Company description:
Capitec Bank is a leading South African retail bank that focuses on essential banking services and provides innovative transacting, savings, insurance and unsecured lending products to individuals. Capitec’s mission is to make banking simple and transparent to help clients – regardless of their level of income or assets – Boost their financial lives through a single solution, called Global One.
Job description: Purpose Statement
To conceptualize, research, system design and manage Salesforce ecosystem.
Experience
* 5+ years experience in CRM
* 5+ years experience on Salesforce platform
* Experience with platform security capabilities (TLS, SSL)
* Experience defining the system architecture landscape, identifying gaps and delivering a comprehensive solution
* Solid background in design/development of large web-based systems or complete software product lifecycle
* [URL Removed] integration experience, including different systems
Qualifications (Minimum)
* Grade 12 National Certificate / Vocational
Qualifications (Ideal or Preferred)
* A relevant post-graduate qualification in Information Technology or Information Management
Knowledge
Min:
* Understanding of Salesforce product suite, including Sales, Services, Community, Makreting and Community Clouds
* Systems architecture and ability to craft scalable performance driven solutions
* Data sharing and visible considerations and how these play into platform architecture
* Key design patterns and large data volume limitations and standard methodologies
* Data integration tools and experience integrating Salesforce with different business systems (FSC, ETL, marketing automation, reporting)
* Solid understanding of environment management, release management, code versioning standard processes and deployment methodologies
Ideal:
* Banking operational and systems environment
* Testing practices
* Unified Modelling Language diagrams
* Back-end technologies (C#, Java or node.js)
* Methodologies: Agile, WEB API, systems design patterns, relational & NoSQL database design, cloud architecture (AWS & Azure), container platforms (Docker, Kubernetes)
* Systems analysis and design
* Application, Web & Mobile development
* IT systems development processes (SDLC)
* Programming experience with following languages (J2EE, HTML, XML, SQL)
* Strong practical deployment knowledge of Visual Force, Flex, Salesforce configurations, Apex classes, Apex Web Services, API, Appexchange deployment
Additional Knowledge of:
* Research and development – prototyping experience
* Artificial Intelligence
* Internet of Things (IoT)
* Virtual Assistants
* Unified communications
Skills
* Communications Skills
* Interpersonal & Relationship management Skills
* Analytical Skills
* Problem solving skills
* Presentation Skills
* Influencing Skills
* Facilitation Skills
Conditions of Employment
* Clear criminal and credit record
Capitec is committed to diversity, applications to this position will strictly be considered in support of our employment equity goals.
Desired Skills:
Enterprise IT architect certifications appear most often at the apex of certification programs, where less than 1% of IT professionals ultimately ascend. Even so, many IT architect certifications are available, and you don’t need to invest in one certification sponsor’s vision to reach the top.
Many IT certifications in this area fall outside vendor umbrellas, which means they are vendor-neutral or vendor-agnostic. Nevertheless, the number of vendor-specific IT certifications exceeds vendor-neutral ones by a factor of more than 2 to 1. That’s why we devote the last section of this article to all such credentials, as we encountered them in search of the best enterprise architect certifications.
For IT pros who’ve already invested in vendor-specific certification programs, credentials at the architect level may indeed be worth pursuing. Enterprise architects are among the highest-paid employees and consultants in the tech industry.
Enterprise architects are technical experts who are able to analyze and assess organizational needs, make recommendations regarding technology changes, and design and implement those changes across the organization.
The national average salary per SimplyHired is $130,150, in a range from $91,400 to a whopping $185,330. Glassdoor reports $133,433 as the average. Ultimately, the value of any IT certification depends on how long the individual has worked and in what part of the IT patch.
Becoming an enterprise architect is not easy. While the requirements may vary by employer, most enterprise architects have a bachelor’s degree or higher in a computer-related field along with 5-10 years of professional work experience. Many enterprise architects obtain additional certifications past graduation.
Certifications are a great way to demonstrate to prospective employers that you have the experience and technical skills necessary to do the job and deliver you a competitive edge in the hiring process. Certification holders also frequently earn more than their uncertified counterparts, making certifications a valuable career-building tool.
