Integrated Geoscience Solutions

WE EXPLORE
DEEPER.

We integrate geology, geophysics, hydrogeology, geotechnical engineering, rock mechanics and geomatics to transform subsurface data into higher-confidence technical decisions.

Explore capabilities ↗ Rentals & Sales
MINING INFRASTRUCTURE WATER ENERGY & ENVIRONMENT
UAV + SUBSURFACE IMAGING
PRECISION GEOPHYSICS UTM 18S / 19S · 3D INVERSION
UAV + SUBSURFACE IMAGING
Field → Model → Decision
MAG · IP · ERT · TEM · MT · AMT · CSAMT · CSEM · SEISMIC
+20
years of professional experience
+200
projects and field campaigns
PE + CL
core operations
LATAM
regional operating capability
Experience providing services to
ANGLO AMERICAN MMG BUENAVENTURA MINSUR MARCOBRE HOCHSCHILD KINROSS
Why GEOCIENCIAS

Technical capability you can verify.

01

Multidisciplinary integration

Geology, geophysics, hydrogeology, geotechnical engineering and geomatics integrated into one subsurface interpretation.

02

Specialized technology

Field equipment and processing platforms for acquisition, QA/QC, inversion and modeling.

03

Field to Interpretation

Survey design, acquisition, quality control, processing, inversion and interpretation as one continuous technical workflow.

04

2D / 3D modeling

Integration of geology, geophysics and topography to build clear, decision-ready models.

05

Regional operations

Capability to mobilize equipment and specialists for mining and engineering projects across Latin America.

Solutions by objective

We do not sell methods.
We solve subsurface questions.

Exploration and engineering teams should be able to start with the problem they need to solve, without having to know the geophysical technique in advance.
△

Reduce risk

Support drilling, foundation, slope, tunnel, groundwater and design decisions.

Engineering →

Map

Integrate UAV, LiDAR, GNSS, photogrammetry, bathymetry, GIS and 3D modeling.

Geomatics →
Services

Integrated capabilities.

V4 clearly separates service disciplines from the technologies used to deliver them. This avoids mixing disciplines such as hydrogeology with methods such as TEM or geotechnical engineering with MASW at the same navigation level.
01

Economic geology & mineral exploration

Geological mapping, structural geology, alteration, mineralization, targeting and integrated 2D/3D geological-geophysical interpretation.

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02

Geophysics for mineral exploration

Design and integration of potential-field, electrical, electromagnetic and seismic methods for exploration.

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03

Geophysics for geotechnical, hydrogeological & environmental applications

Physical characterization of the subsurface for engineering, groundwater, infrastructure, hazard and environmental studies.

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04

Hydrogeological studies

Groundwater exploration, aquifer characterization, source inventories, conceptual models and geological-geophysical integration.

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05

Geotechnical engineering & rock mechanics

Soils, rock masses, RMR, Q, GSI, foundations, slopes, tunnels and infrastructure.

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06

Natural hazards & disaster risk

Landslides, debris flows, seismic hazard, flooding and geodynamic processes.

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07

Soil & rock laboratory

Physical and mechanical characterization for mining, infrastructure, geotechnical engineering and materials control.

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08

Surveying, geodesy & geomatics

GNSS RTK, UAV, photogrammetry, LiDAR, bathymetry, point clouds, DEMs, orthomosaics and GIS.

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Geophysical technologies

The right technique for the right question.

V4 creates a dedicated technical section organized by method family, allowing geophysicists, geologists and engineers to reach the technology they need directly.
POTENTIAL FIELD METHODS

Magnetics & potential-field methods

Passive methods for mapping physical-property contrasts associated with lithology, structures, intrusions, alteration and geological architecture.

  • Regional and detailed mineral exploration.
  • Mapping of structures and magnetic domains.
  • Integration with geology and 3D modeling.
MAG UAV

Airborne / UAV magnetics

High-resolution coverage for structures, contacts and magnetic domains.

TMI RTP ASA MVI
MAG GROUND

Ground magnetics

Local detail, profiling and anomaly follow-up in areas of interest.

TMI GRAD STRUCT
GRAVITY

Gravity / microgravity

Density contrasts for geological targets, cavities and subsurface architecture.

DENSITY 2D/3D
INTEGRATION

Multiparameter interpretation

Integration of potential-field anomalies with geology, topography and other geophysical methods.

GIS 3D TARGETING
ELECTRICAL METHODS

Resistivity & induced polarization

Electrical methods for investigating resistivity and chargeability distributions in mining, hydrogeological, geotechnical and environmental applications.

  • 2D/3D ERT for lateral and vertical continuity.
  • IP for chargeability and polarizable response.
  • Survey designs tailored to the target and expected geometry.
ERT

Electrical resistivity tomography

2D/3D imaging of subsurface resistivity variations.

