Expert hydrographic survey consulting, fieldwork leadership, and competency-based training — backed by over three decades of operational experience across coastal, riverine, and offshore environments.
Starting as a Survey Tech aboard Indian Naval Hydrographic ships in 1994, Deepak has progressed through every tier of hydrographic survey — from Survey Engineer and Party Chief to Offshore Project Manager and Fugro Certified Trainer & Assessor. He has worked with Fugro, Gardline, Horizon Geosciences, Bibby HydroMap, Guardian Geomatics (Ocean Infinity), Subsea 7, and L&T Uncrewed Marine Systems across every major ocean and survey discipline.
From nearshore bathymetry to deep-sea AUV campaigns — comprehensive hydrographic services across every marine environment and project type.
“Hydrographic Survey proposals are evolving. Lean, focused teams using flexible resources can deliver precise, time and cost efficient results that often exceed client expectations”.
Single-beam and multibeam echo sounder surveys for navigational charting, dredging, and seabed mapping. IHO S-44 compliant deliverables.
Full-suite geophysical campaigns combining multibeam, side scan sonar, sub-bottom profiler, magnetometer, and seismic systems.
AUV and surface vessel search, detection and recovery campaigns using sector scan sonar, SSS, USBL, and specialist acoustic positioning systems.
Wellsite surveys, pipeline route assessment, ROV positioning, rig moves, and geotechnical campaigns for operators across the Gulf, North Sea, Caspian, and Red Sea.
Unexploded ordnance surveys using 2D and 3D EIVA ScanFish, magnetometers, and gradiometers at offshore wind farm and cable route sites in the UK North Sea.
Survey support for wind farm site investigations, pile and platform installation, cable lay, geotechnical CPT, and construction vessel positioning.
Selected highlights from a career spanning the Indian Ocean, Arabian Gulf, North Sea, Baltic, Mediterranean, Red Sea, and South Atlantic.
Party Chief onboard M/V Ivero for multiple rotations of post-lay multibeam survey at Hornsea offshore wind farm.
OPM / Party Chief onboard M/V Ocean Vantage for offshore wind farm site investigation geotechnical survey with SCPT 200kN.
Party Chief onboard M/V Ocean Endeavor covering UK and Norwegian Continental Shelves for wind farm geophysical survey.
Lead Survey Engineer mobilising deep-sea (2000m) and shallow-water multibeam systems across uncharted Red Sea for navigation hazard survey in accordance with IHO S-44.
Sr. Survey Tech operating Hugin 6000 AUVs and EM304/EM2040 multibeam systems aboard MV Island Pride across globally undisclosed locations.
Geophysical and geotechnical survey campaigns offshore Tierra del Fuego and Chile including cathodic protection and drilling campaign support.
Survey Consultant for near-shore geophysical investigation and search/recovery campaign using ArcScout SSS, Starfish SSS and KM 1071 Sector Scan Sonar.
Sr. Survey Engineer aboard DSV Akademik Tofiq Ismayilov providing USBL positioning for work-class and inspection ROVs at BP offshore assets.
Survey Party Chief overseeing installation and integration of survey sensors at Falmouth dry dock, coordinating with shipyard and engineering teams.
As a Survey Engineering Trainer at Fugro Academy & Training Centre, Plymouth (UK), Deepak has designed and delivered technical programmes for Survey Engineers, USV Technicians, ROC Operators, and Party Chiefs — with a TQUK Level 3 qualification in Education & Training and Award in Assessing Vocationally Related Achievement.
Core bathymetric surveying, positioning systems, tidal observations and data collection for new-entry survey engineers.
FoundationGlobal delivery of survey networking for autonomous platforms — USVs, AUVs, ROVs — covering hardware, software and ICT integration.
Autonomous PlatformsEnd-to-end MBES workflow: installation, calibration, data collection and processing based on Teledyne RESON and Kongsberg systems.
IntermediatePractical Sonardyne, Kongsberg HiPAP, and Tritech USBL operations, calibration, and error analysis for ROV and AUV positioning.
SpecialistField leadership, crew management, HSE responsibilities, client interface, and daily survey operations management for senior professionals.
AdvancedCustom-designed programmes for survey companies, port authorities, and O&G operators — delivered onsite, onboard, or remotely.
CorporateDeepak brings Party Chief Assessor training and a Masters Diploma in Personnel Administration to build evidence-based competency frameworks aligned to IMCA and IHO standards.
Structured evaluation of surveyor skills against defined standards — identifying gaps and development priorities aligned to IMCA.
Custom competency frameworks for survey teams — role profiles, skills matrices, and progression criteria for your operational context.
Map existing team knowledge against IHO Category A/B and IMCA competency requirements, ensuring readiness for certification.
Individual mentoring by a Fugro Certified Trainer and Party Chief Assessor — guiding surveyor development through practical feedback.