Below, you’ll find our top five certification picks. Before you peruse our best picks, check out the results of our informal job board survey. Data indicates the number of job posts in which our featured certifications were mentioned on a given day. The data should deliver you an idea of the relative popularity of each of these certifications.
Certification | SimplyHired | Indeed | LinkedIn Jobs | LinkUp | Total |
---|---|---|---|---|---|
AWS Certified Solution Architect (Amazon Web Services) | 1,035 | 464 | 2,672 | 240 | 4,411 |
CTA (Salesforce) | 303 | 787 | 3,201 | 353 | 4,644 |
ITIL Master (Axelos) | 641 | 848 | 1,218 | 1,119 | 3,826 |
TOGAF 9 (The Open Group) | 443 | 730 | 271 | 358 | 1,802 |
Zachman Certified – Enterprise Architect (Zachman) | 86 | 107 | 631 | 252 | 1,076 |
Making its first appearance on the leaderboard is the Certified Solutions Architect credential from Amazon Web Services (AWS). AWS, an Amazon subsidiary, is the global leader in on-demand cloud computing. AWS offers numerous products and services to support its customers, including the popular Amazon Simple Storage Service (S3) and Amazon Elastic Compute Cloud (EC2). AWS also offers numerous cloud applications and developer tools, including Amazon Comprehend, Amazon SageMaker Batch Transform and Amazon Lightsail.
AWS offers certifications at the foundation, associate and professional levels across five role-based categories: architect, developer, operations, cloud and specialty certifications. Foundation-level certifications validate a candidate’s understanding of the AWS Cloud and serve as a prerequisite to AWS specialty certifications. Foundation certifications are a recommended starting place for those seeking higher-level credentials.
Associate credentials typically have no prerequisites and focus on technical skills. They are required to obtain professional-level certifications, which are the highest level of technical certification available. Specialty certs, meanwhile, focus on skills in targeted areas.
AWS currently offers the following credentials:
The AWS Certified Solutions Architect credential is available at the associate and professional levels. The associate credential targets candidates with at least one year of experience architecting and implementing solutions based on AWS applications and technologies. AWS updated the associate-level test in February 2018 to include architecture best practices and new services.
The AWS Certified Solutions Architect – Professional certification targets senior AWS architects who can architect, design, implement and manage complex enterprise-level AWS solutions based on defined organizational requirements. Candidates should have a minimum of two years’ direct experience deploying and designing on the AWS cloud and be able to translate organizational requirements into solutions and recommend best practices. The associate credential is a mandatory prerequisite.
Certification name | Certified Solution Architect – Associate
Certified Solution Architect – Professional |
---|---|
Prerequisites and required courses | Associate: One year of hands-on experience recommended, AWS Certified Cloud Practitioner
Professional: Certified Solution Architect – Associate credential plus a minimum of two years of hands-on experience |
Number of exams | Associate: One test (65 questions, 130 minutes to complete)
Professional: One test (170 minutes to complete) |
Certification fees | Associate: $150 (practice test $20)
Professional: $300 (practice test $40) |
URL | https://aws.amazon.com/certification/ |
Self-study materials | AWS makes trial questions, practice exams, test guides, whitepapers and more available on the certification home page. |
CTA: Certified Technical Architect
In 1999, Salesforce revolutionized the world of CRM when it introduced the concept of using the cloud to provide top-notch CRM software. Today, Salesforce has more than 150,000 customers, making it the industry leader for CRM enterprise cloud platforms. Currently, Salesforce offers solutions for various focus areas, including sales, service, marketing, commerce, engagement, community, productivity (Quip), platform and ecosystem, integration, analytics, enablement, internet of things (IoT), artificial intelligence, mobility, and industry (financial and health).
To meet industry needs for qualified and experienced professionals with the skills necessary to support its growing customer base, Salesforce developed and maintains a top-tier certification program. It offers many paths to candidates, including for administration, app building, architecture and marketing.