2D 3D RES
IP

Induced polarization

Chargeability response for disseminated sulfides, alteration and polarizable materials.

mV/V PHASE IP
SEV

Vertical electrical sounding

1D investigation in layered settings and hydrogeological studies.

1D VES WATER
DESIGN

Arrays & survey design

Dipole-dipole, pole-dipole and configurations selected for target geometry and depth.

DD PD QC
ELECTROMAGNETIC METHODS

TEM · AMT · MT · CSAMT · CSEM · GPR

Electromagnetic methods for investigations from very shallow to deep, depending on frequency, geometry and electrical properties.

  • TEM/TDEM for conductors, aquifers and basement.
  • AMT/MT/CSAMT for deeper resistivity imaging.
  • CSEM and GPR for specific exploration and engineering applications.
TEM/TDEM

Transient electromagnetics

Time-domain decay response for conductivity/resistivity modeling.

DECAY 1D/2D EM
AMT/MT

Audio / magnetotellurics

Natural-source resistivity imaging from intermediate to deep scales.

AMT MT INV
CSAMT/CSEM

Controlled-source methods

Controlled-source EM for selected targets and deep investigations.

CSAMT CSEM DEEP
GPR

Ground-penetrating radar

High-resolution shallow imaging of interfaces, objects and discontinuities.

RADAR SHALLOW HF/LF
SEISMIC METHODS

Active & passive seismic

Methods focused on Vp, Vs, dynamic stiffness, refractors, subsurface structure and local seismic response.

  • Refraction for Vp, horizons and material thickness.
  • MASW/MASW2D/MAM/ReMi for Vs.
  • Microtremors, H/V and fundamental period.
REFRACTION

Seismic refraction

Vp velocity, refractor continuity and material characterization.

Vp REFR 2D
MASW

MASW / MASW2D

Surface waves for Vs profiles and lateral variation.

Vs 1D/2D DISP
PASSIVE

MAM · ReMi · SPAC/ESAC

Passive methods to extend frequency bandwidth and investigation depth.

MAM ReMi SPAC
H/V

Microtremors & Nakamura

Fundamental frequency and period in support of local seismic characterization.

H/V f0 T0
GEOMATICS & REMOTE SENSING

UAV · LiDAR · GNSS · GIS · Bathymetry

Geospatial technologies to capture terrain geometry, control field campaigns and build a consistent spatial framework for interpretation.

  • UAV LiDAR and photogrammetry.
  • GNSS RTK/PPK and geodetic control.
  • GIS, digital models, mapping and bathymetry.
LiDAR

UAV LiDAR

High-density point clouds, DEM/DSM generation and surface characterization.

POINT CLOUD DEM DSM
PHOTO

Photogrammetry

Orthomosaics, surface models and high-resolution visual documentation.

ORTHO DSM UAV
GNSS

GNSS RTK / PPK

Geodetic control, positioning and support for precision surveys.

RTK PPK CONTROL
GIS

GIS & modeling

Spatial integration of geological, geophysical, topographic and environmental information.

GIS 2D 3D
Equipment

Real equipment.
Verifiable capability.

Separating “Technologies” from “Equipment” lets us explain the method first and then show the platforms used to deliver it. The final website should use GEOCIENCIAS' own field photographs.
UAV MAGNETOMETRY

DJI Matrice + MagArrow

UAV platform for high-resolution magnetics and structural mapping.

UAV MAG 3D
UAV LIDAR

DJI Matrice + Zenmuse L2

High-density topography, point clouds, DEM/DSM generation and mapping of complex surfaces.

LiDAR RTK PPK
ERT / IP

Multielectrode systems

2D/3D resistivity and IP for exploration, hydrogeology, geotechnical engineering and environmental applications.

ERT IP 2D/3D
TEM / TDEM

WalkTEM II

Transient electromagnetic investigations for conductors, aquifers, basement and geological characterization.

TEM TDEM
SEISMIC

Refraction · MASW · MAM

Active and passive acquisition for Vp/Vs, stiffness and geotechnical characterization.

Vp Vs 3C
GNSS / GEODESY

RTK · PPK · geodetic control

Control for UAV operations, surveying and support of geoscience field campaigns.

GNSS RTK PPK
Data integrity

The value goes beyond data acquisition.

Our technical approach is a continuous workflow, from survey design through integrated interpretation.

01
Survey design
02
Field acquisition
03
QA / QC
04
Processing
05
1D / 2D / 3D inversion
06
Integrated interpretation
Quality · HSE · Compliance

Confidence also requires control.

This section addresses the areas mining and engineering companies commonly review before engagement: safety, traceability, calibration, data management and compliance.
QC

Technical QA/QC

Procedures for reviewing noise, repeatability, consistency, coverage, positioning and data quality before processing.

