Cross-disciplinary Engineering REsearch &  Scientific Technologies

Specialized services in the research, design, and development of novel technologies. 

Early stages of the product development cycle with low TRLS — concepts to prototype

Collaboration with Public research institutions as well as the private sector. 

In depth technical research and close collaboration with academia.

Wide expertise suitable for the cost effective development of fully functional minimum viable products. (Hardware, Firmware, Software, Algorithm Implementation and various types of simulations) 

Project management, procurement, and coordination of subcontracted services, enabling us to scale resources as needed.

Our Services

CERES offers a comprehensive suite of services, broadly categorized into the following areas:

Concept Development & Technical Research

We take a methodical and systematic approach to solving technical problems, which includes:

• Conducting in-depth literature reviews and feasibility studies

• Exploring alternative or adapted commercial solutions

• Collaborating with academic institutions to develop novel technologies

• Defining project milestones, deliverables, and cost estimates

Hardware Development

Our hardware development process typically involves:

• Circuit architecture design and component selection

• Schematic capture and PCB design

• Prototyping (in-house or subcontracted), board bring-up, testing, and rework

• In-house capabilities for low-density prototyping (pick-and-place, reflow soldering, ultrasonic cleaning)

• Trusted partners for high-density design fabrication and assembly

We’re equipped with test and measurement instruments, RF antenna design tools, optical inspection systems, and rework stations.

Firmware & Embedded Software

We develop firmware for:

• RTOS, bare-metal systems, and Embedded Linux

• ARM-based architectures in Embedded C and ASM

• Accompanying desktop software (typically in C++, C#, OpenGL on Windows)

Algorithm & Software Development

We implement and develop algorithms using:

• MATLAB, Mathematica, and custom applications

• Machine learning and computer vision

• Data analysis for signal processing and real-time applications

Simulation & Modeling

Our simulation capabilities include:

• Circuit simulations using SPICE-based tools

• Electromechanical and electromagnetic simulations

• Combined simulation and real-world testing for validation