Salesforce Architect certifications are hierarchical, with most (but not all) lower-level credentials serving as prerequisites for more advanced credentials. At the top of the certification pyramid is the highest credential a Salesforce professional can earn – the Certified Technical Architect (CTA), which is our featured Salesforce certification.
The Salesforce Architect certification pyramid has three levels:
Salesforce requires CTAs to maintain current skills. Credential holders must pass maintenance module exams with each new product release cycle (typically in summer, winter and spring). While challenging to earn, the CTA is important for IT professionals who are serious about a Salesforce technologies career.
Certification name | Certified Technical Architect (CTA) |
---|---|
Prerequisites and required courses | Salesforce Certified Application Architect and Salesforce Certified System Architect credential:
|
Number of exams | One test (four hours to complete; candidates must formulate, justify and present recommendations based on a hypothetical scenario to a review board) |
Certification fees | $6,000
Retake fee: $3,000 |
URL | http://certification.salesforce.com/technicalarchitect |
Self-study materials | Salesforce maintains links on the certification webpage to numerous review materials, including the online documentation, tip sheets, user guides, exam guide and outline, Architect Journey e-books, Trailhead trails, and the Salesforce Certification Guide. |
ITIL Master Certificate – IT Service Management
One of our favorite credential sets (and for employers as well, judging by job board numbers) is the ITIL for IT Service Management credentials from Axelos. Axelos is a global provider of standards designed to drive best practices and quality throughout organizations. ITIL (Information Technology Infrastructure Library) joined the Axelos family in 2013.
Axelos manages ITIL credentialing requirements and updates, provides accreditation to Examination Institutes (EIs), and licenses organizations seeking to use ITIL. In addition to ITIL certifications, Axelos offers credentials for Prince2 2017 (which includes Foundation, Practitioner and Agile qualifications), Prince2 Agile, Resilia, MSP, MoP, M_o_R, P30, MoV, P3M3 and AgileSHIFT.
ITIL is a set of well-defined and well-respected best practices that specifically target the area of IT service management. There are more than 2 million ITIL-certified practitioners worldwide. ITIL is perhaps the most widely known and globally adopted set of best practices and management tools for IT service management and support.
Axelos maintains a robust ITIL certification portfolio consisting of five ITIL credentials:
Axelos introduced ITIL 4 in early 2019. ITIL 3 practitioners should check the Axelos website frequently for updates about the transition to ITIL 4 and availability of the ITIL 4 transition modules.
The ITIL Master is the pinnacle ITIL certification, requiring experience, dedication, and a thorough understanding of ITIL principles, practices, and techniques. To gain the ITIL Master designation, candidates must have at least five years of managerial, advisory or other leadership experience in the field of IT service management. They must also possess the ITIL Expert certification. Once the skill and certification requirements are met, the real certification work begins.
Upon completing the prerequisites, candidates must register with PeopleCert, the sole approved Axelos Examination Institute, and submit an application. Next, candidates prepare and submit a proposal for a business improvement to implement within their organization. The proposal submission is followed by a “work package,” which documents a real-world project that encompasses multiple ITIL areas.
The work package (1) validates how the candidate applied ITIL principles, practices, and techniques to the project; and (2) documents the effectiveness of the solution and the ultimate benefit the business received as a result of the ITIL solution. Finally, candidates must pass an interview with an assessment panel where they defend their solution.
Axelos will soon be sponsoring 50 lucky people in their quest to obtain the ITIL 4 Master certification. You can register your interest in the program here.
Certification name | ITIL Master Certificate – IT Service Management |
---|---|
Prerequisites and required courses | ITIL Expert Certificate: Five years of IT service experience in managerial, leadership or advisory roles |
Number of exams | No test required, but candidates must complete the following steps:
|
Certification fees | $4,440 if all ITIL credits obtained through PeopleCert
$5,225 if some ITIL credits were obtained from other institutes |
URL | https://www.axelos.com/certifications/itil-certifications/itil-master |
Self-study materials | Axelos provides documentation to guide candidates in the preparation of proposal and work package submissions. Available documents include ITIL Master FAQs, ITIL Master Proposal Requirements and Scope, and ITIL Master Work Package Requirements and Scope. |
A leader in enterprise architecture, The Open Group’s standards and certifications are globally recognized. The TOGAF (The Open Group Architecture Framework) standard for enterprise architecture is popular among leading enterprise-level organizations. Currently, TOGAF is the development and architecture framework of choice for more than 80% of global enterprises.
