, and potential challenges they can address. The market analysis allows firms to deliver against their business objectives, therefore, enabling them to measure and direct their progress toward their end goals. 

建設市場調査および戦略コンサルティングには、次のような利点があります。

• 顧客収益性の向上
• 新製品発売の方向性
• カスタマージャーニーインサイト
• 利益を最大化する価格設定の洞察
• 競合他社の脅威を阻止する競争洞察

Construction Equipment Market Trends Reward Total Cost Analysis

Equipment purchase decisions have shifted from acquisition price to lifecycle economics. Total cost of ownership analysis for construction equipment now dominates fleet manager conversations across earthmoving, aerial work platforms, and material handling. Fuel, uptime, residual value, telematics subscription costs, and operator training all enter the model.

The shift favors OEMs with dense dealer networks and predictive maintenance capability. Caterpillar, Komatsu, Volvo CE, and Liebherr have invested heavily in connected fleet platforms because installed base analytics generate aftermarket revenue that exceeds new equipment margin. Predictive maintenance market sizing for heavy equipment consistently shows service and parts capturing a larger share of lifetime customer value than the initial machine sale.

According to SIS International Research, contractor purchasing committees increasingly evaluate telematics data portability as a qualification criterion, penalizing OEMs whose platforms lock fleet data behind proprietary APIs. This changes the competitive calculus for equipment brands that treated software as a differentiator rather than an interoperability requirement.

Building Materials Market Sizing Requires Reconciling Three Data Sources

Reliable building materials market sizing triangulates three independent inputs. Manufacturer shipment data captures supply. Permit and starts data captures demand. Distributor and contractor interviews capture the channel behavior that reconciles the two.

The gaps carry meaning. When shipments exceed absorbed demand, inventory is building in the channel and price pressure follows. When permit activity outpaces shipments, either import share is rising or a substitute material is winning specifications. Firms that monitor only one input miss the inflection.

Reshoring feasibility for building material supply chains has become a recurring mandate. Tariff exposure on Chinese steel, aluminum, and finished goods, combined with freight volatility, has pushed manufacturers to reassess North American production footprints. The analysis requires bill of materials optimization for prefabricated construction, labor cost modeling by state, and supplier depth mapping in secondary metals, coatings, and fasteners.

Market Entry Strategy for US Commercial Construction

Foreign manufacturers entering US commercial construction consistently underestimate specification lag. A product approved by a national code body still requires individual engineer-of-record acceptance, regional distributor stocking commitments, and installer training before it generates revenue at scale. The gap between market entry and material revenue often runs three to five years.

The firms that compress this timeline share a pattern. They target one region, one product line, and one channel first. They invest in code compliance documentation and mockup testing before hiring sales. They recruit distributor partners with existing specifier relationships rather than building direct sales teams.

In market entry engagements SIS International has conducted across the US and Canada for European building product manufacturers, the strongest launches concentrated on a single MSA cluster and a specific end-use segment before expanding, and treated general contractor and subcontractor interviews as a mandatory input to pricing and channel design rather than a validation exercise after strategy was set.

Construction Project Pipeline Analysis Turns Intelligence Into Bookings

Construction project pipeline analysis converts market research into a business development tool. The workflow combines Dodge, ConstructConnect, and regional permit feeds with primary interviews to identify projects at the pre-design, design development, and bidding stages where product specification is still live.

The value is in the timing. A manufacturer that engages a specifier during design development influences the specification. A manufacturer that arrives at bid stage competes on price against an already-written spec. The margin difference is structural.

A Framework for Prioritizing Research Investment

Not every question deserves a full study. The SIS Construction Intelligence Priority Matrix sorts research investment against two axes: decision reversibility and capital at risk.

Decision Type	Low Capital at Risk	High Capital at Risk
Reversible	Desk research, secondary synthesis	Targeted expert interviews, VOC
Irreversible	Competitor benchmarking, pricing study	Full market entry assessment, supplier audit, TCO modeling

ソース: SIS International Research

Plant investments, acquisitions, and multi-year distributor commitments belong in the lower right. Product line extensions and channel pilots often sit in the upper left. Misallocating research spend against this matrix is where most intelligence budgets underperform.

