After you study engineering, you may choose to pursue a career in mechanical engineering, electrical engineering, chemical engineering, civil engineering, environmental engineering, or another subfield.

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Non-illuminated reticles are versatile and precise. They are ideal for use when hunting in very good light, in the early hours of dusk and the later hours of dawn. A further advantage is that non-illuminated reticles can be used for measuring distances: the fine scales on the horizontal and vertical crosshairs between the reticle posts enable the determination of useful information about the distance to the game. Non-illuminated reticles also bring distinct advantages for competitive marksmen, This is because certain reticles have extremely fine crosshairs that obscure very little of the target or game at long ranges.

If you want to study engineering online, there are many courses available. For example, edX offers a wide selection of online engineering courses, online engineering courses with certificates, and engineering degree programs, including an engineering master’s degree program. This comprehensive, diverse suite of learning opportunities covers topics such as:

Training for engineers is generally considered to be challenging, since engineering training courses typically require extensive technical and mathematical skills. To succeed in your coursework, you’ll need a strong background in math and science, as well as a knack for problem-solving and the creativity to develop original solutions.

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IlluminatedreticleScope

Whether you’re interested in becoming an automotive engineer, an engineering project manager, or a supply chain engineer, gaining the requisite skills is the first step. Start your learning journey and prepare for an exciting career in engineering. Explore the learning opportunities that edX offers, which include everything from shorter, intensive boot camps to full graduate degrees.

This reticle was primarily developed for hunting in open terrain and over long distances. The tree-shaped crosshairs are intuitively designed and offer an extremely precise aiming point. The tick marks and dots have a distance of one minute of angle (1 MOA) at the respective reference magnification and always provide a suitable holdover point, even in windy conditions. The ZEISS Hunting app can be used to quickly and precisely determine both bullet drop and wind drift for practically any ammunition, and also displays the distance values in a visual depiction of the reticle. Only the center area of the reticle is illuminated, for precise aiming even in poor lighting conditions. The ZEISS Hunting app can be used to quickly and precisely determine the change in subtension and the resulting bullet drop compensation and wind drift correction values for practically any ammunition.

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The ZEISS ZMOA ballistic reticle is located in the second image plane and has a subtension of 2 MOA (ZMOA-2) between the tick marks at the respective riflescope’s reference magnification. Since the tick marks are only shown along the crosshairs, the shooter maintains an excellent overview of the entire field of view. They are suitable for both rapid bullet drop compensation and wind drift correction. The ZEISS Hunting app can be used to quickly and precisely determine both values for practically any ammunition, and also displays the distance values in a visual depiction of the reticle.

The non-illuminated reticle 6 is located in the second image plane and is extremely versatile – when shooting at shorter distances with low magnification, the reticle is always clearly visible, but remains just as fine at high magnification and only minimally covers the target. In combination with bullet drop compensation, this reticle is ideal for all those who want to have a perfectly clear view of the target when hunting over long distances.

The ZEISS ZBR ballistic reticle is located in the second image plane and has a subtension of 2 MOA (ZBR-2) between the tick marks at the respective riflescope’s reference magnification. The tick marks extend in the shape of a Christmas tree over the lower half of the field of view. As such, they are suitable for quickly and simultaneously compensating for bullet drop and correcting wind drift.  The ZEISS Hunting app can be used to quickly and precisely determine both values for practically any ammunition, and also displays the distance values in a visual depiction of the reticle.

Engineers in every specialization need strong problem-solving abilities and working knowledge of data modeling, structural analysis, and computer science.Footnote 1 Whether you have a creative or analytical personality, engineering can engage your mind and challenge you professionally.

An online engineering class allows you to learn engineering in a flexible setting while gaining requisite skills for a career in the field. Rather than relocating to a new state or following a rigid schedule, online learners can learn at their own pace, on their own time, and from wherever they are most comfortable. The coursework you will encounter in your engineering classes will vary depending on your chosen specialization. As you explore programs, keep in mind what field interests you and where you have the strongest foundation.