TOGAF’s popularity reflects that the framework standard is specifically geared to all aspects of enterprise-level IT architectures, with an emphasis on building efficiency within an organization. The scope of the standard’s approach covers everything from design and planning stages to implementation, maintenance, and governance.
The Open Group offers several enterprise architect credentials, including TOGAF, Open CA, ArchiMate, IT4IT and the foundational Certified Technical Specialist (Open CTS).
The Open Group reports that there are more than 75,000 TOGAF-certified enterprise architects. At present, there are two TOGAF credentials: the TOGAF 9 Foundation (Level 1) and TOGAF 9 Certified (Level 2). (The TOGAF framework is currently based on version 9.2, although the credential name still reflects version 9.)
The TOGAF 9 Foundation, or Level 1, credential targets architects who demonstrate an understanding of TOGAF principles and standards. A single test is required to earn the Level 1 designation. The Level 1 test focuses on TOGAF-related concepts such as TOGAF reference models, terminology, core concepts, standards, ADM, architectural governance and enterprise architecture. The Level 1 credential serves as a steppingstone to the more advanced TOGAF Level 2 certification.
The TOGAF 9 Certified, or Level 2, credential incorporates all requirements for Level 1. Level 2 TOGAF architects possess in-depth knowledge of TOGAF standards and principles and can apply them to organizational goals and enterprise-level infrastructure. To earn this designation, candidates must first earn the Level 1 credential and pass the Level 2 exam. The Level 2 test covers TOGAF concepts such as ADM phases, governance, content framework, building blocks, stakeholder management, metamodels, TOGAF techniques, reference models and ADM iterations.
Candidates wanting a fast track to Level 2 certification may take a combination exam, which covers requirements for both Level 1 and 2. Training is not mandatory for either credential but is highly recommended. Training classes run 2-5 days, depending on the provider and whether you’re taking the combined or single-level course. The Open Group maintains a list of approved training providers and a schedule of current training opportunities on the certification webpage.
Certification name | TOGAF 9 Foundation (Level 1)
TOGAF 9 Certified (Level 2) |
---|---|
Prerequisites and required courses | TOGAF 9 Foundation (Level 1): None
TOGAF 9 Certified (Level 2): TOGAF 9 Foundation (Level 1) credential |
Number of exams | Level 1: One test (40 questions, 60 minutes, 55% required to pass)
Level 2: One test (eight questions, 90 minutes) Level 1 and 2 combined test (48 questions, 2.5 hours) |
Certification fees | $320 each for Level 1 and Level 2 exams
$495 for combined Level 1 and Level 2 exam Exams are administered by Pearson VUE. Some training providers include the test with the training course. |
URL | http://www.opengroup.org/togaf9/cert/docs/indiv.html |
Self-study materials | A number of resources are available from The Open Group, including whitepapers, webinars, publications, TOGAF standards, the TOGAF Foundation Study Guide ($29.95 for PDF; includes practice exam), practice questions (99 cents for PDF) and the TOGAF 9 Certified Study Guide (a combined study guide is available for $59.95). The Open Group also maintains a list of accredited training course providers and a calendar of training events. |
Zachman Certified – Enterprise Architect
Founded in 1990, Zachman International promotes education and research for enterprise architecture and the Zachman Framework. Rather than being a traditional process or methodology, the Zachman Framework is more accurately referred to as an “ontology.” Ontologies differ from a traditional methodology or process in that, rather than focusing on the process or implementation, they focus on the properties, types and interrelationships of entities that exist within a particular domain. The Zachman Framework ontology focuses on the structure, or definition, of the object and the enterprise. Developed by John Zachman, this framework sets a standard for enterprise architecture ontology.