定性調査

Qualitative Research examines attitudes, opinions, and behavior and consequently explores the "why" and "how" behind behavior and attitudes. It uncovers preferences, likes, customer needs, product substitutes, and competitors for your product, so it is vital for understanding the fundamental reasons behind consumer decisions. Market analysts conduct qualitative market research using observation and open-ended questions, so the common methodologies we use include:

• 詳細なインタビュー
• フォーカス・グループ
• オンライン・フォーカス・グループ
• デジタルコミュニティ
• 民族誌学
• ユーザビリティ研究

定性研究者は、詳細なエグゼクティブ インタビューを対面で実施できるだけでなく、オンラインの定性調査方法や対面のフォーカス グループ、オンライン コミュニティも活用できます。

定量調査

建設会社は、調査と、調査によって得られるデータや分析から恩恵を受けることができます。定量的データを使用すると、利害関係者のニーズ、態度、購買嗜好、支払い意欲、価格に対する感度を把握できます。1 つの利点は、より大きなサンプルに行動がどの程度当てはまるかを測定しやすくなることです。その結果、アナリストはデータから市場のより正確な状況を把握できます。

定量的な方法には以下のものがあります。

• 電話調査
• オンラインアンケート
• 価格調査

一般的なデータ収集方法は、コンピュータ支援電話インタビュー (CATI) ですが、さらに、研究者は、多くの場合、URL への電子メール リンクを介して、Web ベースのデータ収集を行うこともできます。  

建設市場における戦略研究

The construction industry can have complex decision-making processes; for this reason, developing strategies in construction markets can be a challenge. Strategy Research also examines a company's position relative to Competitors, Industries, Supply Chains, and Distribution Channels.

戦略リサーチでは以下を調査します。

• 市場機会
• 市場参入、実現可能性、規模の設定
• 競合他社の洞察と反応
• ベストプラクティス
• 革新
• 市場動向の洞察
• 市場参入戦略

戦略研究者は、詳細なデスク リサーチやその他の独自のソースに加えて、定性的および定量的な洞察を使用して、包括的な戦略レポートを作成します。同様に、二次リサーチまたはデスク リサーチ ソースには、政府統計、企業の Web サイト、業界出版物、公開レポートが含まれます。

機会、トレンド、新技術

の 世界の建設業界 continues to look for ways to leverage technology. Analysts hope to use technology to tackle the industry's longstanding productivity challenges because construction has a high degree of risk and volume of work, as well as low productivity and profit margins.

Many industry analysts believe that the construction industry is ripe for positive disruption, as a result, they expect certain technology trends to make a profound impact on the industry. These trends include cloud and mobile applications, 3D printing, 4D, and 5D building information modeling. Additionally, construction may also see benefits from the Internet of Things (IoT).

建設意思決定者市場調査

私たちは、次のようなさまざまな建設意思決定者を調査します。

• 大工
• 建設マネージャー
• ゼネコン
• 登録プロフェッショナルエンジニア
• 建設労働者と労働者
• フォアマン
• 機器オペレーター
• 労働組合のリーダー
• インストーラー
• 建設コンサルタント
• 屋根葺き職人
• 石工と石工労働者

Where Construction Intelligence Is Heading

Three shifts will define the next cycle. First, prefabrication and modular construction are moving from niche to mainstream in multifamily and healthcare, changing bill of materials composition and shifting value from site labor to factory throughput. Second, embodied carbon disclosure requirements are creating a parallel specification track that favors manufacturers with verified environmental product declarations. Third, labor scarcity is accelerating adoption of robotic layout, autonomous earthmoving, and exoskeletons in ways that reshape equipment demand curves.

SIS International's proprietary research across formwork, balcony systems, and heavy equipment categories in North America and Latin America indicates that decision-making authority has migrated upstream from field superintendents to procurement and engineering functions at the corporate level, which changes both the buyer persona and the evidence required to win specifications.

Construction market research delivers its highest return when it is tied to a specific decision with a specific deadline. Firms treating it as a standing subscription get standing outputs. Firms treating it as decision support get pricing power, cleaner market entries, and defensible capital plans.

よくある質問

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SISインターナショナルについて

SISインターナショナル 定量的、定性的、戦略的な調査を提供します。意思決定のためのデータ、ツール、戦略、レポート、洞察を提供します。また、インタビュー、アンケート、フォーカス グループ、その他の市場調査方法やアプローチも実施します。 お問い合わせ 次の市場調査プロジェクトにご利用ください。