Structured remote modules for field teams — technical content and self-assessment tools accessible wherever operations are based.
Periodic review for survey departments — verify ongoing skill standards, support CPD, and prepare for project mobilisation.
Reson T50/T20/8125/7125/7101/8060/8101, Kongsberg EM304/2040/3002, R2Sonic 2024/2026, EdgeTech 6205, Norbit
Sonardyne Ranger I & II, Scout Pro/Plus, Fusion, Kongsberg HiPAP, Tritech USBL, Tracklink, Simrad HiPAP
Veripos, C Nav 3050/2000, Vector Pro, Trimble RTK, Seapath, POS MV, IXBlue Phins, StarPack
EdgeTech 4125/4200/4205 SSS, GeoAcoustics, Innomar SBP, Uniboom, Boomer, Pinger, Seaspy Magnetometer, G-882
Hugin 6000 AUV, Sea Worker USV, APOS, Kongsberg UTP systems — integration, commissioning and operations
QINSy (30+ projects), EIVA NaviPac/NaviEdit, Starfix Suite, 4DNav, Discover, AutoCAD, Fledermaus, Sonar Wiz
A curated set of articles and technical notes from the field — practical perspectives on hydrographic survey, offshore operations, and emerging technology.
Reflections on the role of a Lead Survey Engineer offshore — the responsibilities, mindset, and situational awareness required beyond the technical.
An honest look at the implications of artificial intelligence for offshore and technical industries — what it means for survey professionals today and tomorrow.
Practical survey thinking on geodesy and survey software — bridging the gap between theoretical foundations and real-world offshore application.
A concise mobilisation brief on ScanFish operations — practical hydrographic application, setup considerations, and field-readiness guidance.
Technical grounding in survey data communication — serial protocols explained clearly for survey engineers who need to understand the fundamentals without the jargon.
Practical mobilisation and interfacing orientation for PHINS/DVL coupling — a quick-reference guide for survey engineers working with inertial navigation systems.
A commentary on current training trends and the future outlook for survey engineering education — insights drawn from experience as a Hydrographic Survey Engineering Trainer.
An accessible breakdown of AUV navigation sensors integrated with hydrography — core concepts and configuration explained from a survey engineering trainer's perspective.
Practical insights into DVL design, operation, and integration from hands-on survey equipment mobilisation experience — explained clearly for field engineers.
Reflections on leadership, decision-making, and the broader responsibilities of the Party Chief role — beyond day-to-day survey operations offshore.
A curated collection of training snippets, field dispatches, and professional discussions — distilling decades of hydrographic survey experience into accessible formats.
In an age of internet, YouTube & AI learning — why does structured training still matter?
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Is it counterintuitive? Exploring team dynamics and individual expertise in survey crews.
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A quick whiteboard summary of the RS232 serial communication standard used in survey interfacing.
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Which one is steadfast? A look at what really drives performance and reliability offshore.
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The basics of connecting survey instruments to computers — a practical overview for field engineers.
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A quick whiteboard introduction to structured, logical survey troubleshooting using the OSI framework.
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Interfacing hacks — practical tips on cables and communication protocols for survey systems.
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A quick whiteboard summary of RS422 — the differential serial standard widely used in marine survey equipment.
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Made simple! A practical approach to diagnosing and resolving survey network issues on the fly.
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A look at seabed grab sampling operations and its role in geotechnical and environmental survey programmes.
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Behind the scenes of a survey vessel dry docking in Dubai — maintenance, inspection, and mobilisation.
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The agility and challenges of nearshore and inland survey operations aboard small hydrographic vessels.
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Survey support aboard offshore construction vessels — positioning, monitoring, and as-built verification.
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When the going gets tough, the tough get going — a real account of recovering a grounded survey vessel.
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Seafaring & Surveying — ultra-high resolution 3D seabed mapping in challenging offshore environments.
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Reflections on the early days — the equipment, methods, and culture of hydrographic survey before the digital era.
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Seafaring & Surveying — the EIVA ScanFish towed body in action for 3D geophysical survey campaigns.
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Interesting places & cheerful teams — a nostalgic look back at memorable survey deployments around the world.
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An introduction to survey vessel computer networks — architecture, topology, and integration with survey systems.
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My work as OPM & orientation on geotechnical vessels — CPT, coring, and seabed sampling operations.
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Understanding routers and fibre optic cabling in the context of modern survey vessel network infrastructure.
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Twisted pair cable — 5 / 10Base2 standards explained for survey engineers who need to know their networks.
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Electronics deep-dive — projector/receiver channels, beam width, beams & swath in multibeam sonar systems.
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Swath, channels & beams, cable limitations, frame rate, and AD sampling — the specs that define survey data quality.
Watch on YouTubeWhether you need field leadership, specialist survey consulting, or competency-based training — reach out and let's discuss your project.