Zachman International currently offers four enterprise architect credentials:
Zachman credentials are valid for three years. To maintain these credentials, candidates must earn continuing education credits (referred to as EADUs). The total number of EADUs required varies by certification level.
Certification name | Enterprise Architect Associate Certification (Level 1)
Enterprise Architect Practitioner Certification (Level 2) Enterprise Architect Professional Certification (Level 3) Enterprise Architect Educator Certification (Level 4) |
---|---|
Prerequisites and required courses | Level 1 Associate: Four-day Modeling Workshop ($3,499)
Level 2 Practitioner: None Level 3 Professional: None Level 4 Educator: Review all materials related to The Zachman Framework; Level 3 Professional recommended |
Number of exams | Level 1 Associate: One exam
Level 2 Practitioner: No exam; case studies and referee review required Level 3 Professional: No exam; case studies and referee review required Level 4 Educator: None; must develop and submit curriculum and course materials for review and validation |
Certification fees | Level 1 Associate: test fee included as part of required course
Level 2 Practitioner: None, included as part of Level 1 required course Level 3 Professional: Not available Level 4 Educator: Not available |
URL | https://www.zachman.com/certification/what-we-certify/enterprise-architect#enterprise-architect-associate-level-1 |
Self-study materials | Live classroom and distance learning opportunities are available. Zachman also offers webcasts, a glossary, the Zachman Framework for Enterprise Architecture and reference articles. |
Beyond the top 5: More enterprise architect certifications
The Red Hat Certified Architect (RHCA) is a great credential, especially for professionals working with Red Hat Enterprise Linux.
The Project Management Professional (PMP) certification from PMI continues to appear in many enterprise architect job descriptions. Although the PMP is not an enterprise architect certification per se, many employers look for this particular combination of skills.
Outside of our top five vendor-neutral enterprise architect certifications (which focus on more general, heterogeneous views of IT systems and solutions), there are plenty of architect-level certifications from a broad range of vendors and sponsors, most of which are vendor-specific.
The table below identifies those vendors and sponsors, names their architect-level credentials, and provides links to more information on those offerings. Choosing one or more of these certifications for research and possible pursuit will depend on where you work or where you’d like to work.
<td”>EMC Cloud Architect Expert (EMCCAe) <td”>GoCertify </td”></td”>
Sponsor | Enterprise architect certification | More information |
---|---|---|
BCS | BCS Practitioner Certificate in Enterprise and Solutions Architecture | BCS homepage |
Cisco | Cisco Certified Architect (CCAr) | CCAr homepage |
Enterprise Architecture Center of Excellence (EACOE) | EACOE Enterprise Architect
EACOE Senior Enterprise Architect EACOE Distinguished Enterprise Architect EACOE Enterprise Architect Fellow |
EACOE Architect homepage |
FEAC Institute | Certified Enterprise Architect (CEA) Black Belt
Associate Certified Enterprise Architect (ACEA) Green Belt |
FEAC CEA homepage |
Hitachi Vantara | Hitachi Architect (three tracks: Infrastructure, Data Protection, and Pentaho Solutions)
Hitachi Architect Specialist (two tracks: Infrastructure and Converged) |
Training & Certification homepage |
IASA | Certified IT Architect – Foundation (CITA-F)
Certified IT Architect – Associate (CITA-A) Certified IT Architect – Specialist (CITA-S) Certified IT Architect – Professional (CITA-P) |
CITA homepage |
National Instruments | Certified LabVIEW Architect (CLA) | CLA homepage |
Nokia | Nokia Service Routing Architect (SRA) | SRA homepage |
Oracle | Oracle Certified Master, Java EE Enterprise Architect Certified Master | Java EE homepage |
Red Hat | Red Hat Certified Architect (RHCA) | RHCA homepage |
SOA (Arcitura) | Certified SOA Architect | SOA Architect homepage |
These architect credentials typically represent pinnacle certifications within the programs to which they belong, functioning as high-value capstones to those programs in many cases. The group of individuals who attain such credentials is often quite small but comes with tight sponsor relationships, high levels of sponsor support and information delivery, and stratospheric salaries and professional kudos.
