Immersive environments for defence and applications
Smart labs and digital platforms for academic and industry skill-building
Precision-driven solutions for testing, research, and applied innovation.
Designing adaptive training ecosystems that simulate real-world Defence Technologies for Electronics, Telecommunication and Tactical Intelligence in Labortory Envirnoment.
Bridging academic learning in line with industry innovation through training in Drones, IoT, Semiconductors, Networking and Fiber Optics. Enhancing Next-Generation employability.
Creating advanced laboratories for practical learning in Electronics, Telecommunication ,Drones, VLSI, Embedded Systems and Artificial Intelligence.
Designing adaptive training ecosystems that simulate real-world Defence Technologies for Electronics, Telecommunication and Tactical Intelligence in Labortory Envirnoment.
Bridging academic learning in line with industry innovation through training in Drones, IoT, Semiconductors, Networking and Fiber Optics. Enhancing Next-Generation employability.
Creating advanced laboratories for practical learning in Electronics, Telecommunication, Drones, VLSI, Embedded Systems and Artificial Intelligence.
In today’s high-stakes environment, institutions must deliver advanced training that mirrors real-world complexity. Akademika creates modular, technology-driven labs and learning environments empowering defence forces, academia, and industries to bridge the gap between theory and mission-critical application.
Structured lab delivery through analog, digital, and signal-processing modules with guided experiments.
Radar and electronic warfare training lab, commissioned and operational at Gopalpur
Structured lab delivery through analog, digital, and signal-processing modules with guided experiments.
Radar and electronic warfare training lab, commissioned and operational at Gopalpur
Industrial-grade components and assemblies tested for sustained, intensive use.
Calibrated systems that ensure repeatability, accuracy, and integrity in every session.
Design, supply, commissioning, faculty training, and handover managed by a single partner.
Network-safe systems with role-based access, aligned with institutional IT policies.
Designed Pulse Radar Lab with Electronic Warfare Simulator for training in real-time radar applications and Electronic Warfare with ECM & ECCM Capabilities within a laboratory environment, without compromising any technical features of Defence and Commercial Radars.
Designed and commissioned 9 state-of-the-art laboratories over 5 years for real-time training in Radar, Sonar, Electronics, Telecommunication, Robotics, Automation, Embedded Systems, Fiber Optics and Electrical Engineering.
Designed a Fiber Optic Research Laboratory for Advanced Optical Communication and Data Transmission studies, aligned with curriculum needs from undergraduate to research level.
Researched, designed, and established a state-of-the-art Artificial Intelligence Laboratory covering all major aspects of Research, Design, and Implementation of AI Applications . The lab is built to support learning and innovation across both hardware and software platforms, from foundational education to advanced research levels.
Structured lab delivery through analog, digital, and signal-processing modules with guided experiments.
Structured lab delivery through analog, digital, and signal-processing modules with guided experiments.
Scalable instruction using MCU and SoC stacks with secure cloud integration for embedded and IoT programs.
Reliable demonstrations with inverters, converters, and motor control benches designed with safety isolation
Mission-focused environments covering UAV fundamentals, mission planning, and command-and-control training.
Institutional enablement through curriculum mapping, accreditation documentation, faculty training, and refresher programs.
