Best Windows for a Home Office

Written by Manik Tandon

VP Finance & Administration
at Window Force Inc.

 

Reviewed by Sergey Essipov

Production Engineering
20+ years in window manufacturing

A home office window has to perform four jobs at once: deliver usable daylight to a desk, maintain comfortable interior surface temperatures, limit outside noise reaching a microphone, and avoid reflections on a screen. No single window style wins on every count, which is why the right specification depends on how the room is used, where the desk sits, and which performance priorities matter most. This guide works through the selection criteria, operating styles, glazing build, and performance ratings that determine whether a window improves a working room or quietly undermines it.

Window Force specifies the glazing package for every unit it builds, matching the coating, gas fill, and spacer to the elevation recorded on the order before the window reaches the dealer who installs it. That position in the chain means the questions this guide works through- which wall the room faces, how deep it runs and where the desk ends up- are the same ones our production team resolves on custom orders every week. Our 80,000 sq ft Ontario plant has been building to order since 2007, and the patterns described here come from what that order flow shows about rooms converted into offices rather than designed as them.

Key Takeaways

• Balanced daylight matters more than maximum glass area, because an oversized window on a bright exposure creates the glare and overheating problems it was meant to solve.
• Compression-sealed styles, such as casement and awning units, generally seal more tightly than sliding styles, which affects both draughts and audible noise.
• Glazing should be selected based on a combination of thermal performance, solar control, and visible light transmission rather than on any single rating.
• Acoustic performance comes from the entire assembly, including pane-thickness asymmetry, laminated interlayers, frame chambers, seals, and the perimeter installation, not from pane count alone.
• U-factor, solar heat gain coefficient, and visible transmittance should be read together because optimizing one in isolation almost always degrades another.
• ENERGY STAR certification applies to a specific tested configuration of glass, spacer, and frame, so the exact build being quoted needs to be verified.

What Makes the Best Home Office Windows for a Productive Workspace?

A working room places demands on a window that a bedroom or hallway never does. The occupant sits in one fixed position for hours, faces an illuminated screen, and requires the room to remain thermally and acoustically stable throughout a full working day. The useful way to approach the specification is to treat these demands as competing criteria that must be balanced, because pushing any single one to its maximum degrades the others.

In May 2025, 17.4 percent of employed people in Canada mostly worked from home, down from 18.7 percent a year earlier, while a further 10.0 percent usually split their hours between home and a workplace. Working from home is no longer a temporary arrangement for those households, which means the room doing the work is a permanent part of the house rather than a corner borrowed for a season.

Natural Light

Daylight reduces dependence on electric lighting and improves the perceived quality of a room, but the relationship is not linear. Beyond a certain point, additional glass area introduces contrast problems rather than useful illumination, particularly when the extra light arrives as direct-beam sunlight rather than diffuse skylight. The practical target is even, sustained illumination across the desk plane rather than a peak reading at noon.

Thermal Comfort

Comfort at a desk is governed as much by radiant exchange with nearby surfaces as by air temperature. A poorly performing window presents a cold interior glass surface in winter that draws heat from anyone seated beside it, and it drives a convective downdraught along the wall. Stable surface temperatures also reduce the frequency of heating and cooling cycles, which is a secondary benefit in a room where mechanical noise is noticeable.

Noise and Privacy

Sound and privacy are usually treated as afterthoughts, only to become the most persistent complaints. Both are strongly influenced by decisions made at the specification stage: glazing build, seal design, and how the unit is fitted into the rough opening. Homeowners often begin by searching for a window company near them and a product category, but the more productive starting point is a clear-eyed assessment of the room itself, including which wall faces the street and how much of the working day is spent on calls.

Which Window Types Work Best in a Home Office?

Operating style determines four things that matter in a working room: how tightly the unit seals when closed, how much of the opening is available for airflow, how much of the frame obstructs the view, and whether the sash intrudes into the space around the desk. The main operating styles each resolve those trade-offs differently, and most good home office solutions combine two of them rather than relying on one.

Casement Windows

Casement units close by drawing the sash against the frame under compression, producing a tighter seal than a sliding sash can achieve and generally yielding lower measured air leakage. The full opening area also converts to airflow, and the open sash acts as a scoop for breezes running along the wall. The practical caution in an office is hardware clearance, since the crank mechanism and the operating arc need to remain reachable once a desk is in position.