Often, such certifications provide deliberately difficult and challenging targets for a small, highly select group of IT professionals. Earning one or more of these certifications is generally the culmination of a decade or more of professional growth, high levels of effort, and considerable expense. No wonder, then, that architect certifications are highly regarded by IT pros and highly valued by their employers.
Enterprise architect credentials will often be dictated by choices that your employer (or industry sector, in the case of government or DoD-related work environments) have already made independent of your own efforts. Likewise, most of the vendor-specific architecture credentials make sense based on what’s deployed in your work environment or in a job you’d like to occupy.
Though there are lots of potential choices IT pros could make, the actual number they can or should make will be influenced by their circumstances.
ItJob met ID 632518 niet gevonden.
Origin myths,” “founding myths,” and “creation legends” provide a way for us to see into and imagine the distant past in metaphorical, poetic, and compelling ways. The oldest origin myths help us understand how a people or a place (such as the universe) were believed to have come into existence. Anthropologists describe these as creation myths or “cosmogonic” myths. They might explain how the world came to be. For example, Native North American peoples such as the Cherokee, Ojibwe, and Aztecs share an origin myth that land was first created on top of a great ocean. One of the most common Western origin myths is the creation of Adam and Eve. But founding stories exist for all kinds of social conditions, historical customs, and objects, as well as places—think of the myth of the brothers Romulus and Remus, suckled as babies by a wolf, who survive to found the city of Rome (after Romulus got rid of his brother).
There are even origin myths that explain the creation of architecture. One of the most enduring of these is the “primitive hut.” This founding myth was articulated by Marc-Antoine Laugier, an 18th century Jesuit priest and architectural theorist. Laugier lived during the height of Western architecture’s Baroque excesses. He grew concerned that the ostentation of the Baroque architecture of his time was despoiling architecture of its essence. He proffered his ideas about how to restore architecture to its first principles in his 1753 Essai sur l’architecture, and he elaborated on these ideas further in a second edition of the essay two years later. In this theoretical treatise, Laugier states that architecture’s true founding principles are demonstrated in what has become known as “the primitive hut,” created by the world’s first architect.
In his 1981 book On Adam’s House in Paradise: The Idea of the Primitive Hut in Architectural History, the historian Joseph Rykwert delightfully recounts Laugier’s musings on what this “primitive” man wrought. In Laugier’s narrative, he is a simple man in the wild, seeking a place to settle. Beside a tranquil stream he spies a verdant green meadow, upon which he reclines. Soon, our primitive man is hot. He escapes to the shadowy respite of the woods. Then, it rains. He flees to a nearby cave. But, of course, it’s dark and dank. It’s at this point in Laugier’s story that our primitive man, frustrated in his search for commodious shelter, becomes the first architect. In the woods he finds four straight branches and raises them as columns upon the forest floor to form a cube, joining his columns at their tops with perimeter beams. Then, the master stroke: he raises a pediment above the beams, rafters are placed, and tree leaves cover his roof. He is protected from both sun and rain. The frontispiece of the second edition of Laugier’s book is adorned with an engraving by Charles Dominique Eisen of “Architecture,” personified as the mother of all arts, gesturing toward the simple, primitive hut raised by our first architect. Its essence is that it’s an intervention through the manipulation of nature that tempers life in the wild—a civilizing force.
Laugier’s book goes on to outline what he describes as the six general principles of essential architecture: column, entablature, pediment, building story, windows and doors. But it’s his description of the primitive hut, and how it came to be, that decants the essentials of architecture. As he describes it: “The little rustic cabin that I have just described, is the model upon which all the magnificences of architecture are elaborated. It is by approximating to its simplicity of execution that fundamental defects are avoided and true perfection is attained.” His message: stick to architecture’s true, foundational principles and you can’t go wrong.