HSE

Field safety

Operational planning, risk assessment, access coordination and field execution under project HSE requirements.

CAL

Calibration & maintenance

Equipment documentation, preventive maintenance and verification of operating condition before mobilization.

DATA

Data management

Version control, file traceability, backups, structured delivery and protection of client information.

Certifications: the final website should display only current certifications and accreditations that GEOCIENCIAS can support with valid documentation.
Results

Showing the data demonstrates capability.

Strong colors are reserved for real technical outputs—maps, sections, models and inversions—so the results stand out while the interface remains corporate.
MAGNETOMETRÍA

TMI → RTP → ASA → Euler → MVI

From field data to a 3D model and geological interpretation.

ERT / IP

QC → inversion → interpretation

Resistivity and chargeability sections focused on structures, materials and exploration targets.

TEM / TDEM

Decay → inversion → geoelectric model

Transient QA/QC and transformation into interpretable subsurface models.

Industries

One technical platform.
Multiple industries.

MINERAL EXPLORATION

Mining

Greenfield and brownfield exploration, deep geophysics, targeting, hydrogeology, geotechnical engineering, rock mechanics, tailings and geomatics.

MAG IP/ERT TEM MT/AMT LiDAR 3D
ENGINEERING

Infrastructure

Subsurface characterization for roads, bridges, dams, tunnels, foundations and linear infrastructure.

REFRACCIÓN MASW ERT GPR LiDAR GNSS
GROUNDWATER

Water

Groundwater exploration and hydrogeological characterization of aquifers, basement, structures and drilling targets.

TEM ERT AMT SEV GIS MODELO
ENERGY & ENVIRONMENT

Energy & environment

Subsurface investigations for wind, solar, hydroelectric and environmental projects.

GEOFÍSICA GEOTECNIA LiDAR GPR GIS
Case studies

Real applications.
Clear, decision-ready results.

Case studies replace a generic photo gallery. Each case should explain the problem, method, processing, result and interpretation while maintaining confidentiality where required.
MINERAL EXPLORATION

High-resolution UAV magnetics

Survey design, acquisition, correction, derived products and integration with structural interpretation.

MAG UAV 3D
ENGINEERING / MINING

ERT/IP for structural characterization

Quality control, 2D/3D inversion and integrated interpretation with geology and target geometry.

ERT IP 2D/3D
HYDROGEOLOGY

TEM/TDEM for geoelectric modeling

Transient review, inversion and correlation with geological and hydrogeological units.

TEM 1D/2D WATER
Equipment division

Rentals & Sales

V4 keeps Rentals & Sales as a distinct business unit, clearly separated from consulting and field services.
EQUIPMENT RENTAL RENTAL

Rentals

Equipment for short-, medium- and long-duration campaigns, with technical support and project-specific configuration.

MAG IP/ERT TEM SÍSMICA GPR GNSS UAV
Check availability
EQUIPMENT SALES SALES

Sales

Selected new and used equipment, accessories, spare parts and specialized solutions for geoscience and exploration.

NUEVOS USADOS ACCESORIOS REPUESTOS
Request a quote
Experience & clients

Experience across borders.

The final version will use authorized official logos. Country filters keep the section organized and clearly communicate regional experience.
ANGLO AMERICAN
MMG LAS BAMBAS
BUENAVENTURA
MINSUR
MARCOBRE
HOCHSCHILD
ANTAMINA
WSP
+ LOGO AUTORIZADO
+ LOGO AUTORIZADO
KINROSS
ENAMI
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+ CLIENTE CONFIRMADO
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Technical resources

Content that demonstrates expertise.

This section becomes a technical library and visibility engine: technical notes, case studies, brochures, videos and events.
TECH NOTE

UAV magnetics in mineral exploration

Line design, terrain clearance control, QA/QC, processing and interpretive products.

READ NOTE →
CASE STUDY

IP/ERT design for subvertical structures

Acquisition geometry, coverage, sensitivity and target-oriented interpretation.

VIEW CASE →
TECH NOTE

TEM, AMT, MT, CSAMT and CSEM

Conceptual differences, investigation scales and method selection.

READ NOTE →
DOWNLOAD

GEOCIENCIAS corporate brochure

Capabilities, methods, equipment, industries, regional coverage and Rentals & Sales.

DOWNLOAD PDF →
Start a project

What do you need to understand about the subsurface?

Tell us the technical objective, location and preliminary scope. We can help define the appropriate combination of methods and acquisition strategy.

SERVICES RENTALS SALES PERU CHILE
Regional Coverage Perú · Chile · Proyectos en LATAM
Technical Response Preliminary assessment in 24-48 hrs
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