Awning Windows

Awning units hinge at the top and project outward at the bottom, sharing the compression sealing behaviour of casements. Their particular value in a working room is that they can stay open during light rain and sit comfortably above eye level, where they ventilate without exposing the desk to direct view of the outside. They are frequently specified as the operable element in a combination unit.

Picture and Fixed Windows

Picture and slim fixed units have no operable sash, lock, or moving weatherstripping, which can help minimize air leakage when the window is properly manufactured and installed. They also provide a large uninterrupted glass area for a given rough opening. High fixed and casement fixed variants extend the same approach to upper sections of a combination window. The main limitation is that fixed glazing cannot provide natural ventilation, so the room needs an operable window or an effective mechanical ventilation system to support air exchange.

Sliders, Hung and Combination Units

Single-slider and double-hung styles trade some sealing performance for the benefit of no sash swinging into or out of the room, which is decisive when a walkway, patio, or narrow side yard sits directly outside. Their meeting rail also crosses the field of view, which is worth considering if the office overlooks something worth seeing. Among the common types of vinyl windows, the strongest home office choice is usually a combination: a large fixed light for view and daylight, paired with a casement or awning section sized solely for ventilation.

Frame corners are where the market divides. Mechanically fastened corners rely on a joint that loosens as the profile expands and contracts throughout the year, and once a corner moves out of square, the compression seal on a casement or awning sash stops closing evenly along its full length. Window Force fusion-welds every corner into one continuous section and extrudes its profiles from lead-free uPVC with UV stabilizers, so the sash geometry that made the unit airtight at commissioning is still the geometry holding the seal a decade later. In an office, the difference between a window that stays quiet and one that gradually starts admitting street noise it used to block.

How Much Natural Light Should a Home Office Window Provide?

Daylight quantity depends on several variables working together: the visible transmittance of the glazing, the glass area relative to the floor area, the depth of the room measured back from the window wall, and the amount of sky visible from the opening. Changing only one of them rarely produces the result homeowners expect. A room can have generous glazing and still feel dim if a neighbouring wall or a mature spruce occupies most of the sky view from the desk.

What Is Visible Transmittance?

Visible transmittance describes the fraction of visible light that passes through the glazing assembly, expressed as a decimal between zero and one. A clear double-glazed unit with a standard Low-E coating typically sits in the range of 0.50 to 0.70, while heavily solar-controlled or tinted products fall well below that. The figure is reported for the whole assembly, so frame proportion matters: two windows with identical glass can deliver noticeably different visible transmittance if one carries a much bulkier frame.

The number is easy to misread. High visible transmittance can improve daylight availability, but it does not by itself solve glare. Where direct sunlight reaches the desk or screen, shading and desk position may be needed even when the glazing admits relatively little visible light.

How Window Size Affects Daylight

As a practical rule of thumb, useful daylight may extend roughly one and a half to two times the height of the window head above the floor. A window with a head height of 2.1 m may therefore provide useful daylight several metres into the room, although the actual depth depends on glazing, room geometry, surface reflectance and external obstructions. This is why raising the head height of an opening often does more for a deep office than widening it, and why larger glazed areas deliver diminishing returns once the daylit zone already covers the desk.

How Can You Reduce Screen Glare Without Making the Office Too Dark?

Glare and daylight are separate problems that get confused because the crude solution to one destroys the other. Closing blinds all day converts a daylit room into an artificially lit one, which defeats the purpose of the window. The workable approach is to control the direction and contrast of incoming light while leaving the diffuse component intact.

The Canadian Centre for Occupational Health and Safety describes the mechanism precisely: the monitor also acts as a mirror, so reflections of objects, shiny walls and any light source, specifically windows and overhead lighting, all cause glare. It adds that glare pushes the user into an awkward position as they try to avoid it, and that this position both strains the eyes directly and accelerates postural fatigue that underlies upper-body complaints. Its guidance on lighting levels adds a further qualification, since the recommended office lighting level of 300 to 500 lux is not an absolute requirement and applies only where no task lamp is in use.

Position the Desk Correctly

The single most effective and least expensive intervention is desk orientation. Place the screen so that its face is perpendicular to the window wall, with the window to one side of the operator rather than behind the screen or behind the operator. A window directly behind the screen forces the eye to adapt constantly between a bright background and a darker foreground. A window directly behind the operator turns the screen into a mirror for the sky.

