High performance buildings that free people to do their best work

The office of Sealander Architects in Ellsworth Maine

the studio

Located in Ellsworth, Maine, Sealander Architects is led by two Maine Licensed Architects: Robyn Sealander, AIA NCARB, and Mike Sealander, AIA. We are distinctive in our design-build roots and experience, pragmatic problem-solving, and dedication to designing in order to reflect an organization's mission and vision.

Our approach to sustainability is based on an integrated design process, with a focus on the energy and environmental concerns that make sense for our geographic area of practice. We are the area’s leading Building Information Modeling (BIM) firm, and have been since 2004. Our projects span the State of Maine, from Portland to Calais, and into Aroostook County.

about mike + robyn

Mike Sealander, AIA

Mr. Sealander has successfully bridged the design and construction fields through a number of diverse job roles. He has a Master of Architecture degree from Columbia University, over ten years experience as a carpenter, and is an accomplished designer. He was born on Cape Cod (Otis Air Force Base), grew up in Westport, CT, majored in religious studies at Wesleyan University, and spent nine years working in design and construction in the San Francisco Bay Area. Sealander is a Maine Licensed Architect and has designed laboratory, K-12, college, governmental and residential projects. Sealander is adept in Revit (Building Information Modeling), 3d Studio Max, BEopt (energy modeling), DIALux (lighting analysis), and is currently taking on MS Access.

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Robyn Sealander, AIA NCARB

For more than 25 years, Robyn has been connecting with clients to comprehend the essential nature of their issues. Her attention to detail and ability to listen and understand allow her to create solutions for commercial, educational, and institutional users. Robyn brings her passion for thoughtful design to managing architecture and interiors projects throughout Maine. Robyn’s diverse background includes teaching undergraduate design studios at Tulane University’s School of Architecture, and working for nine years in the San Francisco Bay Area on corporate, municipal and institutional projects.

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01

Identifying Goals

A good design provides a satisfying solution to a goal. One must determine the correct steps to reach the goal, and then test the result to see if the goal has been achieved. Architecture, or the design of buildings to satisfy a goal, is similar in this way to the design of smart phones or automobiles.

The goal in architectural design is the needs and wishes of the client. Thus, the design process begins by articulating these goals. Architects call this the building program. For a residence, the program states the number of bedrooms needed, the type of kitchen, private spaces, views, energy and sustainability goals, storage needs.

Are we a good fit?

How much does a design cost?

02

finding inspiration

The next step is to look at precedents. Are there examples that resonate with you? These could be actual houses, images from books or online, or prior works of ours.
03

Sketching Solutions

Next, we sketch out possible design solutions. These sketches might be a combination of hand drawings and computer models. Each design is a particular solution to the program. Design solutions often have a central theme or organizing principal. This theme is also called the “parti”. Think of the parti as the singular insight that organizes a wide range of program needs into a coherent and well-formed solution.

who owns the drawings?

04

Refining the Design

Hopefully one or more of these conceptual sketches will resonate with you. We can then refine and add more detail to the successful design. The refinements and detail should strengthen the parti. They also reduce the ambiguity in the design, and dictate construction quality to the contractor. A completed design is the virtual equivalent to the intended building, down to the wall color and wood species of the flooring.

Contract documents are the collection of graphic and written descriptions of the intended project, refined to the point that a firm dollar value can be given in order to build the project. In fact, the term “contract documents” specifically means drawings and specifications that are precise enough to be the basis for a contract for construction.

How long does the design process take?

What do architects do during construction?

What does a general contractor do?

How do we choose a contractor?

BIM in Design, Construction and Facilities Maintenance: An Overview

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The Design and Construction Industry in Eastern Maine: An Overview

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Using LBNL Therm for Energy Modeling: An Overview

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