The Laboratory

MISSION STATEMENT

To advance the frontiers of embedded systems engineering through rigorous research, precision prototyping, and the development of production-grade hardware solutions that address real-world engineering challenges in IoT, automation, and digital electronics.

We are committed to maintaining the highest standards of technical excellence, fostering innovation through systematic engineering methodologies, and contributing to India's growing ecosystem of hardware-centric technology organizations.

VISION STATEMENT

To establish Hexcode Plus R&D as a recognized center of excellence in embedded systems and IoT hardware engineering, known for pioneering research, industrial-grade prototyping capabilities, and the development of next-generation electronic systems.

We envision a future where our research contributions and engineered solutions drive technological advancement in critical sectors including industrial automation, smart infrastructure, and advanced manufacturing.

Specification & Feasibility

Every project begins with comprehensive requirement gathering, constraint analysis, and technical feasibility assessment. We conduct detailed literature reviews, analyze existing solutions, and define clear, measurable specifications.

KEY ACTIVITIES:

• → Stakeholder requirement documentation
• → Technical constraint identification
• → Component availability analysis
• → Cost and timeline estimation
• → Risk assessment and mitigation planning

Design & Modeling

Using industry-standard EDA (Electronic Design Automation) tools, we create detailed circuit models and perform SPICE-level simulations to validate electrical characteristics before physical implementation.

KEY ACTIVITIES:

• → Schematic capture in CAD software
• → Component selection and parametric analysis
• → Power consumption modeling
• → Signal integrity verification
• → Thermal analysis and heat dissipation

Layout & Fabrication

Multi-layer PCB design with attention to impedance control, EMI/EMC compliance, and manufacturability. We follow IPC standards for professional-grade board layouts.

KEY ACTIVITIES:

• → Component placement optimization
• → High-speed signal routing
• → Power and ground plane design
• → Design Rule Check (DRC) validation
• → Gerber file generation and review

Software Integration

Embedded software development using C/C++, hardware abstraction layers (HAL), and real-time operating systems (RTOS). Comprehensive testing and debugging protocols ensure robust operation.

KEY ACTIVITIES:

• → Peripheral driver development
• → Communication protocol implementation
• → Unit testing and integration testing
• → Power optimization and profiling
• → Documentation generation

Embedded Systems

Proficiency in ARM Cortex, AVR, PIC, and ESP32 microcontroller architectures. Expertise in bare-metal programming, RTOS integration, and bootloader development.

IoT Infrastructure

End-to-end IoT solution design including sensor networks, edge computing, cloud integration (AWS IoT, Azure IoT Hub), and secure data transmission protocols.

VLSI Design

Digital circuit design using Verilog and VHDL, FPGA implementation on Xilinx and Altera platforms, and test bench development for verification.

PCB Design

Multi-layer board design, high-speed routing, impedance-controlled traces, and EMI/EMC-compliant layouts using professional EDA software.

Robotics

Autonomous navigation, sensor fusion, motor control, and robotic arm kinematics. Integration with ROS (Robot Operating System) for advanced applications.

Software Engineering

Full-stack web development for IoT dashboards, database management, RESTful API design, and real-time data visualization systems.

Laboratory Location

Our engineering laboratory and research facility is located in Thampanoor, Thiruvananthapuram—the capital city of Kerala, India. Thiruvananthapuram has emerged as a significant technology and aerospace hub, home to numerous research institutions, technology parks, and engineering organizations.

REGIONAL ADVANTAGES:

• → Proximity to Technopark (Asia's largest IT park)
• → Access to leading engineering institutions
• → Established electronics component supply chain
• → Aerospace and defense research ecosystem
• → Skilled engineering talent pool

MSME Certification

Hexcode Plus R&D is a certified Micro, Small & Medium Enterprise (MSME) under the Government of India's MSME Development Act. This certification recognizes our organization's commitment to quality, innovation, and compliance with national standards for engineering enterprises.

CERTIFICATION BENEFITS:

• → Recognition as a formal engineering organization
• → Compliance with national quality standards
• → Eligibility for government research programs
• → Enhanced credibility for B2B partnerships
• → Access to technology development schemes