Use Adjustable Shading

Because sun angle changes hourly and seasonally, any fixed solution will be wrong for part of the year. Adjustable interior treatments remain the practical answer for most rooms:

• Horizontal shading is generally effective against high-angle sunlight, while vertical shading can be useful where sunlight arrives from lower angles, particularly on east- and west-facing windows.
• Light-filtering cellular shades preserve diffuse daylight while removing the beam component, which is usually the better choice than a blackout roller in a room that still needs to function as an office.
• Exterior shading, including a deep overhang, a fixed awning or planting, intercepts solar energy before it reaches the glass and outperforms any interior treatment on thermal grounds.

Choose Glass That Preserves Useful Daylight

Where glare is chronic under bright conditions, a spectrally selective Low-E coating is the appropriate glazing response. These coatings suppress a large share of the infrared component while retaining a comparatively high proportion of visible light, thereby lowering the solar heat gain coefficient without compromising visible transmittance. The alternative approach of using body-tinted or reflective glass reduces glare, but it does so by darkening the room year-round, including on overcast winter afternoons when every available lumen is useful.

Which Window Orientation Is Best for a Home Office?

Orientation determines the character of the light entering the room, the timing of solar heat gain, and how difficult glare will be to manage. In the Northern Hemisphere, the four exposures behave in consistently different ways, and the same window specification can be excellent on one wall and poor on another.

North-Facing Offices

North-facing glazing provides the most consistent daylight because it receives diffuse skylight rather than direct beam sunlight for most of the year. That consistency is precisely what screen work needs, and it is the reason artists' studios have historically been oriented this way. The offsetting cost is thermal: a north window contributes almost no passive solar gain in winter, so its U-factor carries more weight in the overall energy balance.

East-Facing Offices

East-facing units deliver an intense, low-angle burst of sun for the first hours of the day, then behave like a mild north window afterwards. For anyone whose working day begins at seven, that early period demands proper vertical shading. For anyone starting mid-morning, the same exposure is close to ideal, since the difficult hours have already passed.

South- and West-Facing Offices

West-facing windows present the hardest case. The afternoon sun sits low enough to pass beneath most overhangs, arrives at the hottest part of the day, and lands at roughly eye height for someone seated at a desk. In hot, dry summer regions, this compounds quickly: a window supplier in Kelowna sizes solar control on a west elevation around a cooling load that barely registers in Winnipeg, where the same wall is valued mainly for the heat it contributes across a long heating season. South exposures are more tractable because the high summer sun angle can be intercepted by a modest overhang while the low winter sun still reaches the room.

As Sergey Essipov, a production engineer with more than 20 years of experience in window manufacturing, explains:

Solar heat gain is decided by which surface inside the sealed unit carries the coating, not simply by whether a Low-E coating is present. At our facility, that surface position is set per elevation on the order, so a west unit and a north unit leaving the line for the same house are not the same product even when the frame series and the pane count match. In a home office, the effect is easy to feel: the west unit is holding down an afternoon load that arrives at desk height, while the north unit is being asked to keep interior glass warm on a January morning with almost no sun to work with.

Are Large Windows a Good Idea for a Home Office?

Increasing the glass-to-floor ratio is the most direct way to raise daylight levels and to make a small working room feel less enclosed. It is also the fastest way to introduce glare, thermal instability and privacy problems, because every additional square metre of glazing generally has lower insulating performance than a well-insulated exterior wall, increasing conductive heat loss through the opening.

The advantages of a larger opening are clear:

• Deeper daylight penetration when the additional area is gained through head height rather than width.
• A wider field of view can make it easier to look away from the screen and periodically focus on distant objects.
• A more open spatial impression in small rooms or those with low ceilings.
• Fewer frame interruptions when the area is delivered as a single fixed lite rather than several small units.

The trade-offs appear in proportion to the same area:

• Higher conductive heat loss in winter and greater solar heat gain in summer through the same aperture.
• A larger cold radiant surface adjacent to the desk when a low-performance product is used.
• Reduced usable wall for shelving, monitors and acoustic treatment.
• Larger sealed units carry more weight, which affects handling, fastening and the structural detail at the head. Whether the project is a window installation in Ontario or a retrofit on the Prairies, oversized fixed lites require that the rough opening be assessed before the unit is ordered, rather than after it arrives.