Laugier’s primitive hut has been the focus of commentary and speculation by architects, theorists, and historians since his essay first appeared. Rykwert’s book recounts how this little building has woven its way through the history of Western architecture and architectural thought. And, as I discovered recently, the primitive hut continues to enchant, provoke, and educate some architects in their own design explorations. I’d like to present two of them.
Gabriel Guy is an architect based in Port Elgin, Ontario. A few years ago, completing his architectural studies at the University of Waterloo, he decided to build a hut in the wilderness for his master’s thesis project. Why? Guy had become suspicious of his own architectural education. In design studio, the drafting boards were long gone and students were hunched over screens, clicking mouses. Computation and slick computer renderings seemed to be the goal. “The physical engagement with architecture was gone,” recalls Guy. “It felt like everything had lost its soul.” He decided that his thesis project should be a visceral reconnection with architecture. Maybe the hut could teach him something elemental about architecture. He recorded in his thesis book: “My intentions, albeit naive, were to engage architecture on its own terms, through its own medium, to return to first principles … and to acquire a form of embodied architectural knowledge inseparable from its material becoming.” For a site he chose land northwest of Toronto on Manitoulin Island, part of his grandfather’s farm. He had no building skills to speak of, few tools, and no design. He lived on the site, designing the hut as he built it in a struggle with the elements and with the architecture itself. His desire was experience, “that most brutal of teachers,” as he calls it, in a contest with the building. His thesis book became a record of humiliation as he struggled to learn basic carpentry skills. “I didn’t know what I was doing.”
All materials for the hut were harvested from the site, reclaimed from two dilapidated barns, and sourced from two local sawmills. Traditional agricultural buildings became points of departure in learning to build in the harsh climate. Eventually, Guy arrived at a point where, through design and construction, he entered into a dialogue with the architecture. The hut became a manifestation of himself, “full of ignorance,” which he learned from.
Guy named his project the Oneiric Hut—a place of refuge but also for dreaming. In his book The Poetics of Space, the French writer Gaston Bachelard touches upon this essential quality of any shelter: “the house protects the dreamer, the house allows one to dream in peace.” As Guy engaged with his Oneiric Hut, he also found time to reflect on works by Bachelard, Jung, Gibran, and others, along with trading notes with local farmers and carpenters. He designed and built something that might fulfill what he found lacking in most architecture: a place with a cosmic connection, a sense of sacredness. While his Oneiric Hut responded to the local climate and revealed the human hand in its construction, it also connected to the sky overhead. At the roof’s apex, Guy included a “sun door” to allow rays of warmth during the day and alignment with the North Star at night. It seems like the perfect place for dreaming.
Seattle-based architect Susan Jones has focused her practice (atelierjones), since its inception, on religious architecture and stewardship of the earth, and over the past decade specifically in the design and construction of mass-timber buildings. She’s the author of Mass Timber (ORO Editions), a book based on material research she’s conducted in her own practice. She spends a lot of time with wood, and in the woods.
A few years ago, Jones inherited a primitive hut. Actually, it was a dilapidated water tower for fire suppression that had belonged to her grandfather, who owned a remote, heavily-wooded site on Washington State’s Mount Constitution. The tower was constructed in the 1930s by the WPA to support a water tank 8 feet in diameter and about 5 feet tall. When Jones found it, the tank was still intact, but the cedar tower structure was disintegrating. “It has beautiful proportions,” says Jones, who decided to relocate the tower to a more accessible mountain site and transform it into a forest refuge—her own primitive hut, which she calls the Constitution Shed.
The board-and-batten siding was stabilized by replacing the batten strips and retaining the vertical boards. A local woodworker created new battens by rip-sawing aged logs left over from other projects and windblown trees from the site. The new pieces were left unfinished to weather akin to the original wood siding. Within the approximately 65-square-foot restored enclosure, Jones designed a plywood-lined writer’s cell with a new 4-foot-square triple-glazed window, a bookcase, a small desk, and a bunk. The floor, walls, and roof are heavily insulated (there is no heat or electricity, so good passive performance is key). The entire hut was fabricated in the woodworker’s shop, transported to the site, and carefully placed on sunken pin foundations by a boom truck. A new wood deck leading to the front door provides a place to stretch out just above the forest floor.
