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Projects done at University

 

Kolstrup renovation

August 2015

 

A group of 2 project managers, renovation of a building from 60's in Åbenrå in a main contract organisation. 

 

  • Quantity surveying

  • Tender bid calculation

  • Construction planning incl. manpower, machinery and time

  • Health and safety organisation

  • Subcontractors coordination

  • Legal aspects

 

The Green Pyramids

Februar 2015

 

A group of 4 design managers, multi-storey building in Lisbjerg in a turn-key contract organisation; drafting an outline proposal and after winning a tender further developement up to detail design. 
The project also included execution plans for foundation and a ground supported slab.

Design:

  • Project planning

  • Legal matters, fx. a contract with a client

  • Design from a scratch 

  • Apartaments layout according to subsidized apartaments legislation

  • Sustainable solutions

  • Drawing office economy

  • Life cycle cost

  • Price estimation

  • BIM model coordination

  • Detail drawings (construction solutions)

  • Fire analysis; fire plans

  • Sound analysis; sound plans

  • MEP: sewage plans, heating plans, water supply plans, electricity plans, mechanical ventilation plans

  • Static analysis

  • Thermal efficiency analysis

  • Tender time schedule

  • Application for a building permission


Implementation:

  • Quantity surveying

  • Construction planning incl. manpower, machinery and time

  • Formwork plan

  • Accurate price estimation

 

 

Skanderborg Hallen

August 2014

 

A group of 4 design managers, developement of detail design based on a given outline proposal; multi-purpose sport hall in Skanderborg. The project also included playing a role of a contractor for external wooden walls elements (industrialized building design).

Design:

  • Project planning

  • Legal matters

  • Adjustements to an existing outline proposal

  • Industrialized building design 

  • Fire analysis; fire plans

  • MEP: Sewage plans, heating plans, water supply plans, mechanical ventilation plans

  • Static analysis

  • Thermal efficiency analysis

  • Detail drawings (construction solutions)

  • BIM model coordination

  • Preparation of tender material


Contractor:

  • Working drawings

  • Production drawings

  • Mounting drawings

  • Mounting plans

  • Delivery plans

  • Transport logistics

 

 

Stavtrup single family house

Februar 2014

 

A group of 4 design managers, a single family house in Stavtrup drafted on a basis of client's wishes.

  • Design from a scratch

  • Project planning

  • Materials analysis and choice

  • MEP: Ventilation plans, sewege plans, heating plans, water supply plans

  • Static analysis

  • Thermal efficiency analysis

  • Fire analysis and fire plans

  • Price estimation

  • Building permission application

 

Competence:

  • Construction Management

  • Construction Planning

  • Team Leadership

  • Microsoft Excel

  • Project Planning

  • Price Estimation

  • Construction Detailing

  • Building Design

  • MS Project

  • Revit

 

Dissertation

May 2015

The impact of industrialization on construction and architecture.

 

As a part of my self-study module i wrote a report that examines the aspects of the industrial Revolution which gave rise to modernization in the sector of architeectur and construction. the industrial revolution was a big shift from the traditional concept of building shelter to more advanced techniques and methods of constructing decorative and firmly buildgs.

Areas of Practice

 

1st semester: 

  • Building plot and single family house

2nd semester:

  • Building plot and single family house in 2-3 storeys with basement

 

3rd semester:​

  • Industrialised building design

4th semester:

  • Multi storey construction/ housing commercial building

 

5th semester:

  • Building renovation/ refurbishment

 

​6th semester:

  • Practical placement

 

7th semester:

  • Dissertation and final project

My youtube channel

Programme requirements

The learning objectives of the course
The graduates of Architectural Technology and
Construction Management have achieved the competences
to
1) manage, design, plan and execute complex construction
and civil engineering tasks independently and in
collaboration with other professionals
2) identify their own knowledge and learning needs and
acquire new knowledge and translate this into practice in
relation to the profession
3) handle communication between users, developers,
consultants, designers and contractors about the technical
design, procurement and execution of complex construction
and/or civil engineering works
4) handle administrative tasks and project management
within the construction and civil engineering sector
5) deal with societal and technological aspects in the design
and processing of construction projects
6) address social, cultural, and ethical issues in the design
and processing of construction projects, and participate in
management and collaborative relationships with others
who have different educational, linguistic and cultural
backgrounds.
Professional status

The graduate is qualified to carry out technical
administrative tasks within the building and construction
sector. The graduate is capable of performing the planning
and management of construction and civil works and to
carry out surveying, measuring and design. The graduate
can communicate with the parties involved in tendering and
implementation of construction and civil works.
Furthermore, the graduate is capable of undertaking
administration and management of projects as well as cooperating
with others of different educational, language or
cultural background.

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