Research Arm
Resspreneurs Technologies
Long-horizon investigation and system architecture — the questions that decide what is worth building, answered before commitments are made.
Space · Satellites · Advanced R&D
Founder’s Vision
Engineering capability is the foundation of technological independence.
This is the doctrine behind CircuitSprint — an R&D-driven organization engineered to move continuously from fundamental research to manufacturable, deployable systems.
Est. 2023 · Indian engineering · ISO 9001 & 27001
The founding doctrine
“We are not building around a single technology. We are building the capability to engineer technologies.”
Founder
S. Sai Shiva Rama Krishna
Electrical & Electronics Engineering
Engineering is the operating discipline here, not a support function.
The direction is set by the failure modes we are engineering against, the tolerances we can hold in production, and the capability we keep in-house rather than outsource.
- Nano-satellite & CubeSat programme leadership
- Founder of two engineering ventures — research and execution
- System architecture, hardware R&D and manufacturing oversight
- Ventures founded
- 2+
- Engineers led across programmes
- 50+
- Certified quality & security
- ISO 9001 & 27001
- Founded on a long-horizon mandate
- 2023
01 Structure
One organization. Two arms.
Research and execution sit in the same chain, so intent survives from the first question to the shipped unit.
Execution Arm
CircuitSprint
Turns architecture into manufacturable hardware — sensing, thermal and PCB systems built to repeatable tolerances, not one-off demonstrations.
PCB · Prototyping · ElectronicsWhere the doctrine becomes hardware
02 Operating Chain
Four lifecycles, held under one roof.
Research informs the architecture. Engineering establishes the performance. Manufacturing establishes repeatability. Deployment establishes relevance.
Research
Research informs the architecture.
The failure mode and the physics decide the system shape — before a single board is laid out.
Engineering
Engineering establishes the performance.
Electrical intent, thermal behaviour and mechanical fit are designed together and validated against the requirement.
Manufacturing
Manufacturing establishes repeatability.
Approved files become controlled processes, so the sample and the production batch behave the same way.
Deployment
Deployment establishes relevance.
Hardware that ships, survives and performs in the field is the only proof the work mattered.
Each stage hands the next a controlled input — all four are held inside the organization, so nothing critical crosses a boundary where accountability ends.
03 Principles
What we hold to.
Indigenous capability
Design, process and validation knowledge stays in-house — owned end to end, not rented per project.
Subsystem ownership
We answer for the whole module — architecture, performance and repeatability — not a fragment of it.
Long horizon, not short cycles
Decisions are measured against the years ahead, not the next order. Capability compounds; trends do not.
Research to deployment
One continuous chain from fundamental research to manufacturable, deployable systems — no handover gaps.
If it has to survive the physical world, it has to be engineered that way.
If you are building something that has to carry mass, take heat, hold tolerance and keep working years into duty — we should talk.