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ZEISS works constantly on the development of reticles, consistently sets new standards and impresses with incomparably high levels of precision.

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The ZF-MOAi smart reticle was designed with precision shooting and long-range hunting in mind. This is a great reticle for the most challenging shots in the field and on the range. The clean and clutter-free reticle utilizes hash marks that represent 1 MOA (minute of angle), and even numbers are displayed for fast visual reference. The windage dots below centerline are placed at 2 MOA increments, so that you can easily confirm the wind’s influence on the bullet’s impact down-range. The floating center point of aim provides a precise hold on the most difficult targets.

The ZEISS ZMOA ballistic reticle is located in the second image plane and has a subtension of 1 MOA (ZMOA-1) between the tick marks at the respective riflescope’s reference magnification. Since the tick marks are only shown along the crosshairs, the shooter maintains an excellent overview of the entire field of view. They are suitable for both rapid bullet drop compensation and wind drift correction. The ZEISS Hunting app can be used to quickly and precisely determine both values for practically any ammunition, and also displays the distance values in a visual depiction of the reticle.

Depending on the brightness of the illuminated dot or cross, there are two fundamentally different types of illuminated reticle in the ZEISS riflescope range. In the case of versions with a very bright illuminated dot, these are illuminated reticles suitable for use in daylight and twilight. These are found, for instance, in the Victory HT models and in the Conquest V6 and V4, and are particularly effective for rapid target acquisition when hunting fast moving game. The second group of illuminated reticles from ZEISS is intended for use in the twilight hours. The Victory HT models and the V8 feature finely-dimmable illuminated dots. These enable ideal adjustment to the widely varying lighting conditions encountered in the early hours of twilight. If the illuminated dot or cross were too bright, flare would obscure the target in deep twilight. These illuminated reticles therefore provide an option for optimum adjustment of the brightness – either manually or automatically with the help of the riflescope.

The ZMOA ballistic reticle from ZEISS combined with the finest illuminated dot that guides the eye perfectly to the target. The reticles are located in the second image plane and have a subtension of 4 MOA (ZMOA-4) between the tick marks at the respective riflescope’s reference magnification. Since the tick marks are only shown along the crosshairs, the shooter maintains an excellent overview of the entire field of view. They are suitable for both rapid bullet drop compensation and wind drift correction. The ZEISS Hunting app can be used to quickly and precisely determine both values for practically any ammunition, and also displays the distance values in a visual depiction of the reticle.

Civil engineering: the creation and maintenance of infrastructure like roads, tunnels, public transit systems, and more.

The chief role of the microscope is to present clearly-resolved detail to the eye; also the objective is the main optical element in the microscope.

It’s also important to develop essential soft skills, such as critical thinking and analysis. Learning to think outside the box and find new solutions to problems is key to succeeding as an engineer.Â

Be sure to check your state or country’s requirements for practicing as an engineer. Licensing requirements for engineers vary by location and job title and  may also include educational requirements, such as obtaining a degree from an accredited university.Footnote 4

The ZMOAi-T20 reticle is ideal for hunting in open terrain or over long distances. The extremely fine minute of angle (MOA) reticle, with a subtension of only 0.06 MOA at 24x, contains MOA tick marks and dots that provide a distance of 1 MOA at reference magnification and cover a bullet drop of 20 MOA. The lateral lines and holdover points are extremely useful for wind correction and are positioned in the field of view for maximum effectiveness and minimum distraction. Only the center area of the reticle is illuminated – an extremely effective and precise aiming point in adverse lighting conditions. The ZEISS Hunting app can be used to quickly and precisely determine the change in subtension and the resulting bullet drop compensation and wind drift correction values for practically any ammunition.