I asked Jones about her shed’s lineage to Laugier’s primitive hut. “The engraving shows the use of round logs as columns,” she points out, with little or no industrial fabrication. In comparison, her shed is a machine-made, albeit found, object. “There’s a tension between the natural forest setting and civilization. It makes you question how we are managing the use of this resource, and how to maintain the resource itself.” Jones’ shed is sometimes a base camp for weekend outings where friends gather to help remove overgrowth and thin out hemlocks, spruce, and firs, “to make a better forest that will consume more carbon.” And, in Jones’ view, the little crumbling shed has been recycled for a new life of maybe another 90 years.
Both of these primitive sheds—one a product of a spirited struggle with the process of embodying architecture, the other an expression of enlightened preservation, stewardship, and resource management—seem to reflect architecture’s elemental role to humanize, harmonize, and synthesize the cosmic dimension within the confines of a primitive hut in the woods.
Featured image: construction of Oneiric Hut, located on Manitoulin Island, Ontario, Canada. Photo by Gabriel Guy.
Kasmo, one of the leading Salesforce consulting and ISV partner, is delighted to announce the addition of two accomplished Salesforce Practice leaders, Kiran KM and Subba Reddy, to its global team. The strategic initiative reflects Kasmo's ongoing commitment to enhancing its Salesforce practice and delivering exceptional services to its valued clients.
Company description:
Capitec Bank is a leading South African retail bank that focuses on essential banking services and provides innovative transacting, savings, insurance and unsecured lending products to individuals. Capitec’s mission is to make banking simple and transparent to help clients – regardless of their level of income or assets – Boost their financial lives through a single solution, called Global One.
Job description: Purpose Statement
To conceptualize, research, system design and manage Salesforce ecosystem.
Experience
* 5+ years experience in CRM
* 5+ years experience on Salesforce platform
* Experience with platform security capabilities (TLS, SSL)
* Experience defining the system architecture landscape, identifying gaps and delivering a comprehensive solution
* Solid background in design/development of large web-based systems or complete software product lifecycle
* [URL Removed] integration experience, including different systems
Qualifications (Minimum)
* Grade 12 National Certificate / Vocational
Qualifications (Ideal or Preferred)
* A relevant post-graduate qualification in Information Technology or Information Management
Knowledge
Min:
* Understanding of Salesforce product suite, including Sales, Services, Community, Makreting and Community Clouds
* Systems architecture and ability to craft scalable performance driven solutions
* Data sharing and visible considerations and how these play into platform architecture
* Key design patterns and large data volume limitations and standard methodologies
* Data integration tools and experience integrating Salesforce with different business systems (FSC, ETL, marketing automation, reporting)
* Solid understanding of environment management, release management, code versioning standard processes and deployment methodologies
Ideal:
* Banking operational and systems environment
* Testing practices
* Unified Modelling Language diagrams
* Back-end technologies (C#, Java or node.js)
* Methodologies: Agile, WEB API, systems design patterns, relational & NoSQL database design, cloud architecture (AWS & Azure), container platforms (Docker, Kubernetes)
* Systems analysis and design
* Application, Web & Mobile development
* IT systems development processes (SDLC)
* Programming experience with following languages (J2EE, HTML, XML, SQL)
* Strong practical deployment knowledge of Visual Force, Flex, Salesforce configurations, Apex classes, Apex Web Services, API, Appexchange deployment
Additional Knowledge of:
* Research and development – prototyping experience
* Artificial Intelligence
* Internet of Things (IoT)
* Virtual Assistants
* Unified communications
Skills
* Communications Skills
* Interpersonal & Relationship management Skills
* Analytical Skills
* Problem solving skills
* Presentation Skills
* Influencing Skills
* Facilitation Skills
Conditions of Employment
* Clear criminal and credit record
Capitec is committed to diversity, applications to this position will strictly be considered in support of our employment equity goals.
Desired Skills: