Costa Rica MedTech

MedTech News

Discover curated MedTech news, conferences, workshops, and regulatory trainings relevant to Costa Rica’s growing ecosystem.

Managing Change in Regulated MedTech Software

🧭 TL;DR Who this article is for This article is for MedTech project managers, product managers, software leads, QA/RA, systems engineers, cybersecurity leads, and supplier-quality partners working with regulated software, SaMD and SiMD, connected devices, or hybrid medical-device programs. It is especially useful for teams trying to reconcile two pressures that often feel opposed: How…

Stakeholder Management in MedTech

Stakeholder management in MedTech is not a “soft skill.” It is part of the design-control and risk-control system that determines whether a product can be safely released, adopted, supported, and defended with objective evidence. This article is MedTech-first and experience-based. In regulated medical software, stakeholder management is not just communication. It is how expectations become…

Unpacking the Project Performance Domains

Project performance domains are one of those concepts that sit quietly underneath everything in modern project management: they’re not a “method,” but they often determine whether the work is coherent, repeatable, and value-realizing. I’m writing this from the perspective of a program manager in high‑stakes engineering (MedTech and other regulated environments). I started learning with…

Vacuum Science

Vacuum is a process condition created by a system (surfaces + geometry + pumps + plumbing + gauges + sequencing) that you tune to get repeatable film chemistry, plasma behavior, transport, and cleanliness. There is no single spec or a single pump that can get you there. Vacuum in clean manufacturing is mainly about contamination…

From Sand to Silicon: Semiconductor Materials, Purification, Wafers, Films, and Dopants

Semiconductors are one of those fields where materials science and electronics meet in the most practical way: what a material is (and how clean, ordered, and intentionally “imperfect” it can be made) ultimately determines what circuits can do. I’m writing this series as an electronics engineer, and because earlier in my career I had the…

A close-up, photographic realism image of a sleek medical device prototype on a spotless white laboratory bench. The device housing is matte white with subtle gray accents, precision-milled edges, and a small, high-resolution color screen displaying a clean ECG-style waveform. Around it lie neatly arranged engineering drawings, a digital caliper, and a laptop partially visible with CAD software on screen. Soft, diffused daylight from a large unseen window casts gentle, clinical shadows and crisp reflections on the polished surface. Shot at an eye-level, three-quarter angle with shallow depth of field, the device is in sharp focus while the background blurs into an abstract suggestion of a modern R&D lab. The mood is highly professional, innovative, and trustworthy, evoking rigorous medical technology development.

A wide, eye-level photographic realism view of a modern cleanroom-style medical device assembly area, completely empty of people. Stainless steel worktables, neatly organized shelves of labeled components, and a row of compact diagnostic devices in various assembly stages line the space. Bright, even overhead LED lighting reflects subtly off glossy white floors and smooth equipment casings, creating a sense of clinical precision. A large glass window at the back reveals lush, out-of-focus green tropical foliage, hinting at a Costa Rican setting. The composition uses leading lines from the tables to draw the eye toward the window, with sharp focus throughout. The atmosphere is orderly, compliant, and forward-looking, emphasizing a professional medtech manufacturing environment that blends high-tech rigor with a tropical location.