The frame's own thermal contribution is the part of a large window that rarely gets examined. On a big unit, the glass absorbs all the attention, yet the perimeter is where a continuous conductive path can quietly undo what the glazing achieved. Window Force profiles are built with multiple internal chambers rather than a single hollow, which segments the path and keeps the interior frame surfaces closer to room temperature throughout a January morning. For offices prioritizing a slim contemporary sightline, the Ultraslim Series maximizes glass area within a given rough opening; for retrofit projects where fitting the existing frame is the priority, the Classic Series 3-1/4-inch frame depth is designed for compatibility with most existing openings. On an oversized office window with a desk pushed against it, that surface temperature is what the person sitting there actually registers.

Should a Home Office Window Open for Natural Ventilation?

A room occupied continuously by one or two people generates carbon dioxide and other occupant-derived compounds faster than an airtight modern envelope removes them. This is one area where the choice between an operable and fixed window can affect ventilation options, although mechanical ventilation can provide the required air exchange without an openable window.

Health Canada's residential guideline sets a recommended long-term exposure limit for carbon dioxide of 1,000 ppm based on a 24-hour average, and notes that above roughly 800 ppm, studies have associated rising concentrations with neurophysiological symptoms such as headache, tiredness, fatigue, dizziness or difficulty concentrating, and decreased test performance, including decision-making and task performance. Among its risk management measures, it lists increasing natural ventilation by opening windows and considering ambient air quality. The Canadian seasonal pattern in the same document is directly relevant to a home office: in cities where measurements were taken across seasons, winter indoor median carbon dioxide concentrations ran approximately 80 to 160 ppm higher than those measured in summer, which is the predictable consequence of a heating season during which nobody opens a window.

Benefits of Operable Windows

An operable sash gives the occupant direct control over air exchange without waiting for a mechanical system to cycle. Casement and tilt-and-turn windows can provide a large effective ventilation opening when fully open, while sliders and hung windows typically provide a smaller open area. The tilt function is particularly suited to a working room in a humid coastal setting, since it admits a controlled trickle of air at the top of the sash without leaving a fully open, weather-exposed and insecure opening. A window company in Halifax will specify that tilt mode differently from one working in a dry continental climate, because driving rain and salt-laden air change what a partially open sash means in practice.

When a Fixed Window Makes Sense

Fixed glazing is often a good choice for large view areas, hard-to-reach openings and applications where low air leakage is a priority. It should not, however, be the only glazing in an occupied room. The standard solution is a combination unit in which a generous fixed lite handles view and daylight while a smaller operable section handles air, an approach that applies equally to replacement windows and to new construction openings.

How Can Home Office Windows Reduce Outside Noise and Distractions?

Acoustic performance is a property of the complete assembly, and it is the area of specification where marketing claims diverge most sharply from measured behaviour. Adding a third pane of the same thickness and spacing yields a smaller improvement than most buyers expect, because three equal panes tend to share a resonance rather than cancel one another out.

Glass Configuration

An asymmetric double-glazed unit that pairs a thicker laminated exterior lite with a thinner interior lite can provide better sound insulation than a conventional symmetric double-glazed unit, particularly against traffic noise in the low- and mid-frequency range. Acoustic performance varies substantially between glazing assemblies, however, so sound-transmission ratings should be treated as properties of the complete tested window assembly rather than as a direct result of pane count. Any acoustic claim should be supported by a test report for the specific glass, frame, spacer and installation configuration being quoted.

Exposure to that noise is itself a locational variable: a window manufacturer in Etobicoke fields far more requests for laminated glazing on arterial-road frontages than a supplier serving the predominantly low-density streets of Red Deer, where the same room is usually well served by a standard asymmetric double unit.

Frame and Seal Quality

The frame carries sound as readily as the glass does. Multi-chamber profiles break the transmission path into segments and interrupt the direct route from exterior to interior surface, while compression sealing removes the small air gaps that sliding sashes retain by design. This is one more reason casement and awning styles tend to be preferred where noise matters.

Installation Around the Opening

A window rated for excellent acoustic performance will not deliver its full potential if the perimeter gap between the frame and the rough opening is not properly sealed. That gap can become an uncontrolled air-leakage path, undermining the airtightness of the window-to-wall connection. Building Science Corporation recommends sealing the window to the rough opening with an air-impermeable material and notes that fibrous insulation alone does not provide an effective air barrier connection. Low-expansion foam, a continuous interior air seal, and proper shimming to keep the frame plumb, level, and square help preserve the intended performance of the installed assembly.