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Our classic reticle for fast, long shots combined with the finest illuminated dot. At the respective riflescope’s reference magnification, the reticle’s characteristic dots are exactly 10 cm apart at a distance of 100 m, making it easy to accurately estimate distances. The angle between the dots at this magnification is exactly 1 millirad, allowing trained shooters to quickly determine the appropriate holdover point at long distances. The reticle is located in the riflescope’s second image plane. The ZEISS Hunting app can be used to quickly and precisely determine the change in subtension and the resulting bullet drop compensation and wind drift correction values for practically any ammunition.

The ZMOA-T30 offers the perfect balance between sport and hunting shooting. Hunters and target shooters prefer this option for their all-around riflescope. The MOA (minute of angle) crosshairs contain MOA tick marks and dots that provide a distance of 1 MOA at reference magnification and cover a bullet drop of 30 MOA. The lateral lines and holdover points are extremely useful for wind correction and are positioned in the field of view for maximum effectiveness and minimum distraction. The ZEISS Hunting app can be used to quickly and precisely determine the change in subtension and the resulting bullet drop compensation and wind drift correction values for practically any ammunition.

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Our classic reticle for fast, long shots. At the respective riflescope’s reference magnification, the reticle’s characteristic dots are exactly 10 cm apart at a distance of 100 m, making it easy to accurately estimate distances. The angle between the dots at this magnification is exactly 1 millirad, allowing trained shooters to quickly determine the appropriate holdover point at long distances.  The reticle is located in the riflescope’s second image plane.  The ZEISS Hunting app can be used to quickly and precisely determine the change in subtension and the resulting bullet drop compensation and wind drift correction values for practically any ammunition.

The ZMOAi-T30 reticle is the illuminated version of the ZMOA-T30. It offers the perfect balance between sport and hunting shooting. Hunters and target shooters prefer this option for their all-around riflescope. The MOA (minute of angle) crosshairs contain MOA tick marks and dots that provide a distance of 1 MOA at reference magnification and cover a bullet drop of 30 MOA. The lateral lines and holdover points are extremely useful for wind correction and are positioned in the field of view for maximum effectiveness and minimum distraction. The reticle illumination is limited to the central fine crosshairs, preventing the shooter from being affected by glare and providing an extremely effective and precise aiming point in adverse lighting conditions. The ZEISS Hunting app can be used to quickly and precisely determine the change in subtension and the resulting bullet drop compensation and wind drift correction values for practically any ammunition.

The working distance (WD) is determined by the linear measurement of the objective front lens to the focal plane.

Most engineering degree programs take about four years to complete. This is true whether you study engineering online or in person. If you decide to pursue a master’s degree in your chosen engineering field, this typically takes an additional one to two years.

The driven hunt reticle 54 is another special reticle from ZEISS. This enhanced version of the reticle 0 is designed for fast and reliable shots with minimal target subtension. In addition to the fine horizontal bar, it features crosshairs containing the ultra-fine illuminated dot. The horizontal bar is used for height correction when following a target and protects against weapon tilting. The crosshairs allow you to quickly shoulder your rifle and aim at the target, even without an illuminated dot. One look at the subtension reveals just how fine the illuminated dot is – at 12x magnification, only 0.55 cm is covered at a distance of 100 m. This is the finest and brightest illuminated dot in the world, a real benchmark. The reticle is located in the riflescope’s second image plane.

Riflescope

The ZEISS ZBR ballistic reticle is located in the second image plane and has a subtension of 1 MOA (ZBR-1) between the tick marks at the respective riflescope’s reference magnification. The tick marks extend in the shape of a Christmas tree over the lower half of the field of view. As such, they are suitable for quickly and simultaneously compensating for bullet drop and correcting wind drift.  The ZEISS Hunting app can be used to quickly and precisely determine both values for practically any ammunition, and also displays the distance values in a visual depiction of the reticle.

