ANNEM PRANAY KUMAR REDDY
Date of Birth - 07-01-2002
‘‘ I’ve always thought that the best approach to advance in the AEC is through excellent architecture and cutting-edge technology. That is what motivates me to study more about architecture, which encompasses various motifs and styles that can be improved by contemporary technology. ‘‘
FREELANCE WORK
ARCHITECTURE PROJECT
Ganesh nagar(kurnool) - On going - January 2024
INTERIOR PROJECT
SBI (kurnool) - Completed - January 2024
INTERIOR PROJECT
NR pate(kurnool) - On going - March 2024
ARCHITECTURE COMPETETIONS
- won first place in the competition for architecture, led by Unixyz Project name - BRICK ADOBE
CERTIFICATIONS
- completed Global Housing Design course, conducted by the prestigious TU Delft University in the Netherlands.
- completed Environmental Impact Assessment course(NPTEL), conducted by the prestigious Indian Institute of Technology Roorkee.
EDUCATION
- Lovely professional university/Punjab
75.60% in Bachelor of Architecture, 2019 - 2024
- C.V Raman/Andhra Pradesh Senior Secondary Education, 2017 - 2019
- Ridge School - CBSE/Andhra Pradesh Secondary Education, 2017
RESEARCH
APPLICATION OF BIOPHILIC DESIGN IN AIRPORT TERMINAL BUILDINGS (6th Semester)
(Unpublished Research paper at L.S.A.D UNIVERSITY, INDIA)
Biophilic design strengthens human-nature connections in buildings through direct, indirect, and spatial considerations.
(Guided by Prof. Jimmy Gupta & Prof. Mostafizur Rehman)
PORTABLE INTERIOR SOLUTIONS (7th Semester)
(Unpublished Research paper at L.S.A.D UNIVERSITY, INDIA)
To address the decline in housing quality due to rapid urbanization, this paper proposes a portable, multifunctional partition to enhance the living experience.
(Guided by Ar. Amrita Shukla & Ar. Vijaya Lakshmi Bhati)
CO-CURRICULAR ACTIVITIES
- selected in the national football team and played football for the Andrapradesh team hosted in Delhi in 2017-10th class.
- I finished the course “Running a Design Business: Presentation Skills” by Petrula Vrontikis.
- I have experience using VR, particularly with Prospect by IrisVR, to view 3D models in virtual reality, aiding in better understanding of designs
+91 9014632662
annempranay@gmail.com
PRANAY KUMAR REDDY ANNEM
46-1-L-J-10 Joharapuram road, kurnool, Kurnool, Knl-camp-b, Andhra Pradesh, India, 518002
LANGUAGES
- English
- German(Beginner)
- Telugu
- Hindi
INTRESTS
- Badminton - Reading - Travelling - Movies - Cooking - Photography
HANDS-ON SKILLSDIGITAL SKILLS
2D Drafting -
3D ModelingSchematic design & analysis -
Design Collaboration -
Presentaion -
Model making, Hand drafting, Photography, Wood work, Paper work, Clay work, Sketching
3D Visualization -
Autocad, Revit
Revit, Sketchup, 3Ds max, Civil 3D(Beginner), Infraworks, Rhino (Beginner).
Autodesk Forma Navisworks (Beginner), BIM collaborate pro
Adobe Photoshop, Adobe Illustrator, Adobe Indesign, Adobe Premier Pro, Procreate, Microsoft office.
Lumion. Enscape, Twinmotion, Vray,
NANO NEST
Residential Bengaluru / Karnataka / India
Competition project - march 2023 4 - 9
CAMPUS DESIGN
Institutional Jammu / Jammu Division / India
Semester 10(Thesis) - January 2024
OVERLAPPING CIRCLES
Urban Development Jalandhar / Punjab / India
Semester 8 - January 2023
- 19
NEIGHBORHOOD DESIGN Housing & Cmmercial Phagwara / Punjab / India
Semester 6 - January 2022
Scan/click the QR code to view the Project
NANO NEST
Bengaluru / Karnataka / India
Competition project - march 2023
Group of 4
An exposed brick, concrete, and wood home has a distinct constructed shape and personality that combines natural elements, warmth, and modernism. In addition to displaying the raw materials, it also inherent built form and character, this combination produces an inviting and visually appealing atmosphere.
In the midest of the hustle and bustle of the city, take a moment to reflect on the simplistic beauty of this concrete arch, and glass windows in the facade, its rough texture and natural colors remind us of the and the real essence of Bangalore.
