feel." Psychological aspects can be measured
through interviews and/or short questionnaires
(Lefranc, 2012).
b. The behavioral aspects have the analogy of
"what people do." According to Lefranc, 2012,
the measurement of behavioral aspects can be
done by direct observation, while according to
Boughaba (2014), it can also be done through
questionnaires and/or interviews.
c. The situational aspect has the analogy of "what
the organization has." Measurement of
situational aspects through comparison of the
application of company management systems
and applicable regulations (Lefranc, 2012).
While Filho et al. (2010) developed safety
culture measurement methods based on
situational aspects by taking into account the
policies compiled by the company in making
strategic plans and actions relating to the
activities, awareness, and quality of the
company's OHS.
The description of each stage in the development
of safety culture, according to Hudson (2004), is as
follows.
1. Pathological: pure accident mistakes from
workers. The management system is only in
compliance with regulations so that business
remains legal and legally recognized.
2. Reactive: the company starts to take serious
action in managing OHS, but only based on
events that have occurred (curative), and there
is no management to prevent accidents.
3. Calculative/Bureaucratic: the company has
established an OHS management system and
implemented OHS data collection. Awareness
of OSH is only in the management sector or
related to the OSH division, so there are
significant differences in behavior patterns
among workers associated with OSH.
4. Proactive: the OHS management system starts
to involve workers in the improvisation of OHS
management and begins to change the pure top-
bottom management approach into two-way
communication.
5. Generative: all levels of position actively
participate. Safety is a culture and is part of the
company's habits.
Choudhry et al. (2007) explain about construction
project characteristics that project planning and
execution are under limited time and budgetary
pressure. This condition shows the differentiate
construction project comparing other industries.
The concept of the maturity level of safety in
construction is new. Machfudiyanto and Latief, 2017
formulated a conceptual framework for building a
safety culture in construction in Indonesia. The
results of this research are:
a. Policy input with four latent variables, there are
safety policy, safety cost policy, reward policy,
and punishment policy.
b. Institutional input with five latent variables,
there are program objectives, benchmarks,
major constrains, institutions involved, and
patterns of roles and relationships.
c. Construction safety occupational culture
includes physical culture, behavioral culture,
ideological culture, and culture of management
norms.
3 RESEARCH METHODOLOGY
The method used is a literature study on the level of
safety maturity in manufacturing and in-depth
interviews with relevant parties in construction
projects of apartments, offices, and malls> 20 floors.
The questionnaire was prepared considering three
aspects, namely psychological, behavioral, and
situational. While the factors considered were
determined based on literature review and in-depth
interviews with OSH Manager. Table 1 shows the
dimensions used.
Table 1 Dimensions that are used in the Construction Safety
Maturity Level
Factors/
Dimension
Description
Information
and
Communication
(IC)
Describe awareness, attention, and
willingness to communicate
information and problems related to
OSH.
Commitment
(CM)
Company support for aspects of
health and safety, which includes
planning, priorities, training,
auditing, awards, investments,
procedures, and team formation.
Honesty with commitment is more
meaningful than a written statement
that says that occupational safety
and health are important.
Organizational
Learning (OL)
The learning process that focuses on
aspects of practice, reporting,
culture, and learning from mistakes
and failures.
Leadership (LI) Describe the leadership style of a
supervisor or supervisor that can
affect the OSH performance of