Joaquin Cespedes

-Defining the work sequence and area.
-Defining how supervisors and contractors who will control each work area are distributed.
-Monitoring the progress of structure, foundations and PV module installation.
-Organising and checking mechanical assembly work and by subcontractors, as well as work along to ensure QA/QC of trackers.
-Preparing weekly progress reports on the different mechanical engineering works units (foundations, assembly and modules).
-Confirming invoices and milestone claims by the different subcontractors and approving them before they are finally approved by the Construction Manager.

-Support Construction Manager in the elaboration, review and management of the contract in relation to the mechanical scope of works
-Controlling arrival of the structures on site and supervising distribution in coordination with the logistics / procurement department.
-Ensuring the different work teams assigned to the mechanical works implement adequate safety measures when carrying out their work.
-Monitoring works progress to ensure it is in line with the contract Schedule and bring any delayed work up to date.

Achievements:

• Support the civil team during earthworks to allow tracker installation, allowing the company to save around $500,000 AUD by re-designing the earthworks thanks to re-defining the criteria based on pile foundations tolerances.
• Improvements in Waste Management allowing the company to save around $170,000 AUD by changing the disposal methodology (transport)..

-Planning, design, organization and supervision of mechanical construction.
-Assistance in the closing of mechanical assembly subcontracts (measurements, price review,
specifications).
-Progress control of the installation of the structure and foundations.
-Organization and review of the work of the mechanical erection subcontractors.
-Preparation of weekly progress reports for the different mechanical work units (foundations,
assembly and modules).
-Update engineering drawings through CAD (As built), if necessary.
-Confirm the invoices of the different subcontractors.
-Control the arrival of the structure and supervise its distribution on site.
-Control that the different teams of workers associated with the mechanical part take the
appropriate safety measures during the execution of the work specifications required for design.

-Planning, design, organization and supervision of mechanical construction.
-Assistance in the closing of mechanical assembly subcontracts (measurements, price review,
specifications).

-Progress control of the installation of the structure and foundations.
-Organization and review of the work of the mechanical erection subcontractors.

-Preparation of weekly progress reports for the different mechanical work units (foundations,
assembly and modules).

-Update engineering drawings through CAD (As built), if necessary.
-Confirm the invoices of the different subcontractors.
-Control the arrival of the structure and supervise its distribution on site.
-Control that the different teams of workers associated with the mechanical part take the
appropriate safety measures during the execution of the work.

-Creating a database of he company’s legal obligations for envronmental assessment
procedures at Puip milis.
-Methodically categorizing the environmental obligations of the engineering projects
of the company.
-Linking the envíronmental obligations raised vía etter to he obligations specified in
Development Approval database.
-Methodically categorizing the environmental permits for pulp milIs.

-Use of a scintillometer to derive measures of sensible heat flux and latent heat flux from tailings.
-Determine the water retention curve of tailings and investigate the alteration of the characteristics of the water
retention curve impacted by salts.
-Prepare experimental data that will be used to feed a numerical hydrological model.
-Combine information of the water retention curve with measurement of evaporation at a field site to predict
evaporation in tailings star.
-Document guidelines for the usage of a scintillometer along with radiometer and weather station to determine
evaporation from tailings dams.