“Silicon Valley of India”
-Bangalore
Bangalore, the “Silicon Valley of India,” blends a rich cultural heritage with modern growth, necessitating careful site selection in confined spaces to optimize construction and accessibility. The city’s architecture, characterized by white walls, exposed brick, and mud jalis, complements its pleasant weather. With a growing focus on sustainability, many buildings incorporate eco-friendly features like green roofs and solar panels.
user profile
This residence design is for a contemporary Indian family of three, with a father in the IT industry, a homemaker mother, and their 10-year-old daughter, reflecting the father’s deep roots in Bangalore.
Facade Design
A concrete arch with exposed brickwork on top adds visual depth and rustic appeal to the facade, while the brick also conceals service pipes, functioning as a practical shaft.
Materials used
The material palette for the building is kept very limited and minimilistic with a combination of concrete framework walls, exposed brick walls, and a double high arch etc.
Concept Development
The house design integrates area regulations, form, orientation, and atmosphere with passive strategies for daylight, ventilation, fenestration, and efficient heating and cooling, ensuring comfortable and energy-efficient living in Bangalore’s moderate climate.
Zoning
The home’s zoning organizes public, semi-public, and private areas across three levels, ensuring privacy and comfort, with a central courtyard providing natural light and access to a rooftop patio.
Concrete arch Exposed brick
User Comfort and Well-Being
The design enhances physical and mental well-being through thoughtful architectural elements.
Indoor Air Quality
Fenestrations improve ventilation and regulate heat gain or loss.
Acoustics
Sound-absorbing materials like double-glazed glass enhance acoustic comfort.
Open Plan and Visibility
The open ground floor plan allows easy supervision and natural light through a double-glazed front door.
Passive Design and Energy Efficiency
Passive strategies and solar panels ensure energy efficiency and thermal comfort.
Shading Solutions
Louver windows and projections reduce direct sunlight and provide shading.
Water Conservation
Water-saving systems include greywater recycling, low-flow fixtures, and rainwater harvesting.
Core Area Design
A central core integrates the courtyard, multifunctional area, staircase, and corridors.
SECTION A-A
SECTION B-B
skylight from courtyard
Doble-flazed glass roof over a courtyard may be a great improvement to a house since it helps increase thermal insulation, provides soundproof, allows natural light, and creates aesthetic charm to the location that user can use all year long.
Master Bedroom
The northside opening windows in the master bedroom brings in diffused natural light all day and it helps in improving the area’s visual appeal and enhance the user’s mood and productivity.
Kitchen
The warm, golden hue and characteristic grin pattern of teak wood cabinets along with the diffused light from the sky give a distinctive and appealing appearance to the kitchen.
Family Longe
Large internal windows strategically placed on the courtyard walls and skylight on top of the structure provide diffused light into the corridors and windows, covering the design’s central feature.
Living Room
A typically planned space close to the house’s entry. moreover, the front door also has double glazing to let in natural light and minimal heat.
OVERLAPPING CIRCLES
Jalandhar / Punjab / India
Semester 8 - January 2023
Six circles cold overlp and intersect to form a complex and dynamic building shape. the overlapping sections could be used to create unique spaces, such as atriums, voids, or visually striking composition and allow for interesting spatial experiences.
The Shaheed-E-Azam Sardar Bhagat Singh ISBT / Jalandhar
is a modern transport hub designed to connect key states like Himachal Pradesh, Delhi, Haryana, Chandigarh, Uttarakhand, and Rajasthan. The terminal is conceptualized around the idea of overlapping circles, which promotes smooth traffic flow and efficient spatial organization. This layout allows for easy bus and pedestrian movement while reducing congestion.
By integrating the city center with the bus terminal on the same site, the design creates a vibrant, multifunctional urban space that blends transit needs with public and commercial areas. The project honors the legacy of Bhagat Singh while incorporating sustainable features, positioning it as a future-ready architectural landmark in Jalandhar.
OPEN SKY RESTAURANT
OPEN COURTYAD
CAMPUS DESIGN
Jammu / Jammu Division / India
Semester 10(Thesis) - January 2024
Overall, designing a hostel in the valley of jammu and kashmir requires a toughtfull approach that integrates sustainable design, and safety features, while maximizing the natural beauty of the surrounding landscape.
The following contour was used to create the building form. Utilizing the site’s ascending terrain and the valley’s flow next to the building creates a connection between the inside and outside surrounding’s of the building.