The requirements to become an engineer vary by jurisdiction and job title, but a bachelor’s degree in engineering may be necessary for entry-level jobs, while additional education, such as a master’s degree in engineering, may be required for advanced positions and positions in specific fields.Footnote 2 You can pursue this qualification by enrolling in an online engineering course that leads to a degree. In addition, you may have to take an examination after completing your coursework and meet other requirements to become an officially licensed engineer.Footnote 3

This reticle is based on the ZMOAi-T20. However, it offers a thicker reticle line of 0.12 MOA at 24x. This makes it easier to see the crosshairs against a dark background, which is especially helpful when you are hunting against a tree line or aiming at dark game in the undergrowth. Only the center area of the reticle is illuminated – an extremely effective and precise aiming point in adverse lighting conditions. The ZEISS Hunting app can be used to quickly and precisely determine the change in subtension and the resulting bullet drop compensation and wind drift correction values for practically any ammunition.

The reticle 60 is lighter and finer than the reticle 40, which was widely used only a few years ago. The bars have only half the subtension of the earlier model and there is twice the amount of free space between them. It is therefore ideally suited for precise shooting with the least possible coverage of the target game. With 12x magnification and a subtension of only 0.55 cm at a distance of 100 m, you always have an excellent overview – no fine details are hidden from view. The illuminated dot is extremely bright and can therefore also be used for daytime hunting. The brightness of the illuminated dot can be dimmed at extremely finely, making it ideal for night hunting as well. The reticle is located in the riflescope’s second image plane. The reticle is only suitable for daylight use with modern riflescope models. This may not be possible with older riflescopes for technical reasons. If you have any questions, please contact our customer support.

Training for engineers requires extensive mathematical skills, including algebra, trigonometry, and calculus.Footnote 5 Most engineering subfields regularly draw from mathematics, whether to calculate the strength of materials or to determine the optimal sizing of device components. Strong math skills will be an asset during your in-person or online engineering training.

Engineering knowledge can open up new career opportunities. The functions that you will perform depend on the type of engineering that you pursue.Â

The principal focal length of a lens is determined by the index of refraction of the glass, the radii of curvature of the surfaces, and the medium in which the ...

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The very fine reticle 20 is located in the second image plane. During daytime hunting, it enables you to shoulder your rifle and aim extremely precisely, even at long distances. The transition from the bars to the fine lines in the center is arrow-shaped in the reticle 20. This gives you the ability to aim especially precisely at small targets.

The ZF-MRi smart reticle was designed with professional input from active competitors and instructors. Its purpose is to dominate at PRS and NRL matches. The milliradian (MRAD) reticle incorporates a "tree-style" primary structure with useful hash marks, dots, and reference numbers –without the clutter. The points-of-aim and holds are represented in 0.2, 0.5, and 1.0 MRAD increments; and even numbers are displayed for fast and intuitive visual reference. If winning is your goal, then the ZF-MRi reticle was made for you.

Engineering uses science, math, and technology to solve challenges and fuel technological innovation. From civil engineers who create optimal layouts for cities to software engineers who develop our favorite apps, these tech professionals power much of the world around us. Every time you use an electronic device, drive across a bridge, or fly in an airplane, you’re experiencing the ingenuity of engineers at work.

Because engineering encompasses so many disciplines, coursework will vary depending on your chosen path. General engineering courses can cover scientific, mathematical, and technical concepts. Many engineering fields require knowledge of physics and mechanics, which may be part of an engineering course curriculum, or may be covered in prerequisite courses.Â

The ZEISS ZMOA ballistic reticle is located in the second image plane and has a subtension of 1 MOA (ZMOA-1) between the tick marks at the respective riflescope’s reference magnification. Since the tick marks are only shown along the crosshairs, the shooter maintains an excellent overview of the entire field of view. They are suitable for both rapid bullet drop compensation and wind drift correction. The ZEISS Hunting app can be used to quickly and precisely determine both values for practically any ammunition, and also displays the distance values in a visual depiction of the reticle.