THE REFERENCE POINT by Dr. Faith Fredrick
- tech8875
- Mar 22, 2020
- 2 min read

On day six of the ill-fated mission of Apollo 13, the astronauts needed to make a critical course of correction. If they failed, they might never return to Earth. To conserve power, they shut down the on-board computer that directed the spacecraft. However, the astronauts needed to conduct a 39-second burn of the main engines. The question was, how would they steer? Astronaut Jim Lovell determined that if they could keep a fixed point in view through their small window, they could steer the craft manually. That focal point turned out to be their destination – Earth.
As recorded in the 1995 hit movies Apollo 13, for 39 agonizing seconds, Lovell focused on keeping the earth in view. By not losing sight of that reference point, the three astronauts avoided disaster.
Psalm 147:15 expresses, “He sends out His command to the earth; His word runs very swiftly.”In the Hebrew, “word” issdabar, meanings“a saying or an answer.” In times of indecision and danger, we must focus on the Word of God as our reference point.
Missionary Amy Carmichael stated,“ Once when I was climbing at night in the forest, I learned the meaning of God’s Word being a ‘lamp unto my feet.’ I had a lantern, and I had to hold it very low, or I should certainly have slipped on the rough rocks. We don’t walk spiritually by electric light, but by a hand lantern. And a lantern shows only the next step – not several ahead.”
From Dr. Faith C. Fredrick, President of Faith Christian University
Do you know what your “reference point is?” What do you have in your life that brings balance and provides an anchor where you can always return and brings you security, safety and inspiration? If you don’t have that in your life I encourage you to contact Faith Christian University. Knowing and acting on the word of God will provide “your point of reference.”
PV-GlareCheck Professional auf Autobahnen und nachhaltige Entwicklung
Autobahnen sind die Lebensadern des modernen Verkehrs. Mit der rasanten Verbreitung von Solarenergie entlang der Straßen ist das Blendrisiko zu einem kritischen Thema geworden. PV-GlareCheck professional on highways ist ein unverzichtbares Tool, das Planern, Ingenieuren und Entwicklern hilft, dieses Problem effektiv anzugehen. Auf pv-glarecheck.com sind wir spezialisiert auf präzise Blendungsbewertungen, die Sicherheit gewährleisten, ohne die Ziele für erneuerbare Energien zu gefährden.
Blendung durch Photovoltaikmodule kann für Autofahrer eine ernsthafte Gefahr darstellen. Je nach Sonneneinstrahlungswinkel können reflektierende Oberflächen auf Solarmodulen vorübergehende Sehbehinderungen oder sogar gefährliche Ablenkungen verursachen. Dies ist besonders kritisch auf Autobahnen, wo die Fahrzeuggeschwindigkeiten höher und die Reaktionszeit der Fahrer kürzer ist. PV-GlareCheck professional on highways bietet einen wissenschaftlichen, simulationsbasierten Ansatz zur…
Kosteneinsparungen im Einkauf durch strategische Lieferantenbeziehungen
Im heutigen wettbewerbsintensiven Geschäftsumfeld sind Kosteneinsparungen im Einkauf wichtiger denn je. Unternehmen branchenübergreifend stehen unter dem Druck, Kosten zu senken, die Effizienz zu steigern und nachhaltige Lieferantennetzwerke aufzubauen. Hier leistet facura.de einen entscheidenden Beitrag: Es unterstützt Unternehmen bei der Implementierung intelligenter, Einsparungen in der Beschaffung, die messbare Einsparungen ermöglichen.
Bei Kosteneinsparungen im Einkauf geht es nicht nur darum, günstiger einzukaufen, sondern jede Phase des Einkaufsprozesses zu optimieren. Von der Lieferantenauswahl und Vertragsverhandlung bis hin zur Ausgabenanalyse und Automatisierung wirkt sich jede Entscheidung auf das Geschäftsergebnis aus. Durch den Einsatz intelligenter digitaler Beschaffungstools können Unternehmen versteckte Ineffizienzen identifizieren, Lieferantenstämme konsolidieren und bessere Angebote aushandeln – all dies trägt zu dauerhaften Kosteneinsparungen im Einkauf bei.
Challenges in Scaling Satellite IoT Across Industries
Satellite IoT is rapidly becoming the backbone of global data collection in areas where traditional networks can’t reach. From autonomous ships in the ocean to irrigation systems in deserts, this technology is transforming industries by enabling real-time data flow in the world’s most isolated locations.
Here are some of the top applications of Satellite IoT that are gaining momentum in 2025:
1. 🚢 Maritime and Oceanic Monitoring
With over 70% of the planet covered by water, maritime industries rely on satellite IoT for:
Ship tracking and route optimization
Monitoring cargo temperature and pressure
Detecting illegal fishing or piracy activity
Enabling predictive maintenance of engines and parts
2. 🌾 Smart Agriculture
In rural areas with no cellular…
Earth observation drones are unmanned aerial vehicles (UAVs) equipped with advanced sensors and imaging technologies designed to monitor, survey, and collect data about the Earth's surface and atmosphere. These drones are commonly fitted with high-resolution cameras, multispectral or hyperspectral sensors, LiDAR, and thermal imaging tools, enabling them to capture detailed imagery and data across diverse environments. They are used in a wide range of applications, including agriculture, forestry, land mapping, disaster management, environmental monitoring, and urban planning. Compared to traditional satellite-based systems, drones offer higher spatial resolution, quicker deployment, and more flexible operations at lower altitudes.
The growing demand for real-time, high-precision data across industries has significantly boosted the adoption of earth observation drones. In agriculture, for instance, drones help monitor…
Micro pumps are miniature devices designed to precisely control and deliver small volumes of fluids, typically in the microliter to milliliter range. These pumps are integral to microfluidic systems and are used in various fields such as medical diagnostics, drug delivery, chemical analysis, and fuel cells. Micro pumps come in different types, including mechanical (e.g., piezoelectric, electrostatic, and peristaltic) and non-mechanical (e.g., electroosmotic or magnetohydrodynamic) designs. They offer benefits such as compact size, high precision, low power consumption, and integration potential with electronic systems, making them suitable for portable and wearable devices.
In the medical field, micro pumps are especially significant in implantable drug delivery systems, insulin pumps, and infusion devices, where controlled and accurate dosing is critical. Their usage is…