1. Site area - 409 acres
2. Built-up area - Temperorary campus has area of 1
acres and permanent campus has an area of 25 acres
3. Site area - 409 acres
4. Ground Coverage - 6.3 %
DENSE FOREST AREA
1 . HOSPITAL BLOCK
2 . ADMINISTRATIVE BLOCK
3 . LAW BLOCK
4 . SCIENCE DEPARTMENY
5 . ART, PLANNING AND ARCHITECTURE BLOCK
6 . MECHANICAL ENGINEERING BLOCK
7. CIVIL ENGINEERING BLOCK
8 . COMPUTER SCIENCE AND ENGINEERING BLOCK
9 . GIRLS HOSTEL BLOCK
10 . FACULTY HOUSING
IIT JAMMU SITE
HIGHEST POINT - 532M
RIGGE POINTS
RIGGE KINE
VALLEY LINE SUB RIDGE LINES
Conceptual development
CONTOURING WITH INTERACTION SPACES
EXISTING CONTOUR ON SITE
DESIGN HADBELING INSPIRED BY CONTOUR OF THE NATURE
DINE IN NATURE
CIRCULATION AREA
VERTICAL CIRCULATION AREA OF THE BUILDING
INTERACTIVE SPACES
HORIZONTAL CIRCULATION AREAR OF THE BUILDING
HOSTEL BLOCK
GROUND FLOOR AREA - 2400 sq.m
RECEPTION - 35 sq.m
MESS HALL INCLUDING KITCHEN - 700 sq.m
CANTEEN - 115 sq.m
OFFICE ROOM - 32 sq.m
WARDEN OFFICE - 30 sq.m
LOCKER ROOM - 30 sq.m
KEY STORAGE ROOM - 32 sq.m
2 SEATER ROOM {7} - 32 sq.m
2 SEATER ROOM {7} - 25 sq.m
- PROVIDING 28 STUDENTS’ ACCOMMODATION ON THE GROUNDE FLOOR
FIRST FLOOR AREA - 4775 sq.m
TV ROOM[A] - 150 sq.m
TV ROOM[B[ - 140 sq.m
2 SEATER ROOM{7} - 32 sq.m
2 SEATER ROOM{10} - 25 sq.m
4 SEATER ROOM{21} - 50 sq.m
3 SEATER ROOM{9} - 50 sq.m
- PROVIDING 145 STUDENTS’ ACCOMMODATION
ON THE FIRST FLOOR
STUDY ROOM - 350 sq.m
CIRCULATION AREA - 1850 sq.m
NEIGHBORHOOD DESIGN
Phagwara / Punjab / India
Semester 6 - January 2022
Both rural and urban lifestyles are combined in the garden city concept to create a third alternative town called counter magnet.
The science and art of planning land use, building placement, and communication routes to ensure the highest practicable degree of convenience, economy, nad beauty.
S - Saftey and security
P - Prioritize
A - Accessibility
C - Comfort
E - Environment
The neighbourhood incorporates sustainable practises into every element of life. The design incorporates bike lanes and pedestrian-friendly streets to pro- mote sustainable mobility by minimising automobile use and increasing walking and cycling.
The neighbourhood incorporates sustainable practises into every element of life. More livable and resilient communities that put a priority on environmental sustainability and quality of life may be created via neighbourhood planning that incorporates a garden city idea and sustainable principles.
Total site area - 41.41 Acre(167580.32 sq.m)
Geez feeling is created as a person enters the site long garden, which acts as an esthetical view and also helps in the circulation of air and changing the wind temperature
Access roads & separate zones were created like MIG, LIG, HIG along with this commercial area was added to cater both site and surrounding areas.
Building use plan
Road hierarchy plan including parking space
Highway(connects the man entry of the site)
Main road(connects to the arterial road)
3d view of the project
Green blue layer
Commercial complex
Typical section of road network
Frount
Food court
Isometric view
Ground floor First floor
Second floor Third floor
ARCHITECTURE PROJECT
Ganesh nagar(kurnool) - On going
January 2024
Freelance work in architecture offers students the opportunity to bridge the gap between academic projects and real-world applications. While academic projects emphasize conceptual design, creativity, and innovation, practical fieldwork demands a balance between these ideals and the constraints of construction, budget, and client needs.
Freelancing allows students to experience the challenges of translating abstract concepts into executable designs, while learning how to collaborate with contractors, manage timelines, and navigate regulations. This hands-on experience is invaluable for honing the skills required to find a common ground between conceptual ideas and practical implementation, ensuring successful project completion.
