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IKEngineeringIMRAN KARIM.MECHANICAL & MEP ENGINEERING
Illustrative isometric HVAC ductwork and mechanical piping model
MECHANICAL SYSTEMS / ISOMETRIC VIEW
HVAC · DUCTWORK · PIPING

Mechanical design · MEP engineering · Remote collaboration

Engineering
Building Systems
That Perform.

I’m Imran Karim, a Mechanical Design Engineer and MEP & HVAC specialist. I turn building requirements into practical, coordinated engineering solutions.

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Based in Pakistan / Available for Remote Collaboration

MEP COORDINATION MODEL — ILLUSTRATIVE VISUAL

HVAC Design & Calculations
MEP Coordination & Drafting
Residential, Commercial & Institutional

01 / Engineering with purpose

Engineering knowledge.
Practical application.

A mechanical engineering foundation. Experience across healthcare, hospitality, and remote collaboration. A focus on building systems that meet real-world requirements.

Meet the engineer

Mechanical Engineering

A foundation in mechanical systems, engineering principles, and technical problem-solving.

HVAC Design

Load calculations, ductwork layouts, equipment selection, and system planning.

Building Services

Mechanical and plumbing systems within multidisciplinary building projects.

Remote Engineering

Clear technical drawings, documentation, and collaboration for distributed teams.

02 / Technical capabilities

Considered design. Coordinated systems.

Explore expertise
01 /

HVAC Design

Heating and cooling requirements translated into considered system designs. Load analysis, capacity assessment, and equipment selection for residential and commercial buildings.

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02 /

Ductwork Design

Practical air distribution layouts that balance system requirements with architectural constraints. Duct sizing, routing, and space planning with coordination in mind.

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03 /

MEP & Plumbing

Coordinated building services documentation, from domestic water and sanitary layouts to mechanical services and chilled-water piping where the scope requires it.

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04 /

CAD & BIM Modeling

Clear technical drawings and organized models for multidisciplinary project teams. From detailed 2D drafting to building services and mechanical assembly modeling.

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03 / Selected engineering work

The thinking behind the drawings.

Engineering work shaped by calculations, system requirements, and practical design constraints.

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04 / Inside the engineering process

From building requirements
to a considered HVAC design.

REPRESENTATIVE WORKFLOW

01

The challenge

Determine heating and cooling requirements with the building layout, thermal characteristics, and distribution constraints in mind.

02

The approach

Assess building information, perform load calculations, evaluate equipment options, and develop coordinated duct layouts.

03

The deliverables

Calculation documentation, equipment selection, duct layouts, and technical drawings tailored to the agreed scope.

Explore the design approach
Illustrative office floor plan with blue supply ducts and amber return ducts
HVAC / AIR DISTRIBUTION LAYOUTILLUSTRATIVE STUDY
SUPPLY AIRRETURN AIR

05 / A clear process

From requirements to deliverables.

01

Understand

Review the brief, drawings, scope, and constraints.

02

Analyze

Assess system requirements and perform calculations.

03

Design

Develop practical layouts, selections, and models.

04

Coordinate

Align with architectural and discipline information.

05

Deliver

Provide the agreed drawings and documentation.

The engineering toolkit

Tools behind the work.

A.

AutoCAD

Technical drafting

R.

Revit MEP

Building services modeling

H.

Carrier HAP

Load calculations & analysis

S.

SolidWorks

Mechanical assembly modeling

Professional connections

Professional work. Trusted platforms.

Let’s work together

Have an engineering project in mind?

Share your requirements. Let’s identify the right support for your scope.

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