What Glazing Features Improve Home Office Comfort and Energy Efficiency?

The glazing package is where most of a window's thermal performance is decided. Four elements do the work: the number and spacing of panes, the Low-E coating, the cavity gas, and the spacer that holds the assembly together at the edge.

Double Versus Triple Pane

A third pane adds a second insulating cavity and a second coated surface, which lowers the U-factor meaningfully and raises the interior glass surface temperature in cold weather. That surface temperature is what an occupant seated near the window actually perceives, and it also governs the risk of condensation. The costs are weight, a modest reduction in visible transmittance from the additional glass and coating, and diminishing returns once the assembly is already performing well. In severe winter regions, the case for triple glazing in an occupied room is strong; in milder coastal zones, a high-specification double unit often represents the better balance.

Low-E Glass

Low-emissivity coatings are microscopically thin metallic oxide layers that reflect long-wave infrared radiation while transmitting visible light. Placed on the room-side surface of the cavity, they return interior heat to the room; placed on the outboard surface, they reject solar infrared. Coating selection is therefore an orientation decision rather than a universal upgrade, and it is the main lever for tuning solar heat gain independently of daylight. The available glass configurations differ in exactly this respect.

Gas Fills and Spacers

Argon has lower thermal conductivity than air and can reduce heat transfer through the insulating glass cavity when used at the appropriate cavity width. Krypton performs even better and is used where cavity width is constrained, though at a materially higher cost. At the perimeter, the spacer system determines how much heat bypasses the glazing through the edge of the unit. A conventional aluminum spacer forms a continuous conductive bridge; a warm-edge spacer interrupts it, raising edge-of-glass temperatures and reducing the corner condensation that first appears on cold mornings. The spacer also contributes to the long-term performance of the insulating glass unit, while the sealed-unit warranty typically addresses failures such as loss of seal integrity or insulating-gas retention.

Engineer Sergey Essipov, with 20 years of experience in window manufacturing, notes:

Edge-of-glass temperature is the detail homeowners never ask about and then notice every winter. The centre of the glass can be performed exactly to specification while the perimeter sits several degrees colder, and that band is where condensation forms first. In a room with a computer and paper on a desk against the window wall, that difference is not academic.

Edge performance is only as durable as the seal that creates it. Most warm-edge spacers still carry a metal component somewhere in the section, which reintroduces part of the conductive bridge they were designed to eliminate. Window Force runs a metal-free, dual-seal spacer system in which the first seal controls moisture vapour and the second carries the structural load on the unit, so the two do not fail together. In a room where a monitor sits directly in front of the glass, a fogged pane is not a cosmetic complaint but a permanent obstruction in the working sightline, and the spacer is the component that decides whether it happens.

Which U-Factor, SHGC, and Visible Transmittance Ratings Matter Most in an Office?

Three whole-window ratings describe almost everything that matters thermally and visually. They are reported for the complete assembly, including the frame, and they must be read as a set, because improving any one in isolation generally costs something on another. U-factor is given in W/m²·K, and lower is better; SHGC runs from 0 to 1, and the right value depends on exposure; visible transmittance runs on the same scale, and higher values mean more daylight at the desk.

U-Factor

U-factor is the primary cold-climate metric and the one that most directly predicts how a window will feel to someone sitting beside it. It is the reciprocal concept to the R-value that contractors often quote, and the two are frequently confused in conversation, which is why comparing products on consistent terms matters when quotes come from different suppliers.

SHGC

Solar heat gain coefficient should be selected based on exposure and climate rather than treated as a universally better-or-worse rating. Lower values generally reduce unwanted solar heat gain, while higher values can be beneficial where useful winter solar gain is desired.

Visible Transmittance

Visible transmittance is the rating most often omitted from quotations, and it is the one a home office occupant experiences most continuously. A useful sanity check when comparing two products with similar U-factors and solar heat gain coefficients is to ask which one admits more daylight, because that difference will be visible every working morning between November and February.

Are ENERGY STAR Windows Worth Considering for a Home Office?