Client - Raguveer reddy
- Vinod
Client
A portable working stand is a versatile, space-saving solution designed for multifunctional use in various household settings. It offers flexibility in movement, allowing users to easily relocate it to different rooms as needed. The compact design prioritizes efficient space utilization while providing a sturdy surface for work, whether it’s for a laptop, writing, or other tasks. This approach not only maximizes the available space but also caters to modern lifestyles that demand adaptable furniture. Its portability makes it ideal for dynamic environments, ensuring convenience and comfort without compromising on functionality.
Client - Giri pratap
During the internship, I worked on various POC projects, creating Forma models, Twinmotion renderings, a substation project, client pitch presentations, and showcasing design workflows through 3D models.
• Assignment Name: Forma Project
• Customer Name: for internal use (Autodesk) - partner facing.
• Region: APAC (Asia Pacific)
• The assignment’s background is to create three data sets for India’s three major cities: Bengaluru, Delhi, and Mumbai.
• the fundamental concept of showing Forma’s capabilities in an Indian context.
• Learning: complete understanding of the software (forma)
• Assignment Name: Twinmotion Renderings
• Customer Name: for internal use (Autodesk) - partner facing.
• Region: APAC
• The purpose of the assignment is to demonstrate Twinmotion’s capabilities by rendering a project created by multiple Autodesk customers using Autodesk software.
• completed a few images and videos renders for the DMRC and the Statue of Unity
• Learning: I now understand the Twinmotion software, its capabilities, and the significance of rendering a project after the compilation of modelling.
I am part of the Autodesk team, and we at TPF Engineering in Mumbai hosted an incredible Tech Day, where I had the privilege of being on the organizing team! I explored groundbreaking advancements in the industry, from AI integration to the innovative features of Autodesk Forma and Twinmotion.
A key takeaway was how workflow optimization can streamline infrastructure projects, making processes smoother and more efficient. The highlight for me was discovering the potential of virtual reality (VR) in visualizing infrastructure models— it was fascinating to experience the future of design while navigating virtual environments!
• Assignment Name: Twinmotion Renderings
• Customer Name: TPF Engineering (Mumbai) - customer facing.
• Region: APAC
• The purpose of the assignment is to demonstrate Twinmotion’s capabilities by rendering a project created by the customer’s (TPF engineer’s) infrastructure structure project.
• and this illustrates how the Twinmotion workflow’s direct connection to Revit improves the procedure.
• Learning: workflow between the Revit and Twinmotion software.
DELHI
CARIAPPA
CHITA CAMP
MUMBAI BENGALURU
I developed a substation project prototype as a proof of concept (POC) for Endeavour Energy (Australia). We created all the structural elements in Revit and designed the site context using Civil 3D. Both models were then combined in InfraWorks through shared coordinates, and finally, the entire model was rendered in Twinmotion for enhanced visualization.
• Assignment Name: Manufacturing Inform design.
• Customer Name: for design and make summit 2024. internal use (Autodesk) - marketing
• Region: APAC
• The goal of the project is to use ID (inform design) to create a hospital and a housing project that will highlight the DfMA (Design for Manufacture and Assembly) process through 3D printed projects in design and summit 2024.
• We used custom inventor models to develop a housing project, pushing them to inform the design process. We then used those elements in Revit to create a design and 3D print them.
• Learning: By utilizing innovative construction techniques in the real world and effectively displaying them, I have gained greater understanding of the software and design elements.
• Assignment Name: Sub-Station
• Customer Name: Endeavour Energy (Australia) - customer facing.
• Region: APAC
• This project’s goal is to show how different softs work together and at the appropriate stages of the project, from beginning to end.
• As a team, we have developed a sub-station project from beginning to end. Regarding 3D modelling, all components in Revit, all civil works in Revit, and obtaining both the Revit infrastructure model and the Civil 3D model that share the same coordinate system are all done before sending the rendered images to TwinMotion.
• Learning: greater awareness of the project’s workflow and the most effective way to use software to maximize the project’s potential.
I explored the concept of DFMA (Design for Manufacture and Assembly) and Manufacturing Informed Design by developing a cluster apartment to define the process. I created a model in Revit and 3D printed it to showcase the project.
REVIT CIVIL 3D INFRAWORKIS
Throughout my creative journey, I have explored various mediums to enhance my design skills. From intricate modeling and sketching to sculpting and woodworking, I’ve honed my ability to bring concepts to life in diverse forms. My painting and photography endeavors further allowed me to capture perspectives and express narratives, blending artistic vision with technical execution.
