Studies & Degrees in Technical Architecture

Choose where you would like to study Technical Architecture:

ItalyKenyaSpainThe United States

There are several architectural domains that present the whole system of software architecture and one of which is Technical Architecture. Other domains include business architecture, applications architecture, and data architecture. The study of Technical Architecture will immerse students with the pillar that forms enterprise architecture (business structure) or solution architecture (design of specific information systems). Basically, the study covers and describes the behavior and structure of technological infrastructure of a specific enterprise or system.

The program is composed of courses that deal with client and server nodes of the hardware configuration, the infrastructure applications that are used to operate them, infrastructure services of applications, networks and protocols that link the applications and nodes. Moreover, it concerns issues that delve into performance, resilience, backup and storage of such applications based on architecture principles.

Better services, the ability to cope with technological and application pressures, creation of well-designed frameworks, integration business systems, and formulation of enterprise technology strategies are some of the goals of the program. Students who take the course will get full support from the academic institutions, university and college where they want to pursue their degree to look for approved standards in establishing the evolving and improving Technical Architecture. Known as the cornerstone for design, implementation of relevant information resources, development; the program will provide students with learning opportunities that will let them practice the theories behind technical management and engineering studies. Using comprehensive materials, students will be able to earn proper guidance in developing and designing systems that involve all phases of the application’s systems life cycle.

Businesses and IT organizations need fresh minds and intellectuals to continuously conduct business processes that require technical architecture. At present, the role of Technical Architecture in executing system development life cycles is crucial. Hence, professionals who are knowledgeable and equipped with the right education in planning, designing, evaluating, selecting, modeling, and prototyping technology components within a given organization are highly needed.

Students of the program should also gain immeasurable experience in the industry prior to receiving duties and responsibilities that require abilities and skills in constructing basic technical architecture artifacts and documentations to create a strong foundation in becoming a skilled Technical Architect. Though technical skills are priceless in receiving better compensation and further career advancements, certain values and soft skills like the ability to lead, provide consultation services, make decisions, and communicate effectively to deliver concrete knowledge on methods needed to run applications are more valuable.

Students with the degree in Technical Architecture will acquire the global passport in becoming an indispensable part of high profiled organizations around the world. Their education and understanding on designing and building technology blueprints, conduct technology evaluations, construct technological roadmaps, and contribute in planning processes will give them the greatest edge and increase their employability without taking too many chances.

Yes, the demand for Technical Architect is high and the average salaries for professionals who have completed the course and have the relevant experience in handling the position are equally high as the demand.

Technical Architecture studies aim at training students in a varied range of activities in the construction field. The course involves gaining hands on experience in actual building work, cost control and construction management, modules regarding safety quality control measures etc. The major portion of the course focuses on technical and environmental design, and conservation. Most of the course modules on technical architecture are designed so as to allow students to work and study together.
Study on Technical Architecture is based on the idea that a considerably wide base of knowledge can be developed by thorough learning of fabrication process of ancient as well as contemporary buildings and artifacts. This not only helps in engaging in experimental endeavors but also building capability for following necessary technicalities.
Course Structure and Admission Requirements

Admission to Technical Architecture courses requires the candidate to be a graduate in architecture or architecture technology. However students are also allowed to move in from related engineering or design subjects. Additionally a Student might have to sit for an entrance examination of the university and/or an interview. Similar qualifications of commendable nature in related disciplines are also accepted as criterions for admission in many institutes. A good track record which is reflected in academic qualifications or work experience or both is what universities look for in potential technical architects.
The courses award Msc., PG Diploma or PG Certificate degrees. The duration of the course varies according to the degree awarded. A full time course in technical architecture continues for three years. The core modules which are found more or less in all universities offering a degree in Technical Architecture include study of advanced technical models and designs, advanced environmental theories and design, conservation techniques, etc. Optional papers are offered on topics like digital media studies, international architectural history, interdisciplinary practices, etc. Workshops and field trips form a necessary part of all the courses for obvious reasons.
Why Study Technical Architecture

Technical architecture has a very promising career prospect. Knowledge in technical architecture would enable you to draft projects for construction of new buildings, conservation and renovation of old buildings, and demolition procedures. A trained technical architect has got the ability to direct and supervise the physical execution of the construction. Programming of quality control and adoption of safety measures are duties of the architect. Similarly it is also his/her responsibility to manage the economic part of the project. This domain of study and practice forms the very base of an enterprise architecture or solution architecture.
With chances of getting to perform such interesting and challenging jobs, it is only natural that technical architecture is a lucrative profession to go for. The course involves use of advanced technology as well as creative aspects of the human brain. It aims at creating trained professionals with high evaluative and analytical skills. No wonder it increases employability. The career prospect is indeed bright for those who study Tarchitecture (as Technical Architecture is popularly known). Thereby one gets to learn and earn considerably throughout one’s life.