ENERGY STAR certification is worth using as a screening filter, provided its scope is understood. It certifies a specific tested configuration of glass, spacer and frame rather than a manufacturer, a brand or a product family, which means two windows from the same line can differ in status depending on how they are built.

Natural Resources Canada administers the programme and publishes the qualifying levels alongside the certified product database. Under the current specification, models must have a U-factor of 1.22 W/m²·K or lower, or an Energy Rating of 34 or higher, while the more demanding tier requires a U-factor of 1.05 W/m²·K or lower, or an Energy Rating of 40 or higher. The same listing carries a caution that applies almost verbatim to a bright home office: caution is advised when selecting windows and sliding glass doors with solar heat gain values above 0.45 that will face south or west, especially if there is more glass area than exterior wall area, as this could cause uncomfortably warm room temperatures and higher cooling costs.

A product needs to satisfy only one pathway within a tier, not both. Homeowners who install qualifying units may also be eligible for federal or provincial rebate programs; the Canada window and door rebates guide covers current programs by province. The practical implication for a buyer is that the certification label on a showroom sample proves nothing about the unit being quoted unless the glass package, spacer and frame series match. Confirming that the certified configuration is the one on the order is the step that turns the label into a guarantee of anything.

Verification of that kind is far simpler when the unit is built to order rather than pulled from stock. Every Window Force window is manufactured to a specific order at our 80,000 sq ft Ontario facility. The glass package, spacer, and frame series listed on the quotation are documented before the unit leaves the line, and the authorized dealer completing the installation receives that documentation with the product. The window is CSA certified and engineered to meet ENERGY STAR requirements across all Canadian climate zones, and the 25-year transferable warranty stays with the house rather than the purchaser, which is the detail that matters if the office is in a home you may sell before the windows are due for replacement.

How Can You Balance Privacy With an Outdoor View in a Home Office?

Privacy requirements in a working room are situational rather than absolute. A ground-floor office facing a sidewalk has a different problem from a second-floor office overlooking a garden, and the strategies that solve one are wasteful when applied to the other. The governing question is whether privacy is needed continuously or only at certain hours.

The approach follows from the situation rather than from the product:

• Ground floor facing a street or walkway: a higher sill, bottom-up shades or planting, all of which keep the view above the treated zone.
• Overlooked by a neighbouring window: obscured or patterned glazing in that lite alone, so the view is given up in one section and retained everywhere else.
• Occasional video calls: light-filtering shades or blinds, fully reversible and costing nothing in the long run.
• Rear elevation onto a private yard: nothing beyond glare control.

Lot geometry decides most of this before any product is chosen. Older infill neighbourhoods put facing windows within a few metres of each other, while the newer subdivisions typical of replacement window projects in Saskatoon usually leave enough separation that sill height alone resolves the sightline. Homeowners in Saskatoon can review the Saskatoon window replacement cost guide for local pricing context. For everything else, adjustable treatments and applied privacy films preserve the option of looking outside. That option has a practical value beyond aesthetics: periodically focusing on a distant object is a standard recommendation for reducing sustained near-focus fatigue, and a window that has been permanently obscured cannot provide it.

Conclusion: Which Home Office Windows Are the Best Choice?

There is no single best window for a home office, but there is a reliable method for choosing the right one. Start by defining the room's priorities: daylight, glare control, ventilation, thermal comfort and noise. Then choose the operating style and glazing package that meet those requirements, using the window's exposure to fine-tune the solar heat gain and shading strategy. Casement or awning units are strong choices where airtightness, ventilation and noise control matter, while a combination of fixed and operable glazing can provide both an unobstructed view and practical ventilation. Finally, compare U-factor, solar heat gain coefficient and visible transmittance as a set, and confirm that the quoted configuration matches the tested or certified specification.

The final point is one that no rating can capture. A correctly specified window fitted into a poorly sealed opening will underperform a modest window properly installed in both thermal and acoustic terms. Whichever product is selected, the perimeter detail deserves the same scrutiny as the glazing, and the certified configuration on the order should be confirmed against the quoted configuration.

Frequently Asked Questions

Manik Tandon is Vice President of Finance and Administration at Window Force Inc., where he oversees manufacturing operations, supply chain management, and dealer partnerships. With a background in business strategy and product management, Manik brings a data-driven perspective to window performance, cost analysis, and the production decisions behind every Window Force product. He holds an MBA from the School of Business and an engineering degree in Computer Science.