From vessel hull lines to ocean governance policy — a complete technical capability stack for Africa's blue economy.
You're developing a fishing fleet, aquaculture system, submersible, port facility, or need ocean governance advisory. We work with governments, institutions, investors, and maritime operators.
A sketch, a broken part, an idea. We turn it into a CAD drawing, 3D print, or fabrication concept — fast and affordable. No big project required.
Bahari BlueTech designs and fabricates semi-industrial fishing vessels optimised for East African coastal and lake fishery operations. Our GRP (Glass Reinforced Plastic) construction methodology delivers vessels with superior strength-to-weight ratios, corrosion resistance in tropical marine environments, and maintenance profiles suited to coastal Kenya's infrastructure realities.
Vessel designs range from 8 to 22 metres LOA, incorporating dual-purpose configurations for day fishing and overnight operations, ice/insulated hold integration, and propulsion systems engineered for fuel efficiency at slow-troll speeds characteristic of artisanal-to-semi-industrial transition fisheries.
All designs are produced under naval architecture principles with full stability calculations, freeboard assessments, and compliance documentation prepared for Kenya Maritime Authority (KMA) and East African Community (EAC) maritime standards.
Discuss vessel design
Integrated Multi-Trophic Aquaculture (IMTA) is the next generation of sustainable ocean farming — simultaneously culturing species at multiple trophic levels so that the waste products of one species become the nutritional input of another. The result is a closed-loop, high-yield system that dramatically reduces the ecological footprint of intensive aquaculture.
Bahari BlueTech designs IMTA systems tailored for East African coastal and estuarine environments — combining finfish (tilapia, snapper, yellowfin tuna) with suspension feeders (oysters, mussels), deposit feeders (sea cucumbers, sea urchins), and extractive species (seaweed, mangrove-associated species). Every system is modelled using spatial distribution algorithms to maximise yield while maintaining water quality thresholds.
IMTA project delivery includes site feasibility assessment, bathymetric and current surveys, species selection modelling, infrastructure engineering, and regulatory navigation for NEMA and KFS aquaculture licensing in Kenya.
Discuss aquaculture systemsBahari BlueTech is developing design capability for modular Unmanned Remotely Operated Vehicles (ROVs) and manned mini-submersibles engineered for shallow-water inspection, aquaculture monitoring, reef survey, and research operations in East African coastal and offshore environments.
These platforms address a structural gap: African research institutions, port authorities, and aquaculture operators currently have no access to locally designed or maintained underwater observation systems. All inspection and survey work is conducted by foreign vessels and ROVs at enormous cost and with substantial logistical barriers.
Our ROV design programme targets operational depths from 0 to 600 metres, with vehicles optimised for tropical coral reef environments, limited-infrastructure deployment, and multi-mission reconfiguration. The modular design philosophy allows rapid payload swaps between inspection cameras, sediment samplers, water quality sensors, and manipulator arms.
Discuss submersible R&D
Bahari BlueTech provides the full marine engineering design stack: naval architecture, propulsion system specification, marine electrical layout, stability calculations, and structural engineering. All design work is produced to international standards and prepared for regulatory submission to KMA, KEBS, and EAC maritime bodies.
Our 3D modelling and physical prototyping capability produces scale models for client presentations, grant applications, investor pitches, and regulatory submissions. Physical models are fabricated using a combination of 3D printing, GRP layup, and precision machining — delivering presentation-quality representations of vessel and infrastructure designs.
Additionally, Bahari BlueTech provides technical consultancy on port infrastructure design, fish landing site engineering, and coastal marine facility planning for county governments and development partners across the EAC region.
Request engineering consultancyBahari BlueTech provides technical advisory services on ocean governance, maritime policy, and blue economy strategy to government bodies, county administrations, NGOs, and international development organisations. The company holds deep experience within Kenya's blue economy regulatory ecosystem and brings expertise in UNCLOS frameworks, EEZ management, marine spatial planning, and coastal livelihood programme design.
Advisory engagements span policy research, feasibility studies, Environmental Impact Assessment (EIA) technical input, grant co-application support targeting EU, World Bank, and UNDP blue economy funding windows, and technical advisory to county governments developing coastal development masterplans.
We also engage in ISA (International Seabed Authority) framework advisory for clients and partners exploring deep sea mineral resource governance — a growing area of strategic importance for African EEZ holders as deep sea mining regulation develops globally.
Request governance advisoryWe are East Africa's specialist marine engineering practice — combining deep technical expertise, on-the-ground coastal knowledge, and a commitment to building the region's ocean economy from the ground up.
Get in touch with our engineering team to discuss your vessel, aquaculture, or advisory needs. For small technical jobs, visit the Quick Engineering Desk.